Table of Contents

Quick start guide: Send your first SMS

This quick start guide takes you through the steps of installing Ozeki SMS Gateway on Windows and sending SMS messages through an Android Mobile phone. In order for the Android phone to work with Ozeki SMS Gateway, the Ozeki SMS App needs to be installed on it. In this guide, you will learn how to pair your Android phone with the Windows Ozeki SMS Gateway system using a QR code scan.

Overview

The quickest way to send SMS is to hook up an Android mobile phone to your PC and send an SMS. In this quick start guide, this is what we are going to present. If you wish to send SMS using other methods, such as SMPP, HTTP, GSM modems, check out the "How to connect to mobile networks" guide.

To send SMS from your PC using an Android mobile read on:

Prerequisites

• Windows PC
• Android mobile phone*

*We recommend you to use a dedicated Android phone for production systems, because in order for the Ozeki Android SMS App to operate well it should be set as the Default SMS handler on the mobile device, and it should always be connected to your Windows SMS Gateway system.

Quick steps

• Step 1 - Download and Install Ozeki 10 SMS Gateway for Windows
• Step 2 - Download and Install Ozeki SMS App for Android
• Step 3 - Connect the Android by scanning a QR code
• Step 4 - Send a test SMS from Windows

Step 1 - Setup Ozeki SMS Gateway on your Windows PC

To install the Ozeki SMS Gateway on Windows, download the .zip file from the Download page, extract it, run the .exe installer, and follow the on-screen instructions. Open the SMS Gateway within Ozeki 10 following installation.

Download URL:

https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

Video tutorial:

The following video shows you how you can download and install Ozeki SMS Gateway on Windows.

Step 2 - Install the Android App on your mobile phone

You can install the Android app by scanning the following QR code or by clicking on the link below it. You can also take a look at the video that shows how you can setup the Ozeki Android app, and how you can configure it by scanning a QR code shown in Ozeki SMS Gateway. The video also shows how to send a message to ensure the connection is successfully established.

Android App installation QR code:

Video tutorial:

How to install the Android App on your Android mobile.

Step 3 - Connect the Android by scanning a QR code

Once Ozeki SMS Gateway is installed on Windows, click Add new connection on the left panel of the main page, as illustrated in Figure 1.

Next, click on Install next to Android SMS QR, highlighted in red in Figure 2.

Enter the phone number of your Android phone into the corresponding textbox, then hit OK, as shown in Figure 3.

If you have not already done so, this is the time to install the Ozeki Android App on your mobile phone. (If QR code installation does not work, you can install the Android app manually by downloading the installation file (APK) from the android-sms-gateway.com website, enable 'Unknown sources' in device settings, use a file manager to locate and tap the APK, then follow on-screen instructions to complete installation and grant necessary permissions.)

Once the Ozeki App is running on the Android phone, you need to connect the phone to your Windows PC. In Windows, click on the QR code tab located near the middle in the upper half of the screen of your Android QR connection's details page. You should see a QR code similar to the one in Figure 4.

Video tutorial:

The next short video takes you through the steps of starting the Ozeki SMS App by connecting it to the SMS Gateway by scanning the QR code.

In order for the Ozeki SMS client app to operate seamlessly, it must be set as the default SMS handler (see Figure 5 and 6). This is a very important step. The Android OS puts apps that are not opened by the user regularly into sleep or deep sleep to save battery power. It also often removes the permissions granted to apps when they are put into deep sleep. By setting the Ozeki SMS client as your default SMS handler, you can prevent it from being disabled by Android. This is required to be able to provide a reliable SMS gateway service for your PC, that is able to operate for months and years without interruption.

Inside the Android app, tap the Start button, like in Figure 7.

Then, tap on the link that says Scan QR code. It is highlighted in Figure 8.

The camera should open. Point it at the QR code on your screen to scan it, similar to Figure 9.

If done correctly, the row that previously said 'Link: not connected', should have turned to 'Link: Connected.' in the Android SMS Client (Figure 10).

The Events tab of the freshly created connection should also tell you that the connection was successful, as seen in Figure 11.

Step 4 - Send your first SMS

Now that everything is setup you are ready to send a test SMS. Click on New in the toolbar. This will take you to the message composer page (Figure 12). Enter a phone number and your message text and hit Ok to send it.

If successful, both the web GUI and the Android app should tell you the message was sent out (Figure 13).

To make sure you have done everything correctly, head to the new connection's Events page, where you should see logs similar to Figure 14.

Are there other ways to connect my Android phone and my PC?

Yes, you may choose to have the two devices on the same local network, and connect via local IP and port. If you wish to find out more about that solution, click here.

OZEKI SMS Gateway

Ozeki SMS Gateway System Overview

How to get started with a private SMS Gateway

If you haven't decided yet whether you need a private SMS gateway system, read this article. It will give you some insights and will help you make an informed decision.

What is a private SMS gateway?

A private SMS gateway is a software platform. It serves as a dedicated solution exclusively designed for sending and receiving SMS messages within a company. Unlike on-line services, a private SMS gateway provides a secure environment for organization who want to keep their phone number lists and their customer communication private. When using a private SMS Gateway, such as Ozeki SMS Gateway, the messaging infrastructure is solely used by the organization owning the system. This dedicated nature enhances security, as sensitive communications remain confidential within a controlled environment.

Additionally, a private SMS gateway grants organizations simultaneous access to multiple mobile network, and more control over messaging processes and configurations. A private SMS gateway allows the user to create tailored solutions that meet specific business needs. This autonomy results in improved efficiency and seamless integration with existing workflows and the business system. By opting for a private SMS gateway, enterprises benefit from heightened security measures, greater operational control, and a customized messaging solution, contributing to an optimized and secure communication ecosystem.

What are the benefits of the private SMS gateway:

1. Increased security: Your contact lists and messages are not shared with others, providing a more secure communication channel. With a private SMS gateway, your messages remain exclusive to your organization, eliminating the risks associated with shared services. Your phone number lists will also stay private. This exclusivity ensures a more secure communication procedures, safeguarding sensitive information from potential breaches.

2. Full control: You have complete control over messaging processes and configurations. You can decide which mobile network operator to use, which phone number to use for your operations. You can connect to multiple mobile networks simultaneously. You can see, control, modify, redirect, log all the SMS messages that go through your system. You can configure user accounts, admin accounts and control which roles users can take while sending SMS. This level of customization empowers enterprises to establish and enforce their messaging policies, ensuring alignment with strategic objectives and compliance standards.

3. Cost savings: On-line SMS services will become very expensive over the long run. Creating your SMS service can result in significant cost savings compared to third-party services. Compared to relying on third-party services, establishing your SMS gateway minimizes external expenses. You will not pay a monthly fee for standby and often you will be able to send and receive SMS free of charge (subject to mobile network service plan). This financial advantage, coupled with increased security and control, makes a private SMS gateway an economically sound and operationally efficient choice for businesses seeking a robust and tailored messaging solution.

Private SMS Gateway Deployment steps

1. Download the Ozeki SMS Gateway software: Download the Ozeki SMS Gateway software on a Windows computer. This can be a server or desktop device. This software serves as the core component, providing the necessary tools and features for managing and controlling the SMS gateway. The software installation after download is similar to the installation of any other Windows software.

Download from this link:

https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

2. Choose how to connect to the mobile network: To send SMS messages to mobile phones, you need to connect to the mobile network. You can use a wireless connection or a connection over the Internet. The most popular wireless connection uses an Android mobile phone. The Android mobile device is connected to the Windows computer over Wi-Fi and is responsible for forwarding the SMS messages to the mobile network. If connection to the mobile network is through the Internet, the best option is to connect directly to the Short Message Service Center (SMSC) of a mobile network operator. This last option is called IP SMS connection.

3. Configure your SMS system (create user accounts, and connect services): After your SMS gateway is connected to the mobile network. This next step is to create user accounts, and to connect IT systems that can do automated SMS messaging to improve your business operations.

4. Purchase a license to remove limitations: Once your system is ready to go, you can purchase an Ozeki SMS Gateway license to remove speed limitations and restrictions from your system. Click on the following link to get pricing information?:

SMS Gateway prices
What happens after purchase?

Summary

In summary, creating and deploying a private SMS Gateway through Ozeki presents a strategic opportunity for organizations seeking enhanced communication capabilities. The dedicated nature of a private SMS Gateway ensures exclusive access to messaging infrastructure, promoting heightened security by keeping sensitive communications confidential within the controlled environment. The platform also offers unparalleled control over messaging processes, allowing for tailored solutions that seamlessly integrate with existing workflows. This customization empowers enterprises to enforce messaging policies, aligning communication strategies with strategic objectives and compliance standards. Furthermore, the potential for significant cost savings distinguishes a private SMS Gateway as an economically sound choice compared to third-party services.

Ozeki SMS Gateway Features

Mobile network connectivity features

• SMS modem: You can attach an SMS modem to your computer with a USB cable to send and receive wirelessly over the mobile network. In this case you don't need to sign up for an Internet SMS service. All you need to do is purchase a SIM card and put it into your SMS modem.
• SMS modem pools: If you wish to operate several modems to increase capacity, or you wish to have several phone numbers, you can connect an SMS modem pool to Ozeki SMS gateway. Ozeki will handle each modem in the pool as an independent SMS connection, and you can use Ozeki's advanced routing capabilities to decide which modem to use for sending. The SMS modem pool is usually connected to your computer with a USB cable. If you use an SMS modem pool, you will have to purchase a SIM card for every modem in the pool. For example, if you use a modem pool with 8 modems, you need 8 SIM cards and you will have 8 phone numbers to use.
• OZX client: The OZX (Ozeki Exchange) protocol is a very efficient protocol, that can be used to connect your PC directly to the Short Message Service Centre (SMSC) of the service provider. This way you can send and receive SMS messages over the Internet or over a private IP network.
• Android SMS connection: You can connect to an Android mobile phone over Wifi and install the Ozeki Android SMPP gateway app to send and receive SMS messages from your computer.
• SMPP SMS connection: You can connect to an IP SMS service using the Short Message Peer to Peer (SMPP) protocol. Ozeki SMS gateway supports SMPP version 3.3, 3.4, 5.0. This protocol is used by Mobile network operators to exchange SMS messages. You can connect directly to an SMS Service Centre (SMSC) using SMPP.
• UCP SMS connection: You can connect to an IP SMS service using the Universal Computer Protocol / External Machine Interface (UCP/EMI) protocol, version 3.5 or higher, to connect to an SMSC over the internet or other private TCP/IP network. Some mobile operators provide UCP connections for higher volumes of SMS traffic.
• CIMD2 SMS connection: You can connect to an IP SMS service using the Computer Interface to Machine Distribution (CIMD2) protocol, version 2 or higher to connect to an SMSC over the internet or other private TCP/IP network. This protocol is implemented by Nokia SMSCs.
• HTTP client SMS connection: You can connect to an IP SMS service using the HyperText Transfer Protocol (HTTP). This is a customizable connection type, that allows you to use HTTP or HTTPS. For HTTP SMS you can set client certificate and validate server certificates. By creating an appropriate HTML template, you can connect to virtually an HTTP SMS service provider.
• WhatsApp SMS Connection: Businesses can use WhatsApp to communicate with customers and clients in a personal and convenient way and they can send messages directly to their mobile phone. One way to use WhatsApp for business is to set up a WhatsApp SMS connection. This allows businesses to send and receive WhatsApp messages through their Ozeki SMS Gateway.

SMS routing features

• Least cost SMS routing: Pre-route SMS messages based on phone number prefix or route costs to ensure optimum delivery costs.
• Backup SMS routing: You can route a message to different connection in case the primary connection is not functioning. For example, if the Internet fails, or your primary Internet based SMS service provider fails, you can automatically route the messages to a wireless connection (e.g. an SMS modem connected to your server with a data cable). Of course, you can route the messages to other Internet based SMS service providers.
• Copy messages: You can copy each message going through your system and forward it to a database for logging or to any SMS connection. You can make one or more copies and route them to your preferred destination, which can be a phone number, an email address a database or any application.
• SMS routing to multiple networks: For cost efficiency reasons, you have the option to connect your SMS system to multiple mobile networks. You can select the mobile network you wish to route your message to anytime in the Ozeki SMS Gateway.
• SMS Modification: With Ozeki SMS Routing, you have the chance to modify the details of the sms like the recipient or the content.
• Encrypt SMS messages: To have a safe and encrypted conversation with your chat partner, you can setup an encryption and decryption function to any connection. This way only the individual with the selected password have access to your messages.
• Delayed SMS message: Experience the advantage of composing messages in advance and ensuring they reach your recipients precisely when they need to and optimize your personal and professional interactions.

Phone number manipulation features

• Sender number modification: You can change the sender ID as an SMS message goes through your system
• Sender number pools: You can pick a number randomly from a list and use it as the sender ID in your SMS message. This is great if you wish to operate a modem pool.
• Recipient number modification: You can change the recipient phone number. You can use this to reroute a message if somebody's phone number changes, or you can correct invalid recipient phone numbers by fixing the phone number prefix
• Regular expression-based phone number modification: You can write a regular expression to detect and change phone numbers for both sender and recipient numbers.

Message text manipulation features

• Message text replacement: You can change the SMS message text on the fly by simply rewriting it.
• Append text to the message: You can change the SMS message text by appending an advertisement to the end of each SMS message, e.g. "Hello world - Sent by mycompany.
• Word filtering: You can filter out unwanted words and replace their content to stars (****) or you can drop messages containing such words
• Message encryption and decryption: You can encrypt SMS messages and decrypt SMS messages in the routing table.
• Regular expression-based modifications: You can write a regular expression to modify the SMS message text.
• C# algorithm-based modifications: You can write code in C# to change the SMS message text on the fly.
• SMS Templates: Using SMS templates can provide several marketing benefits for businesses and organizations. By leveraging these benefits, businesses can enhance their SMS marketing strategies, engage with their audience more effectively, and drive better results from their marketing campaigns. It can greatly streamline your workflow and enhance the overall aesthetic appeal of your documents.

Message encoding features

• GSM 7 bit message encoding: By default SMS messages are encoded using the 7 bit SMS alphabet.
• Multipart SMS encoding: Messages longer than 160 characters (if the 7 bit SMS alphabet is used) or if they are longer than 70 characters (if the unicode character set is used) are split into multiple segments and are sent through the network according to the multipart SMS specification standards. The Ozeki SMS gateway does the multipart segmentation and reassembly.
• Unicode character encoding: You can send Chinese, Arabic, Hebrew and any other character supported by the unicode alphabet. Ozeki implements the unicode character encoding.
• Binary message encoding: You can send 140 bytes of binary data in binary SMS messages. With Ozeki you can set all SMS attributes, so you can specify the binary message flag to set such data.
• Application port numbers: Application port numbers can be used if SMS messages are sent through the mobile network. Both sender and recipient port numbers are supported. Port numbers are sent in the User Data Header (UDH) according to the SMS standard. To send a message to a port number specify the phone number in the following format: +36201234657:7777 where 7777 is the port number (you can change 7777 to any port number you like). This format applies to both the sender and recipient numbers. Port numbers are often used if mobile applications running on Android or iOS mobile phones communicate with PC based services using Ozeki SMS Gateway.
• Special message types: Ozeki natively supports WAP Push, SyncML, Voicemail notification, vCard, vCalendar and other native SMS message formats used in mobile networks.
• Message encoding policies: You can set "don't transform", "best match" and "enforce charset" replacement policies, to do character set transformation. These are very useful because it gives you total control over which character sets are used when your SMS messages are encoded.

Application connectivity features

• SMS API's for Developers: The Ozeki SMS Gateway allows for sms developers to use sms api software for short message sending and receiving. You can use it to integrate and quickly deploy SMS messaging solutions.
• SMS service providers: The Ozeki SMS Gateway offers connectivity to several on-line SMS service providers. You do not need to buy the hardware, just subscribe to their service online to have an SMS Gateway.
• Excel SMS: You can use Microsoft Excel or a compatible word processor to send messages to a list of phone numbers
• SQL messaging: Send and receive SMS messages from a database.
• Text file messaging: Send and receive SMS messages by creating text files in a directory
• Http SMS messaging: You can use the HTTP API of Ozeki SMS gateway to send and receive SMS messages
• Standard User: With Ozeki SMS Gateway Standard user you can log in to the graphical user interface and you are able to send SMS. And you can investigate the details of the delivery of the message.
• Autoreply SMS: Ozeki SMS Gateway has 3 type of Autoreply Users which are used for automatically replying SMS messages or forwarding them to any recipient. These users can work in 3 simple ways. You will see how to install and configure these users on Ozeki SMS Gateway to serve your needs.
• E-mail to SMS: Ozeki SMS Gateway offers various methods to setup E-mail to SMS functionality. You can use IMAP, POP3 or SMTP to send and receive E-mails and convert them to and from SMS messages. You can put the phone number(s) into the subject line of the e-mails, or you may send an e-mail to an address containing the phone number, such as +441234657 @ smsgw.yourcompany.com
• SMS from/to Email through your Email Account: Ozeki SMS Gateway's E-mail User can be used for sending or downloading emails from a mailbox. For sending emails it should connect to your email account's SMTP server. For downloading emails from a mailbox, it should connect to the POP3 server through your email account.
• SMS from/to File: Ozeki SMS Gateway's File User is capable to send and receive SMS messages in different file formats. Simple, Text, Verbose, List, CSV, XML, SAP, ATF and KAL file formats are supported by the Ozeki SMS Gateway's File User. Your application can place these files in proper directories to send SMS messages.
• SMS from/to FTP: Ozeki SMS Gateway's FTP to SMS Extended User can synchronize directories with SMS Gateway through standard FTP, FTPS or SFTP protocols. Incoming SMS messages will be uploaded, and outgoing SMS messages will be downloaded from the FTP server. You can also look at the accepted file formats.
• Start your Applications with SMS: Ozeki SMS Gateway's Application Starter User can run any process or application in case an SMS message arrives. You simply need to provide the file path. You can also fetch parameters from received SMS messages to use them as process parameters or command line arguments.

High performance features

• Load balancing: You can setup SMS connection groups for load balancing. This means you can create multiple SMS network connections to IP SMS services or through wireless connections. If you include these connections in a group, and you route messages to this group, sending will be done using load balancing. In load balancing configuration messages are distributed among sending links according to the link's capacity.
• Fail safe messaging: By creating SMS connection groups your messages will be sent even if a one or more members in the connection group fails. For example, if you have 4 mobile network connections to 4 different SMS service centres (SMSCs), and any 3 of them fails, all your messages will still be delivered through the remaining last one.
• Memory queues: The system stores message queues in memory for performance and keeps these queues in sync with the hard drive. Batches of 1000 messages are loaded into memory for sending cycles. This makes high performance messaging possible.
• Resend failed SMS: Sometimes, SMS messages may fail to be delivered on the first attempt due to various reasons such as network issues, recipient phone issues, or temporary service disruptions. Ozeki SMS Gateway provides a mechanism to handle these situations and increase the chances of successful message delivery. If a message encounters an error during the delivery process, Ozeki SMS Gateway can be configured to automatically attempt to resend the message after a specified interval. This feature is particularly useful in cases where the initial delivery fails due to a temporary issue.
• SMS modem pools: If you wish to increase capacity by operating several modems or if you need multiple phone numbers, you can connect an SMS modem pool to Ozeki SMS gateway. Ozeki treats each modem in the pool as an independent SMS connection, and you can utilize Ozeki's advanced routing capabilities to determine the modem to use for sending. The SMS modem pool is typically connected to your computer via a USB cable. Using an SMS modem pool requires purchasing a SIM card for each modem in the pool. For instance, if you employ an 8-modem pool, you will need 8 SIM cards, providing you with 8 phone numbers to use.

Reporting features

• Reporting database: You can save all SMS messaging going through your system into a reporting database. In your database a database table will be created and updated. You have will have detailed information about all event related to each SMS that goes through the system. You can use Microsoft SQL Server, Oracle, MySQL, Postgres and many other database server systems.
• Reporting into TXT When dealing with high message volumes, such as several hundreds of messages per second, storing them in a database for logging purposes can be challenging due to speed constraints. Ozeki SMS Gateway offers an alternative solution by supporting text file logging. In this approach, the messages are logged into text files, allowing for faster storage. These messages logged in text files can later be efficiently inserted into the database as needed. This approach helps manage and log high message volumes effectively while accommodating the speed requirements.
• Multipart SMS logging The reporting system of Ozeki 10 SMS Gateway provides the capability to save the PDU (Protocol Data Unit) count for multiple messages into the reporting database. This feature allows you to keep track of the PDU count associated with each message and store this information in the reporting database for later analysis and reference.
• Failed SQL Queries When utilizing database reporting in Ozeki 10 SMS Gateway to maintain a log of each message's journey through the system, it's important to ensure that all SQL commands were executed correctly in your database. Ozeki 10 offers an SQL reporting feature that includes a user interface, allowing you to review the status of records that are awaiting execution as well as those that have failed. This functionality helps you monitor and manage the execution of SQL commands in the reporting process, providing visibility into the success or failure of each action.
• No loss reporting: This feature makes it possible to not lose a single record. If your reporting database goes offline for whatever reason, the Ozeki SMS software will store messages in a text file on the local hard drive until the reporting database comes back online. When the reporting database becomes available again it will push these messages to the database.
• Low level logging: All connections provide detailed logging down to the protocol layer. You can check the exact protocol data units (PDUs) sent through the connections. This is very helpful in finding problems or figuring out why a certain message was sent in a certain way. It is also great in dispute resolution with customers and service providers.
• Resend failed SMS: Ozeki SMS Gateway provides a valuable opportunity to address any errors that may occur during the SMS delivery process. In some cases, certain SMS messages may not be successfully sent on the first try. However, Ozeki offers the capability to resend these messages, enabling better management of delivery issues. This process enhances the potential for successful message transmission and ensures a more reliable SMS delivery system.
• Setting up logging: Gaining insight into the low-level communication of connections, users, or applications proves to be extremely valuable when you seek to observe every single event that occurred during the process of sending a message. The logging of low-level communication offers a window into understanding the intricate mechanics of how a message is successfully delivered to its intended recipient. Moreover, in instances where a failure occurs, this feature serves as a tool for understanding the underlying cause by carefully analysing the log of low-level communication interactions.

Address book features

• SMS from address book: You can have a pre-defined address book with numbers inside and use that to send the text messages. Really useful feature for automated, personalized messages.
• Address book builder: You can setup routing rules to automatically register sender and/or recipient phone numbers into an address book automatically. You can also define conditions, such as keyword filter to decide which phone number to record. This address book can later be used to send group messages
• Address book export: You can export address book in various formats, such as Microsoft Excel xlsx, csv, text files, json files, etc.
• Address book import: You can import your exported address books
• Database address book: You can setup database tables to use as address books. Ozeki can SELECT and INSERT address book records into these tables, and you can use them as you would use any other address book on the user interface. Microsoft SQL Server, Oracle, MySQL and several other database servers are supported.
• LDAP address book: You can use LDAP directories, such as Microsoft Active Directory to lookup contacts

Authentication features

• Standard system users: You can create user accounts on the Graphical user interface (GUI) of Ozeki
• LDAP authentication: You can authenticate users using an LDAP server, such as Microsoft Active Directory.
• RADIUS authentication: You can authenticate users using RADIUS
• HTTP/HTTPS authentication: You can authenticate users using HTTP or HTTPS request. This allows you to authenticate your users using web services.
• SQL authentication: You can connect Ozeki to a user database, and ozeki can lookup user accounts in the database using customizable SQL queries. Microsoft SQL Server, Oracle, MySQL and several other database servers are supported.

Security features

• HTTPS: Https is supported for the Graphical User Interface (GUI), for the HTTP API, and for sending SMS messages to HTTP SMS service providers
• SMPP client over TLS/SSL: When you connect to SMPP SMS service providers, you can use SSL.
• SMPP server using SSL: You can offer SMPP SMS service to your customers using SSL links
• UCP client over TLS/SSL: You can connect to UCP SMS service providers over an SSL channel
• CIMD2 client over TLS/SSL: You can connect to CIMD2 SMS service providers over an SSL channel
• Secure password storage: Passwords are store in an encrypted way in the system
• Safe logging: Hide the phone numbers and the sms text in the logs

Screenshots

See Ozeki SMS Gateway in action! Explore screenshots of the Ozeki SMS Gateway login process, SMS desktop interface, menu navigation, and SMS gateway key features. Get a visual overview of how the SMS gateway works and discover its powerful capabilities.

On Figure 1, 2 you can see the login procedure of the SMS Gateway. On Figure 3 to Figure 10, you can see some of the many features of the SMS Gateway.

Technical datasheet

On this page you can find all the technical related information about Ozeki SMS Gateway. The supported connection types and message types are listed here, as well as other details that are needed to build an efficient and well-functioning SMS system based on this SMS gateway.

Technology

Underlying technology	C# (.NET 4.8)
User interface	Web based
Operation mode	Windows service, Linux Service
Application type	.NET application (requires .NET framework 4.8)

Connectivity

Service provider connectivity	More than one service providers can be connected to the SMS gateway at the same time by using GSM modems or IP SMS connections. Inbound SMS/MMS routing and outbound SMS/MMS routing improve control.
Service provider protocols	It supports all the major communication protocols: GSM Modem (Wireless) SMPP (IP SMS) UCP/Emi (IP SMS) CIMD2 (IP SMS) HTTP Server (IP SMS) HTTP Client (IP SMS) ParlayX (IP SMS) SMTP (IP SMS) MM1 (MMS over modem connections) MM7 (MMS over IP) Proprietary SMS/MMS protocols: M2M for O2 Check Republic (IP SMS) HTTP for Telenor Hungary (IP SMS) Madar Webservice (IP SMS) Instant messaging protocols: MSN Messenger AOL Messenger
Application connectivity	Database (SQL), Files, HTTP Server, HTTP Client, E-mail (POP3, SMTP), Autoreply, Webservices (SOAP/HTTP)
Application connectivity (APIs)	SQL, HTTP, ASP, Visual Basic, C#, C/C++, Delphi, Java, JSP, ColdFusion, PERL, PHP, Ajax, Atlas, Lotus
Client software	Excel SMS, Outlook SMS Plugin, Ozeki SMS Client, Standard E-mail client (Outlook Express, Outlook, etc), WhatsApp
Connection management	The software provides automatic reconnection on service provider link failures, on wireless link failures and on application/user link failures (Database connection, HTTP connection, etc)
E-mail connectivity	Ozeki SMS Gateway offers SMS-to-email and Email-to-SMS functions, and it connects to mail servers via SMTP and POP3.

Engine features

Message routing	If you use multiple GSM device and SMSC/MMSC connections to make your system more stable, the message routing function of the SMS gateway helps determine which user or application will receive an incoming message or which service provider connection is used to send the message. A routing table is used for this function.
Supported character sets	GSM 7bit UCS2 (unicode) policy: manual selection automatic selection automatic conversion from all major character sets: UTF8 - Unicode International UTF16 - Unicode International ISO 8859-1 Latin-1 Western Europe ISO 8859-2 Latin-2 Central Europe ISO 8859-3 Latin-3 Southern Europe ISO 8859-4 Latin-4 Northern Europe ISO 8859-5 Latin/Cyril ISO 8859-6 Arabic ISO 8859-7 Greek ISO 8859-8 Hebrew ISO 8859-9 Turkish ISO 8859-10 Latin-6 Northern ISO 8859-11 Latin/Thai ISO 8859-13 Latin-7 ISO 8859-14 Latin-8 Celtic ISO 8859-15 etc.
Supported message types	GSM Text SMS Unicode Text SMS Multipart (Concatenated) SMS messages Flash SMS Group graphics Operator logos Ring tones WAP push messages Screensavers Business card (VCard) Calendar entry (VCalendar) Bookmarks Animations EMS Binary messages Voice Message Indication Fax Message Indication E-Mail Message Indication Video Message Indication Combined Message Indication(s) WAP OTA WAP Browser settings for GPRS connection WAP Browser settings for GSM/CSD connection WAP Browser settings for GSM/SMS connection WAP Browser settings for GSM/USSD connection WAP Browser settings for IS-136/CSD connection WAP OTA SyncML settings OMA OTA GPRS connection settings OMA OTA GPRS GSM-CSD connection Multimedia messages (MMS).
Accounting, credit limits	Credit limits can be set for each user and can be updated manually or automatically. Moreover, one time or Yearly, Monthly, Weekly and Daily credit limit can be set. Message cost can be specified in the routing table, and all accounting information is available.
Logging	There are independent log files for server events, users/applications, service provider connections. There is also SQL logging option.
Message handling policy	The SMS gateway stores and forwards your messages and retries sending/processing in case of any failure.
Message priorities / resource management	Each user has an independent message queue but users share resources with equal priority. Round Robin algorithm is used to distribute resources. The unused resources are assigned to active users.
Feedback / delivery reports	Delivery reports are sent if the message is: Accepted for delivery Delivered to network Delivered to destination Failed delivery Message reference (callback id returned by the service provider) Delivery times
Numbering	Supported phone number formats: International number format (+44yyyxxxxxxx) Local number format (06xxxxxxx)
Recipient address assignment options	Specify recipient address for each message
Sender address assignment options	Sender address needs to be specified for each message, for service provider connection, and for user / application
Backup/Restore policy	Backup: Save data directory Restore: Install software Stop service Restore data directory Start service

GUI features

GUI Layout	Web browser based (Microsoft Edge and Google Chrome) Message folders Message lists (sorting with sorting) Message management (forward, reply, delete) Message preview Message composer
GUI Connectivity	On the same computer (local) In the company LAN (network) Internet (network), if allowed on the corporate firewall
GUI Security	Username / password authentication

SMS Gateway Technology

What is an SMS Gateway

An SMS gateway is a software that allows you to send and receive SMS messages from your applications. It can also be used to provide SMS services. An SMS gateway is often referred to as an SMS Server. It is a self-hosted SMS gateway. You may install an SMS Gateway on an Android phone or on a Windows or Linux computer. Ozeki 10 SMS Gateway is an outstanding SMS Gateway software with several unmatched advantages.

Use cases

An SMS gateway is ideal for lots of simple to complex scenarios. Some of which are:

1. Provide SMS service to customers
2. Act as a central hub for SMS services
3. Provide SMS service for SMS applications
4. Provide SMS aggregator service
5. SMS routing
6. Use as a reporting gateway to keep track of all SMS messages
7. Use as a protocol converter
8. Forward SMS messages to mobile networks and 3rd party SMS service providers

What is the best SMS Gateway in 2025

In 2025 the best SMS gateway for a company is either an Android SMS Gateway installed on a high-end mobile phone, or a self-hosted SMS gateway installed on a Windows computer or an SMS gateway installed on a Linux server. The first option of running an SMS gateway on an Android mobile is best if the number of SMS messages stays below a few thousand SMS per day or if the SMS service is still in pilot or development phase. The second option of self-hosting an SMS gateway is recommended if you consider building an important communication infrastructure for your business. Self-hosting can be done in virtual server hosting facilities, such as Amazon Web Services or Microsoft Azure Cloud, or it can be hosted in your own server room if data security and operational reliability is crucial.

What are the benefits of a self-hosted SMS Gateway in 2025

Operational reliability: With a self-hosted SMS gateway system, you can connect to multiple SMS services over the Internet, and you may even connect to the mobile network wirelessly. You can setup backup servers and backup SMS routes to avoid a single point of failure. The possibility of intervention, monitoring and alerting capabilities is also a huge plus and it allows you to increase the operational reliability of your SMS infrastructure. We should also mention the possibility of automated backup and easy restore options when you have your SMS infrastructure in your own hands.

Service provider independence: It is beneficial to be independent of a single SMS service provider. It gives you freedom in terms of negotiating business conditions and prices if you know you can easily switch providers without the need to rewrite your software. It is also great to be able to send SMS messages through different networks and to do least cost SMS routing, load balancing and fail over routing. If you write your code to an Ozeki API, for example using the Ozeki C# SMS API, you can be sure that you will always have a chance to switch to another SMPP SMS service provider or you can take advantage of a new player's offerings by simply configuring their service in the Ozeki HTTP/REST SMS client connection.

Data security: One of the most important aspects of operating content services and marketing businesses is to be able to keep your contact list and data safe. If you want to make sure that nobody else has access to the phone numbers of your valuable client list, it is a good idea to operate your own SMS gateway. This way you don't have to upload your contact list to an unknown third party, who can sell or use your contact list. It is also much easier to comply with EU GDPR regulations if your data is residing on your own servers.

Operational costs: With your own SMS gateway cost optimization can be done using least cost routing and relying on SMS credit limit management offered by Ozeki SMS gateway. Since you can connect to multiple networks you are in a better position to negotiable tariffs and to take advantage of bulk message buying offered by provider for certain destinations. In most cases when you connect to mobile network's short message service centres (SMSC) directly you will not be charged for incoming SMS messages.

International business: If you operate an International business, or you plan to expand Internationally, it is important for you to be able to connect to local mobile network operators from your central IT data centre over the Internet. Local mobile network operators can give you better terms and conditions then International SMS service providers. Since they often operate their own mobile network you can expect better delivery times, better reliability and compliance with local legal regulations. Your local SMS messages will not be rejected as international spam and have a higher priority in delivery over International SMS. If you connect Ozeki SMS Gateway to local national networks, you will have access to local phone numbering schemes and local short codes. You won't have to use the international country code prefix to send and receive SMS in those remote networks.

Better reporting: Ozeki SMS gateway can be configured to log every SMS into a database. It can use Microsoft SQL Server, MySQL, Oracle or virtually any other SQL database system to provide you with a log of all your SMS traffic. You will have information about when a message was sent by who, through which network at what cost, and you will know that message submission and delivery timestamps, status codes and error messages. Most important of all incoming SMS delivery reports are also matched to each submitted SMS, to let you know whether an SMS as delivered or not successfully to the recipient handset and when did the recipient receive the SMS.

Higher performance: There are to key aspects of SMS system performance. One is to have an in-memory operation, that gives you outstanding computing speeds. The other is to have a load balancing system, that is able to distribute the load between multiple mobile network and multiple SMS service provider connections. Ozeki SMS Gateway provides both of these elements. It can reach delivery speeds of up to 1000 SMS per second per server computer thanks to it's in memory computing approach, and it can distribute SMS traffic among connection for both incoming and outgoing links.

SMS gateway performance

SMS gateway performance matters. One of the most common business mistakes we have seen was businesses making a small initial investment in their SMS infrastructure instead of investing into a high-performance SMS gateway system in the beginning. This mistake became very costly later.

If your business grows, your SMS volume will grow. The number of software you build, that send and receive SMS messages will grow, and sooner or later you will send SMS marketing campaigns, one-time passwords, notifications, alerts and other SMS content. Eventually your SMS traffic can reach a point when an SMS service provider might not be able to keep up with your demands. This is when it will start to become very costly if you cannot add a second or third provider without rewriting your codes and when you won't be able to switch to load balancing, backup routing, and to clustered redundant infrastructure. (Note that Ozeki SMS gateway offers these options.)

This statement might sound absurd to you now, but without a high-performance SMS gateway infrastructure it is dangerous to use SMS in your business. Here at Ozeki we have met many cases where SMS aggregators, and on-line SMS service providers using their own custom-made platforms could not keep up with growing SMS volume. We have experienced unacceptable delays, lost messages, delivery reports mixed up, messages dropped to name a few events. (And we are not talking about "no name" small providers. Think about NYSE listed and highly advertised services.) Serving lots of messages at a steady rate is demanding, and many providers are not up to the challenge. Ozeki SMS Gateway is currently one of the (or probably is the) highest performance platforms out there. Check out its performance demonstrated in a speed test delivering 1 000 000 messages.

Running an SMS gateway on a physical server

Operate your SMS server on a physical computer is beneficial because it gives you full control over the hardware and software aspects. This option gives you the highest possible performance. You get direct access to the memory, the CPU, the hard disk and the network resources, and all the processing of multi-threading CPUs are there to serve your SMS infrastructure. Ozeki 10 SMS gateway thrives when it is running in a multi-core multi-thread rich environment. It will give you unbeatable performance.

The drawbacks to using a physical server is that hardware upgrades are difficult, because you have to reinstall configure everything. Backing up and restoring a virtual machine is much more straightforward.

Running the sms gateway on a virtual machine

Although an SMS gateway performs better on a real server, there are numerous benefits to using a virtual machine (often referred to as Virtual Private Server or VPS). Many users vote for this possibility when they use an SMS gateway. Maybe the biggest incentive to using a virtual machine is that it can be hosted in a server hosting facility. Amazon AWS, IBM cloud hosting and Microsoft Azure are popular choices among the companies we work with. If the SMS gateway is hosted at such a company, you don't have to take care of hardware issues.

If you operate your own virtual machine environment, you will like the fact that this technology allows easier management of backups and restores. It is also great that running multiple virtual machines on a single physical server can save money. A weak point to using a virtual machine is that direct access to hardware resources become difficult. For example, if you want to attach a GSM modem through an USB cable, you might have a hard time assigning the physical USB port to the appropriate virtual machine. If you run the SMS gateway on a virtual environment, make sure you assign sufficient virtual hardware resources to the system. This is necessary, because you want to make sure, that you don't miss out on performance. Also make sure that the virtual network for the smpp gateway is set up properly.

While talking about virtual machines, we must tell, that Ozeki 10 SMS gateway is known to work reliably in the following virtual environments: Windows Virtual PC, Microsoft Hyper-V, Solarwinds Virtualization Manager, Parallels Desktop, VMware Workstation Player, Citrix Hypervisor, QEMU, Xen Project.

Running an SMS gateway on an Android Mobile

If the SMS volume your business requires is below 10 000 SMS per day, an Android mobile phone might be the option you need. An Android phone has one or two SIM cards and will provide you the means to send and receive SMS messages instantly. It can run the same Ozeki SMS Gateway software that you can install on Windows or Linux, and will provide all the API'S and connection options, that are provided by a desktop or server-based SMS gateway system.

One advantage to using an Android SMS Gateway comes from the SMS tariffs included in mobile phone subscription plans. The SMS tariffs are often very convincing, because many mobile network operators advertise unlimited SMS messages free of charge. If you run your SMS gateway on an Android phone you can take advantage of such offerings, and you can send SMS messages from your desktop and business applications free of charge.

There are three scenarios when you should definitely consider and Android SMS Gateway: First, when you want to try, test and evaluate an SMS solution. Second, if you don't intend to send or receive more then 10 000 SMS messages per day. Third, if you already operate a PC based SMS gateway system and you would like to give an identical platform with SMS capability to developers for testing.

Other scenarios might also make an Android SMS Gateway a viable choice: If you need access to a particular mobile network through a local phone number, you may setup a local Android Mobile phone connected to that network wirelessly, and you may connect to the Android mobile through SMPP and use it as a local SMS service provider.

You may use several Android mobile phones to provide you a pool of telephone numbers. Each Android mobile phone comes with one or two SIM cards, so each can give you one or two local phone numbers to use for SMS messaging. These Android phones can be connected to a central SMS gateway through the SMPP protocol or the OZX protocol and can give you a powerful service that can offer several phone numbers for communication. Having access to many mobile phone numbers is an advantage if you wish to isolate the traffic of certain users and applications. You can assign an individual phone number to each user or application.

Finally, we should mention that the built in battery of an Android phone is also an advantage. Even if the power goes down, your SMS gateway will operate. It can send SMS alerts about the power outage itself, It can notify you in an SMS if your webserver goes down or it can send you an SMS if your E-mail server is not accessible because the UPS battery is drained. It can come very handy to be able to notify relevant people automatically in critical no power scenarios.

FAQs

What kind of number formats are available for SMS?

• Short Code
• Local Number Format
• International Number Format
• Long Code
• Alphanumeric Number format

What is a short code?

A 4- or 5-digit number, e.g.: 1544

Short codes are memorable, 5- or 6-digit numbers used by businesses and organizations for SMS communication. Here's what makes them tick:

• Simplicity at its Finest: Short codes are easy to remember and dial, making them ideal for widely advertised SMS services like contests or discount programs.
• Network Specificity: They typically function within a single mobile operator's network or a specific country (if operators collaborate). Think of them as internal shortcuts for a particular service provider.

However, short codes have limitations:

• No International Reach: Unlike phone numbers, short codes cannot be used to send SMS messages internationally. They operate within a specific network or region.
• Limited Mobility Operator Support: While some operators share short codes across networks within a country, this isn't always the case. A short code might only work with a particular mobile provider.

This clarifies the benefits and drawbacks of short codes, emphasizing their simplicity and limitations regarding network reach and international use.

What is the local number format?

A number that does not start with a country code, e.g.: 06201234567

Local number formats are the familiar phone numbers you use for regular calls within your region. When it comes to SMS, here's what they offer:

• Simple and Familiar: Local numbers consist only of digits, without a plus sign or country code. They're easy to remember and use for sending SMS messages to someone within your country.
• Network Specific: Local numbers often include a network prefix that identifies the mobile operator (e.g., Verizon, AT&T). This prefix helps route the message within the specific network.
• Staying Local: Local number formats are strictly for domestic use. You cannot send SMS messages internationally using a local number.

Essentially, local number formats are for sending SMS messages to people within your own country using their familiar phone numbers. They offer simplicity but lack the international reach needed for messages across borders.

What is international number format?

The most widely used telephone number format. It starts with a plus sign and a country code, that is followed by a network prefix and the phone number itself. e.g.: +36201234567

The international number format is your key to sending SMS messages across borders. It ensures your message reaches any mobile phone worldwide, as long as the number is correctly specified. Here's how it works:

• Universal Reach: The international format includes all the necessary components to route a message internationally. It combines the country code (identifies the nation), network prefix (specific mobile operator), and the phone number itself.
• Example Breakdown: Let's say you're sending an SMS to a US number from abroad. You would use the format +12143500649, where:
  • +1 - Country code for the United States
  • 214 - Network prefix (e.g., Verizon, AT&T)
  • 3500649 - The recipient's phone number

Avoiding Common Pitfalls: People in regions where international calling is commonplace might be more familiar with the full international format. However, it's a good reminder that including the country code is essential for successful international SMS delivery. Forgetting the country code (+1 in the US example) can lead to failed messages and frustration.

By following the international number format, you can ensure your SMS messages travel the globe and reach their intended recipients.

What is a long code number?

Long code means that the telephone number is longer than the standard phone number length in the network. e.g.: +36201234567111111

While not universally available, some networks offer a feature called a postfix for long codes. This is a freely defined set of digits appended to the standard long code number.

Unlocking Possibilities: Postfixes can be incredibly useful for applications, acting like unique message IDs. Here's an example:

Imagine a long code +36201234567. By adding a postfix like 111111 (resulting in +36201234567111111), an application can identify and process the message content based on that specific postfix, enabling more dynamic interactions.

Network Specificity: It's important to note that postfixes are not supported by all networks. They typically work only with IP SMS connections like SMPP, UCP, or CIMD2.

GSM Modem Limitations: Traditional GSM modem technology doesn't allow for postfixes. If you're using a GSM modem, you can only receive messages on the standard long code number (MSISDN) itself.

This clarifies the concept of postfixes and their limitations, highlighting network compatibility and the restrictions of GSM modems.

What is the alphanumeric number format?

When sending SMS messages via an IP SMS connection (like SMPP, UCP, or CIMD2), you have more control over your sender address. It's not limited to just phone numbers:

• Say Goodbye to Just Numbers: Embrace a more personalized touch! You can define a text sender address instead of, or in addition to, a phone number. This allows you to display your nickname, company name, or any other relevant identifier when sending the message.
• Keeping it Short and Sweet: There's a limit of 11 characters for alphanumeric sender IDs. This ensures clarity and avoids overwhelming the recipient.
• Latin Character Focus: For readability purposes, alphanumeric sender IDs currently support only Latin characters (A-Z and 0-9)

A Word on Replies: While alphanumeric sender IDs offer customization, it's important to note that recipients might not be able to reply directly to messages sent with them. This is a technical limitation you should consider when choosing your sender address strategy.

This clarifies the benefits and limitations of using alphanumeric sender addresses for IP SMS connections.

If my Android device supports two sim cards - can I receive SMS messages on both of the SIM cards? Which of the sim cards is the one, that will send the SMS message to a mobile phone?

The Ozeki Android SMPP SMS Gateway acts as a bridge between your Android phone's SIM cards and Ozeki SMS Gateway software on your computer. It facilitates two-way SMS communication through the following functionalities:

• Inbound Message Forwarding: Any SMS message received on any SIM card within your Android phone is automatically forwarded to Ozeki SMS Gateway. This allows you to centrally manage and process incoming messages on your computer.
• Outbound Message Delivery: When you initiate an SMS message through Ozeki SMS Gateway, the software identifies the recipient's phone number and selects the appropriate SIM card based on pre-configured settings. The message is then transmitted through the chosen SIM card to the recipient's phone, provided it's in an active state on your network.

In essence, Ozeki Android SMPP SMS Gateway enables you to leverage your Android phone's SIM cards for sending and receiving SMS messages through Ozeki SMS Gateway on your PC.

Can I see the phone number of sender's service centre?

Ozeki cannot display the sender's service centre phone number.

I have installed and SMPP connection then set the sender address of my admin user, but it does not appear on the destination phone. Could you help me?

The issue might be related to the configuration of your service provider connection in Ozeki SMS Gateway. Here's how to check:

1. Access the configuration form for the service provider connection used for sending SMS messages.
2. Locate the section for "Telephone number" (or a similar field).
3. Look for a checkbox labelled "Overridable" or similar. Ensure this checkbox is enabled.

By enabling the "Overridable" option, you grant Ozeki the ability to use a sender number you specify when sending messages, overriding the default settings from the service provider.

System Requirements

This guide outlines the hardware requirements of Ozeki SMS Gateway. You will first find the basic definitions and the recommended hardware configurations. You will find information about the supported operating systems, and the recommended hardware setup for your system.

What is an SMS gateway hardware

An sms gateway hardware is a device to send and receive text messages. An sms gateway hardware provide sms functionality for applications and allow the transfer of text messages amongst the organization or individuals.

Terms and definitions

Connection: A connection is typically defined as a link to the outside world. For example, a link to a mobile network or a link to a database server would be a connection. Connections are able to receive and send messages. Hardware requirements depend on the number of connections you wish to setup.

Message throughput: The number of messages that travel through the system. It is measured in Messages per Second (MPS) or for lower capacity systems in terms of Messages per Minute (MPM). The message engine in Ozeki was designed to handle a maximum of 1000 messages per second on a single computer. Higher throughput can be achieved using multiple computers.

CPU: Bursts of high message throughput require higher single core performance. A high number of connections require higher number of thread processing capabilities. When choosing a CPU hierarchy for your system consider how you wish to use Ozeki. For best performance we recommend top of the line Multi core Intel CPU's. AMD CPUs are supported based on their equivalence to the suggested Intel CPUs.

Memory: For increased performance, Ozeki caches message queues in memory. Make sure to put as much RAM into your system as possible, since this will greatly improve your system's performance.

Network: Ozeki can operate on lower network speeds, but a 1Gb LAN network connectivity is recommended. Depending on the number of simultaneous connections and the message throughput the network bandwidth can be a limiting factor.

Supported operating systems

Ozeki SMS Gateway supports the following operating systems. All operating systems must be installed in their x64 version. 32-bit versions are not compatible with Ozeki. Full Windows and Linux updates are also mandatory to be applied to ensure compatibility with Ozeki.

Windows 11
Windows 10
Windows 7, 8
Windows Server 2022
Windows Server 2019
Windows Server 2016
Ubuntu LTS 20.04 or above
Raspbian Stretch

Cloud SMS Gateway

Ozeki SMS Gateway can be hosted on any of the following cloud platforms:

• Amazon Web Services (AWS) SMS Gateway
• Google Cloud Platform (GCP) SMS Gateway
• Microsoft Azure (Azure) SMS Gateway
• Alibaba Cloud SMS Gateway

System sizes

Small system:
The number of connections is up to 10.
The message throughput is up to 1 MPS (message per second).

Medium system:
The number of connections is up to 20.
The message throughput is up to 25 MPS (message per second).

Large system:
The number of connections is up to 50.
The message throughput is up to 100 MPS (message per second).

Enterprise system:
The number of connections is up to 100.
The message throughput is up to 500 MPS (message per second).

Enterprise+ system:
The number of connections is up to 200.
The message throughput is up to 1000 MPS (message per second).

Hardware variants

Ozeki supports and was tested on both bare metal systems and virtual machines. All systems (hardware CPUs and virtual CPUs) must offer the 64bit instruction set.

Supported virtual machine platforms:
VMware vSphere Hypervisor (ESXi) 6.X and above
Microsoft Hyper-V Server 2012 and above
Hyper-V on Windows Server 2012 and above
Citrix XenServer 8.0 and above
KVM 2.6 and up.

Ozeki system size

The Ozeki Hardware Variants are grouped by system size.

Small

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i3 (Gen.8) or equivalent
vCPUs	1	2
Memory	1	2
Storage	30 GB SSD based storage

Medium

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i5 (Gen.8) or equivalent
vCPUs	4	6
Memory	4	6
Storage	100 GB SSD based storage

Large

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i7 (Gen.8) or equivalent
vCPUs	6	8
Memory	8	10
Storage	300 GB SSD based storage

Enterprise

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel Xeon E5 v4 or equivalent
vCPUs	8	10
Memory	16	18
Storage	500 GB SSD based storage

Enterprise +

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel Xeon E7 v4 or equivalent
vCPUs	8+	10+
Memory	32+	34+
Storage	500+ GB SSD based storage

ARM-Based

Raspberry Pi 3B+ (Debian9)	Ozeki 10
Extensions	up to 16
SIM Calls (SC)	up to 8
SD Card	minimum 32GB Class 10 Micro SD
Required	Heat sink housing and Raspberry Pi-compatible 2.5 Amp Micro USB power supply.

Cloud Provider

Cloud Provider	Google (GCP)	Microsoft (Azure)	Amazon EC2	Amazon Lightsail
Small (up to 10 ext.)	G1 Small	B1ms	a1.medium	t2.small
Medium (up to 50 ext.)	n1-standard-4	D4 v3	m5ad.xlarge	t2.xlarge
Large (up to 250 ext.)	n1-highmem-4	D12 v2	r5ad.xlarge	t2.2xlarge

FAQs

What is the minimum hardware requirement for the PC I will use to run the software?

• CPU: Intel Pentium III, 450 Mhz
• RAM: 512 Mb
• Hard disk space: 50 Mb
• Ports: RS232 and/or USB (if you use a GSM modem)
• Network: Internet connection (if you use IP SMS connection)

With an RS232 to USB converter, you can bridge the gap and connect your serial modem to a USB port on your computer. This converter acts like an adapter, allowing you to use your preferred modem despite the missing serial port.

What is the recommended hardware for the PC I will use to run the software?

• CPU: Intel P4D, 3Ghz
• RAM: 2 GB
• Hard disk space: 500 Mb (SATA or SCSI)
• Ports: RS232 and/or USB (if you use a GSM modem)
• Network: Internet connection (if you use IP SMS connection)

An RS232 to USB converter acts like a bridge, allowing you to connect your serial modem to a USB port on your computer. This converter essentially translates the signal from the older serial port format to the newer USB format, making them compatible. With this setup, you can expect your SMS Gateway to function smoothly, handling up to 30 messages per minute between your system and the mobile network through an IP SMS service provider.

This configuration is a great option for basic needs. However, if you require a higher message throughput to handle a larger volume of texts, there are other solutions available. For recommendations on hardware that can tackle heavier loads, check out our resource demand page (link not provided). This page will provide guidance on choosing the right equipment to meet your specific SMS sending needs.

To get more information about recommended hardware, please check the resource demand page at: http://www.ozekisms.com/index.php?owpn=447

What is the recommended Operating System?

• Windows 11
• Windows 2025 Server
• Other operating systems, such as Windows 10, Windows 2022 Server, Windows 2019 Server, Windows 2016 Server, Windows 2012 Server are also supported.

Does Ozeki support 64bit operating systems?

Yes, it does.

This software can run on a 64-bit (x64) operating system, allowing it to benefit from features like handling large amounts of RAM for potentially improved performance.

What are the software requirements?

• OS: Windows 11, Windows 2025 Server, Windows 2022 Server, Windows 2019 Server, Windows 2016 Server, Windows 10
• Supported software: .NET Framework 8.0

Is there any additional software required?

No, there is not any additional software requirement.

Once you complete your purchase, you'll be ready to use it immediately. No need to wait for downloads, configurations, or activations – it's quick and easy to get started, allowing you to dive right in and experience the benefits as soon as you become a proud owner.

Do I need a dedicated server?

No, you do not.

The beauty of this SMS Gateway is that it plays nicely with others! You can install it alongside other applications on the same hardware without any conflicts. It runs smoothly in the background as a Windows service, ensuring it doesn't interfere with your other programs. This allows you to maximize the use of your existing hardware while adding powerful SMS functionalities.

Hardware variants

Ozeki supports and was tested on both bare metal systems and virtual machines. All systems (hardware CPUs and virtual CPUs) must offer the 64bit instruction set.

Supported virtual machine platforms:
VMware vSphere Hypervisor (ESXi) 6.X and above
Microsoft Hyper-V Server 2012 and above
Hyper-V on Windows Server 2012 and above
Citrix XenServer 8.0 and above
KVM 2.6 and up.

Ozeki system size

The Ozeki Hardware Variants are grouped by system size.

Small

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i3 (Gen.8) or equivalent
vCPUs	1	2
Memory	1	2
Storage	30 GB SSD based storage

Medium

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i5 (Gen.8) or equivalent
vCPUs	4	6
Memory	4	6
Storage	100 GB SSD based storage

Large

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel i7 (Gen.8) or equivalent
vCPUs	6	8
Memory	8	10
Storage	300 GB SSD based storage

Enterprise

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel Xeon E5 v4 or equivalent
vCPUs	8	10
Memory	16	18
Storage	500 GB SSD based storage

Enterprise +

Ozeki SMS Gateway	Linux Debian-based	Windows-based
CPU Family	Intel Xeon E7 v4 or equivalent
vCPUs	8+	10+
Memory	32+	34+
Storage	500+ GB SSD based storage

ARM-Based

Raspberry Pi 3B+ (Debian9)	Ozeki 10
Extensions	up to 16
SIM Calls (SC)	up to 8
SD Card	minimum 32GB Class 10 Micro SD
Required	Heat sink housing and Raspberry Pi-compatible 2.5 Amp Micro USB power supply.

Cloud Provider

Cloud Provider	Google (GCP)	Microsoft (Azure)	Amazon EC2	Amazon Lightsail
Small (up to 10 ext.)	G1 Small	B1ms	a1.medium	t2.small
Medium (up to 50 ext.)	n1-standard-4	D4 v3	m5ad.xlarge	t2.xlarge
Large (up to 250 ext.)	n1-highmem-4	D12 v2	r5ad.xlarge	t2.2xlarge

Cloud SMS Gateway

Ozeki SMS Gateway can be hosted on any of the following cloud platforms:

• Amazon Web Services (AWS) SMS Gateway
• Google Cloud Platform (GCP) SMS Gateway
• Microsoft Azure (Azure) SMS Gateway
• Alibaba Cloud SMS Gateway

Supported operating systems

Ozeki SMS Gateway supports the following operating systems. All operating systems must be installed in their x64 version. 32-bit versions are not compatible with Ozeki. Full Windows and Linux updates are also mandatory to be applied to ensure compatibility with Ozeki.

Windows 11
Windows 10
Windows 7, 8
Windows Server 2022
Windows Server 2019
Windows Server 2016
Ubuntu LTS 20.04 or above
Raspbian Stretch

System sizes

Small system:
The number of connections is up to 10.
The message throughput is up to 1 MPS (message per second).

Medium system:
The number of connections is up to 20.
The message throughput is up to 25 MPS (message per second).

Large system:
The number of connections is up to 50.
The message throughput is up to 100 MPS (message per second).

Enterprise system:
The number of connections is up to 100.
The message throughput is up to 500 MPS (message per second).

Enterprise+ system:
The number of connections is up to 200.
The message throughput is up to 1000 MPS (message per second).

Terms and definitions

Connection: A connection is typically defined as a link to the outside world. For example, a link to a mobile network or a link to a database server would be a connection. Connections are able to receive and send messages. Hardware requirements depend on the number of connections you wish to setup.

Message throughput: The number of messages that travel through the system. It is measured in Messages per Second (MPS) or for lower capacity systems in terms of Messages per Minute (MPM). The message engine in Ozeki was designed to handle a maximum of 1000 messages per second on a single computer. Higher throughput can be achieved using multiple computers.

CPU: Bursts of high message throughput require higher single core performance. A high number of connections require higher number of thread processing capabilities. When choosing a CPU hierarchy for your system consider how you wish to use Ozeki. For best performance we recommend top of the line Multi core Intel CPU's. AMD CPUs are supported based on their equivalence to the suggested Intel CPUs.

Memory: For increased performance, Ozeki caches message queues in memory. Make sure to put as much RAM into your system as possible, since this will greatly improve your system's performance.

Network: Ozeki can operate on lower network speeds, but a 1Gb LAN network connectivity is recommended. Depending on the number of simultaneous connections and the message throughput the network bandwidth can be a limiting factor.

Installation Guide

The following page points you to the most relevant pages when it comes to Ozeki SMS Gateway Installation. It shows the operating systems on which Ozeki SMS Gateway can be installed, and some common steps you will likely do after installation. You will notice, that Ozeki can be installed on Windows, Linux and Android operating systems. You can choose to install them on virtual servers locally or in the cloud. Of course, you will find information on how to install Ozeki SMS Gateway on physical Windows or Linux computers. Go through the list and select the topic you are looking for.

Most common setup

Common tasks related to Installation

Installation on non-Windows platforms

How to install Ozeki SMS Gateway on Windows

This guide gives you the installation steps of Ozeki SMS Gateway. This information is useful if you wish to install the software into an environment where you don't have Internet access, or your corporate firewall policy prevents software to communicate with the Internet. This installation procedure has to be used on Windows 11 as well. The offline installation is quite simple: you need to download the installation package and follow the instructions on the screen. It is similar to a classic Next...Next...Next... Windows installation procedure.

Windows 11 support

If you are running a Windows 11 computer, you can also follow this guide, as the steps are the same and there shouldn't be any change in the process. Ozeki SMS gateway supports to create windows sms service.

How to install Ozeki SMS Gateway (Quick steps)

To install Ozeki SMS Gateway:

1. Download the Ozeki SMS Gateway .zip file
2. Choose Extract All from context menu
3. Run the .exe file from the created folder
4. Click Next to complete the installation
5. Open the SMS Gateway App
6. Add new SMPP connection
7. Enter the SMPP server details
8. Send test SMS message from the Test tab
9. Check the logs of the connection

Download Ozeki SMS Gateway (Video tutorial)

In this video, you will discover the process of downloading and installing Ozeki SMS Gateway software. You will be guided to the SMS software download page on the https://ozeki-sms-gateway.com site and learn how to extract the SMS software zip file. Subsequently, you will unzip the SMS gateway, preparing it for the installation process. Upon completion of the installation, you will launch Ozeki SMS Gateway and gain access to the user-friendly Dashboard. Now you are, ready to start your SMS management journey.

Step 1 - Download Ozeki SMS Gateway

The latest release of Ozeki SMS Gateway can be downloaded from the Ozeki SMS Gateway download page. To download the installer in compressed format, you need to click on the first OzekiSMSGateway_x.x.xx.zip link as Figure 1 shows below. We recommend you to always download the latest version. This version always contains all the currently available features and improvements.

Step 2 - Extract the downloaded file

When the download finished, you have to extract the compressed file to be able to run the installer of the software. For that, please open the Downloads folder on your computer. Then, as you can see it on Figure 2, right click on the file and select Extract All.... By doing this, you will get the executable installer of Ozeki Installer.

Step 3 - Run the installer

After you extracted the .zip file, please open the newly created folder, and just like in Figure 3, just click on the executable file to start the installation process.

Step 4 - Install Ozeki SMS Gateway

As soon as you clicked on the .exe file, the installer starts with a welcome screen (Figure 4). All you have to do here is to click Next to continue the installation.

To install Ozeki SMS Gateway on your computer, you must accept the terms of the License Agreement. Please review them then as Figure 5 demonstrates, click 'I Agree' button to continue.

After the installation process is finished the Ozeki SMS Gateway service will start automatically in the background. To run Ozeki SMS Gateway on your web browser, just check Run Ozeki SMS Gateway as you can see it on Figure 6 and click Finish.

Step 5 - Ozeki SMS Gateway desktop

The home page of Ozeki SMS Gateway is a desktop, where you can find the SMS Gateway application's icon as Figure 7 shows it. Click on the Icon to open the application.

Step 6 - Connect to the mobile network

SMS messages are sent through the mobile network, so the next step in the procedure, is to select a method to connect your computer to the mobile network. There are various options to setup this connection. You can connect using a GSM modem, for higher capacity you can connect an SMS modem pool. You can also connect through an Android mobile phone. If you operate an Internet SMS service, you want to connect directly to the Short Message Service Centre (SMSC) of a mobile network operator over the Internet. In this case you would setup an SMPP connection, an UCP connection a CIMD2 connection or an HTTP SMS connection. The most popular choice is to setup an SMPP connection over the Internet.

To install and configure an SMPP connection, please click on the Add new connection in the SMS Gateway's Home page (Figure 8).

Step 7 - Install SMPP Client

Then click the Install button next to the SMPP client in the list. (Figure 9).

Step 8 - Provide SMPP client information

After it please enter the host name, the port number, a username and a password. This information is provided by the service provider whose service you have subscribed to (Figure 10).

Step 9 - Send test message

In the Test tab you can send a test SMS message. Please provide the phone number and the message text, then click on the Send button (Figure 11).

Step 10 - SMS sent successfully

You can see that the SMS was sent successfully (Figure 12).

How to download Ozeki SMS Gateway

This page shows how you can download Ozeki SMS Gateway to your Windows computer and how you can extract the contents of the downloaded ZIP file. It starts by opening the ozeki-sms-gateway.com website and ends with locating the ZIP file in your downloads folder and extracting its contents.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful software that enables you to send and receive SMS messages from your PC through mobile networks. It supports various messaging protocols and can be integrated with applications, databases, and APIs. It’s ideal for businesses, developers, and system integrators who need reliable and automated SMS communication.

How to download Ozeki SMS Gateway (Quick Steps)

1. Open your browser and go to ozeki-sms-gateway.com
2. Click the Download button to get the latest version
3. Go to your Downloads folder
4. Extract the downloaded ZIP file
5. Locate the .exe installer and double-click to run it

How to download Ozeki SMS Gateway (Video tutorial)

In this video, you will see how to download the Ozeki SMS Gateway from the official website. The tutorial guides you through opening your browser, navigating to ozeki-sms-gateway.com, clicking the download button, locating the downloaded ZIP file, and extracting it. Once extracted, you’ll find the installer file ready to run. This step is the first toward setting up your SMS messaging system.

Step 1 - Open ozeki-sms-gateway.com

Open your web browser and go to ozeki-sms-gateway.com. This is the official site where you can download the software (Figure 1).

Step 2 - Download latest SMS Gateway version

On the website, locate and click the Download button to get the latest version of the SMS Gateway in ZIP format (Figure 2).

Step 3 - Open download folder

After downloading, go to your Downloads folder on your computer to find the downloaded ZIP file (Figure 3).

Step 4 - Extract SMS Gateway installer

Right-click the ZIP file and choose Extract All... or use your ZIP tool to unpack the contents into a new folder (Figure 4).

Step 5 - SMS Gateway installer exe

Inside the extracted folder, you will see the installer file (e.g., OzekiSMSGateway-x.x.x.exe). Double-click this file to begin installation (Figure 5).

How to change the admin password

Keep your Ozeki SMS Gateway secure! This quick guide shows you how to change your admin password in just minutes. Step-by-step instructions, screenshots, and a video tutorial make the process simple, even for non-technical users. Learn how to protect your SMS Gateway, Chat system, AI Server or other software on the Ozeki 10 system with a strong, updated password.

This operation is really crucial to keep your account safe from unwanted actions. Changing your password takes just about 2 minutes.

How to change the admin password (Quick steps)

To change the admin password:

1. Launch Ozeki to get to the home page
2. Open Ozeki Start menu from the taskbar
3. Choose the Help menu item
4. Select Change password option
5. Enter your current password
6. Enter your new password
7. Save the modifications to change the password
8. Login with your new password to Ozeki

How to change the admin password (Video tutorial)

This video shows you how to change the admin password in the Ozeki software. It starts with opening the password changing page and ends when the password is changed and the user is logged in with the new password. This process should not take more than 1 minute, and it needs no IT knowledge. You will learn what page you need to open and where to type in the admin password. All Ozeki software products have a very intuitive graphical interface, so you will have no problem following this tutorial.

Open the change password page

The changing of your password can be easily done in its dedicated menu. You can reach this 'Change Password' form simply from the desktop. As you can see it in Figure 1, just click on the Start menu, here select the 'Help' menu, and finally, just click on the 'Change password' option.

Change the admin password

After you selected the 'Change password' option, the following form shows up (Figure 2). This is the menu, where you can change and store a new password. For that, just type your current password in the first field, then type the new password in the second field and retype it in the third field as well. To save the modifications, just click on 'Save'.

Login with your new admin password

After saving a new password for your account, the application logs you out to log in again but now using your new password. All you have to do here is to enter your username and the changed password in the fields of the login form (Figure 3) and just click on 'OK'.

Conclusion

Now, you can pause and relax a bit. We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as lucid as possible. By following the above directions, you can achieve the desired result in a few minutes. Now you can start using the product.

How to change a user password

After you install Ozeki SMS Gateway, you will create user accounts. These user accounts will be listed in the right-hand panel of the SMS gateway management form. This guide explains how you can change the user password. The steps will be shown for the admin user. The steps are similar to other user accounts.

How to change a user password (Quick steps)

To change a user password:

1. Launch Ozeki SMS Gateway
2. Select user from the Users and applications panel
3. Open the Configure tab page in the user's Details page
4. Go to the General tab
5. Find the Login and security group box
6. Enter the user username
7. Enter the new user password twice
8. Click Ok to save the modifications

How to change a user password (Video tutorial)

This video presents you how you could change the password of a user account. It will start with opening the login and security page and will end with logging in with your new login credentials. You will learn what page to open to access the password changing page. This process will not take more than 2 minutes and the Ozeki SMS Gateway has a very intuitive graphical user interface. So, you will have no problem following the tutorial. You will learn what page to open to access the password changing page.

Step 1 - Open the details page of the user account

To reach the configuration setting of the user account, first you have to select it in the SMS Gateway Management page. On this page, simply click on the name of the user (Figure 1) in the Users and application panel.

Step 2 - Open the Configure tab

This will bring up the details page of the selected user, you will notice that the main panel of the user account is the Message composer, so later you can use it to send SMS messages. To change the password, click on the Configure tab (Figure 2). This will bring you to the user's configuration form.

Step 3 - Change the password

In the Configuration form, you can update the account details of the user (Figure 3). You can change the username and you can change the password. The password needs to be the combination of letters and digits and it should contain at least six characters to improve security.

Conclusion

Finally, you can take your hand off the keyboard. We hope you didn’t get lost in the explanations. To sum up the above steps briefly we can conclude, that to change the user password is quite easy. If you have already completed the steps, I am sure, if you let your partner know, you will be rewarded. If you would like to pick up more useful insights about the benefits of other similar solutions, please open ozeki-sms-gateway.com. I hope this article will be useful to all the readers and especially to beginners.

How to activate your license code

This page explains how you can activate your purchased license. To be able to use Ozeki with full functionality, you need to purchase a license, and you need to and activate it. During the purchase procedure you will receive a serial number from Ozeki in e-mail. Without activation, you can only use the software in trial mode for 7 days. (The trial mode does not require activation.)

What is product activation?

Product activation is a license verification process that some software programs require. Product activation protects the software owner from unauthorized usage of the software. Product activation gives you access to the software.

What is serial number?

Serial number is a unique identifier that is assigned to an item. Serial number can contain letters and other typographic symbols, or it can consist entirely of strings. Serial number is what you get when you purchase a license for a product.

What is activation code?

Activation code is a code composed of letters and numbers often separated to segments with hyphens. Activation code is used to gain limitation free access to a software. You get unique activation code when you activate a license.

How to activate an Ozeki software product (Clear steps)

To activate an Ozeki software product:

1. Launch Ozeki
2. Select the My Account icon
3. Click the green button labelled Add license code
4. Login or Create your Ozeki account
5. Use your Ozeki account to Sign in
6. Enter your serial number to Activate product
7. Continue if your product activation code has been accepted
8. Check your activated license

Go to My account option

To start the activation procedure, click on the "My Account" icon. If you already have an existing user, log in Sign-In window. This allows you to check your licenses. (Figure 1)

Add your license code

If you can log in into your account, select the Licenses and Subscriptions panel, then click the green "Add license code" button. This allows you to use the verification credentials (you got them from Ozeki). (Figure 2)

Create a new Account

If you do not have an Ozeki account yet you have to click on "Create your Ozeki account" button in the Sign-In window. This leads you to the registration form where you can register your account in order to verify your license.
(Highlighted in Figure 3)

Give new user credentials

In order to register a new user, you have to enter your Name, Email address, Password and Mobile number, then click on "OK". Make sure that your password is strong enough to register and do not forget that your email address will be your login name later. Your mobile number is important because if you forget your password, you can recover it using your phone. (All highlighted in Figure 4)

Check the registration outcome

Your new Ozeki Account is created when the Create Account window says so. Your next step is to sign in with the Sign in... link below. (Figure 5)

Sign in

In the E-mail or phone textbox you have to give your e-mail address or your phone number to continue the login process. You can recover your forgot password here by clicking the Forgot password option. Signing in means you agree to Ozeki's Conditions of Use & Sale. (All highlighted in Figure 6)

Provide your serial number

On the next page you need to provide your serial number into the Serial No.: textbox then click on the "Activate" button. (Highlighted in Figure 7)

Make sure that the activation code is accepted

If you have provided your serial number correctly you will see that your activation code has been accepted and you can use the full version of the product without limitations. By clicking the Continue button you can finish the activation procedure.
(Highlighted in Figure 8)

Check your licenses

In the Home page, by selecting the Licenses and Subscriptions panel, you can see your License codes. You can check the serial number, the date until the license is valid and other details by clicking the Details button. (Figure 9)

To sum it up

Successfully activating your Ozeki SMS Gateway, Ozeki Chat, Ozeki Ai Server license unlocks its full potential. By following these simple steps, including the helpful video tutorial, you can quickly activate your purchase and begin leveraging all of Ozeki's powerful features. With your license activated, you're ready to experience company communication with AI integration.

SMS Gateway Cloud Installation

Installing your Ozeki SMS gateway System into the cloud, like Amazon AWS, Microsoft Azure, or Google Cloud, offers numerous benefits. First, it ensures high availability and scalability, as these platforms can handle varying workloads and provide redundancy. Additionally, cloud-based SMS gateways simplify management and reduce hardware costs. They allow for seamless integration with other cloud services and APIs, enabling businesses to automate messaging and streamline communication processes. This page lists the installation instruction for some of the most widely known cloud infrastructure as a service provider.

How to install Ozeki SMS Gateway in Microsoft Azure

This guide explains how you can setup Ozeki SMS Gateway inside Microsoft Azure's virtual machine service. The tutorial below presents all the steps and the necessary information to help you complete this procedure with ease. Ozeki SMS Gateway is a great program that makes it possible to create great solutions in various environments. It can be used for a variety of different tasks. For example, to keep in touch with customers and employees. In this article, you will find out how to launch an Azure instance, install Ozeki SMS Gateway on a Virtual Machine and access it remotely. You will be provided step by step instructions. We hope you find this article informative and helpful. Let's get it started!

What is Microsoft Azure

Microsoft Azure is a public cloud computing platform. It allows the users to run instances of virtual Windows computers remotely on Microsoft's servers. This has the benefit of being able to use more computing power without actually having to own the hardware. You can use an Azure instance of a virtual machine just like a regular computer running Windows. In this article, we use it to run Ozeki SMS Gateway.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

How to install Ozeki SMS Gateway on Microsoft Azure (Quick steps)

To install Ozeki SMS Gateway in Microsoft Azure:

1. Create new virtual machine in Microsoft Azure
2. Open virtual machine in Remote Desktop Connection
3. Download Ozeki SMS Gateway .zip file
4. Extract the downloaded .zip file
5. Start Ozeki SMS Gateway installer
6. Click on the Next button to continue
7. Add inbound port rule in MS Azure
8. Provide new inbound rule in Windows Firewall
9. Connect remotely to the SMS Gateway
10. Change default admin password

Optimize SMS Communication with Microsoft Azure and Ozeki SMS Gateway

Microsoft Azure offers an efficient solution for improving SMS communication through the integration of Ozeki SMS Gateway. Users may effectively manage SMS communication by setting up the Ozeki SMS Gateway on Microsoft Azure and creating connections to various service providers using API credentials. As the gateway successfully installed and connected, businesses can streamline SMS management. Combining these tools optimizes messaging for marketing, notifications, and emergencies, ensuring highly effective communication with your audience. With the Ozeki SMS Gateway deployed on Microsoft Azure, businesses can optimize their SMS communication strategies, making it an ideal solution for a wide range of applications.

How to install Ozeki 10 on Microsoft Azure (video tutorial)

This video tutorial will show you the steps on how to launch a Microsoft Azure virtual machine, as well as how to install Ozeki SMS Gateway on the virtual machine and access it remotely.

Select virtual machine service

First, go to the Home page on portal.azure.com. To select a virtual machine, click the Virtual machines icon located under Azure services (Figure 2). Selecting this option will forward you to the next page where you can add a new virtual machine to your account.

Add new virtual machine

Once you are on the Virtual machines page you can create a new one. Do this by clicking the blue "+" icon where it says "Add" in the virtual machine toolbar (Figure 3). This brings up a dropdown menu. In this menu select Virtual machine by clicking on it. Selecting it brings you to the "Create a virtual machine" page, where you can configure the details of the instance.

Configure instance details

On the "Create a virtual machine" page you need to configure the details of your instance. Select your desired options from the combo boxes to configure your setup (Figure 4). In this tutorial, we select Free trial as the type of subscription. You can also name your virtual machine by typing a name into the textbox next to "Virtual machine name". We have also selected East US as the region and Windows 10 pro for the image. The image is the operating system that gets installed on your virtual machine. We selected "Standard_Ds1_v2" as Size. This is the hardware specification of your virtual machine. Scroll down to Administrator account details when done.

Enter administrator account details

In the Administrator account section, you need to specify a username and a password (Figure 5). These are used to log into your virtual machine using remote access. Type the username you wish to create into the textbox next to "Username". Then, type your desired password into the next textbox below. Confirm your password by entering it again into the third textbox. Scroll down to the Licensing section when done.

Review virtual machine

To be able to review and create your virtual machine you first need to accept the licensing agreement. This way you confirm that you have an eligible Windows 10 license with multi-tenant hosting rights. Confirm the licensing agreement by clicking on the checkbox (Figure 6). Finally, click on the blue Review + Create button at the bottom. You will then be forwarded to the review page.

Create virtual machine

On the review page, you can make sure that all of the details you have provided are correct. If you find that something is not correct, you can go back and edit your settings by clicking on the "Previous" button at the bottom. Click on the blue Create button at the bottom to create your virtual machine (Figure 7).

Your deployment is complete

After you have clicked create, Microsoft Azure will take a short amount of time to deploy your virtual machine. Once it has finished creating your virtual machine your deployment is successful. You are going to see a message that reads "Your deployment is complete" with a green checkmark next to it (Figure 8). Click on the blue Go to resource button at the bottom to view the properties of your newly created virtual machine.

Open virtual machine in Remote Desktop Connection

First, open the Remote Desktop Connection application on your computer. Next, find the Public IP address of your virtual machine (Figure 9). It is located under Networking. Copy the Public IP address (In our case this is 40.117.138.82). Paste the address into the textbox in Remote Desktop Connection. Click on the Connect button at the bottom of the window to connect to your instance.

Enter username and password

After you clicked on connect, a Windows Security window will pop up. This window will ask for your administrator account credentials which you have previously created in Microsoft Azure. Enter the username into the first textbox, then enter the password into the second textbox (Figure 10). Click on OK at the bottom of the window to log in.

Virtual machine started

After successfully logging into your virtual machine, you will be booted into Windows 10 remotely (Figure 11).

Download Ozeki SMS Gateway

Now that you are in the virtual machine, open any browser (The default browser installed is Microsoft Edge). Type ozeki-sms-gateway.com into the URL bar of your browser, then press enter. Click on the Download button in the toolbar on the top of the page. This brings you to the download page (Figure 12). Click on OZEKI_SMS_GATEWAY.zip highlighted in blue with a Windows icon next to it. This will download the Ozeki SMS Gateway installer on to your computer. The file will appear in the default download location specified by your browser.

Extract downloaded zip file

After you have downloaded the Ozeki SMS Gateway installer you need to extract it. First, go to your Downloads folder and locate OZEKI_SMS_GATEWAY.zip. Next, right click on it. Then, click on the "Extract all" option from the dropdown menu (Figure 13). This will extract the zip file to its current location.

Start SMS Gateway installer

Double click on the Ozeki SMS Gateway installer you have previously extracted (Figure 14). By opening it you will start the installation process.

Installer welcome screen

On the welcome screen, click on the Next button to proceed with the installation (Figure 15).

Accept license agreement

In order to be able to use this program you need to accept the license agreement. Do this by simply clicking on the I Agree button (Figure 16). The program will install after you have done so. A progress bar will indicate the status of the installation. Once it is done, you will be forwarded to the final screen.

Finish installation

Finish the installation by clicking on the Finish button (Figure 17). You can also launch the program immediately after it is installed. Start it by putting a checkmark into the checkbox that reads "Run Ozeki SMS Gateway".

SMS Gateway started

Once you have successfully installed and launched the program, Ozeki SMS Gateway will launch inside your browser. After the program is launched, you are entered into the desktop. On the desktop click on the SMS Gateway icon at the left side of the screen. This brings you to the Ozeki SMS Gateway management window (Figure 18).

Add inbound port rule in Azure

After you opened Ozeki SMS Gateway, switch back to your computer outside of the virtual machine. Click on Networking in the menu on the left (Figure 19). This takes you to the networking settings of your virtual machine. Click on the blue Add inbound port rule button on the right to add a new rule.

Configure inbound rule

After you clicked the Add inbound port rule button a menu appears. In this menu, leave the first 4 options as default. First enter 9515-9516 into the textbox below "Destination port ranges". Then, set the Protocol to TCP by clicking on the checkbox next to it. (Figure 20)

Define rule name and create rule

Scroll down to the bottom of the menu. Give your inbound port rule a name by typing it into the textbox below "Name" (Figure 21). When done, click on the blue Add button to add a new inbound port rule.

Open Windows firewall settings

Start by typing "firewall" into the search bar on your taskbar (Figure 22). The search bar is located on the left side of your taskbar at the bottom left of your screen. The search results will return with the Windows Firewall program. Now find the first option the search has given. Click on the Windows Defender Firewall application icon to launch the program.

Open firewall advanced settings

Inside the Windows Defender Firewall application. Navigate to the menu on the left side of the window. Click on Advanced settings highlighted in blue (Figure 23). This will bring up a new window where you are able to add a new inbound rule.

Add new Windows Firewall inbound rule

In Advanced Settings click on Inbound rules inside the menu on the left (Figure 24). Next, navigate to the Inbound rules menu which appeared on the right. In this menu click on New rule. By clicking this option, a new window will pop up which lets you create a new rule.

Select inbound rule type

Select the inbound rule type in the New rule window. Under the text which reads "What type of rule would you like to create", find the Port option (Figure 25). Click on the checkbox next to it to select the Port option. Click the Next button at the bottom right of the window to continue. You will be brought to the Protocols and Ports section.

Define ports

Define your ports by entering the previously selected port range. (In our case, this was 9515-9516) Enter this port range once again separated by a "-" into the textbox (Figure 26). This textbox is located next to a text which reads "Specific local ports". (Make sure that TCP and "Specific local ports" are both selected). To proceed, click the Next button at the bottom right of the window.

Allow connection

After defining your ports, you are brought to the Action section. Allow connection by clicking on the checkbox next to the text that reads "Allow Connection" (Figure 27). Once selected, click on Next again to continue. You will then be brought to the Name section.

Specify inbound rule name

The last step of creating a new rule is to give it a name. In the Name section, type your desired name into the first textbox (Figure 28). This textbox is located below the text that reads "Name:" in the middle of the window. Click the Finish button found at the bottom right of the window to create the rule.

Connect remotely to the SMS Gateway

First, open your browser once again outside of the Remote Desktop Connection application. Then, copy the IP address provided in Microsoft Azure again. In our case this is 40.117.138.82. Paste this into the url bar of your browser, then add a port to it in your port range followed by ":". For our example, this is :9515. The final address looks like this 40.117.138.82:9515 (Figure 29). To access it, hit the enter key.

Remote access not allowed screen

With the current settings remote access will not yet be allowed. You are then shown a screen displaying "Remote Access is Not Allowed" (Figure 30).

Change default admin password

First, go back to the SMS Gateway application inside the Remote Desktop Connection application. Next, click on the Start button at the bottom left of your screen (Figure 31). A menu then pops up where you need to hover your cursor over Help. Then another menu pops up where you need to click on Change password. Clicking on this option will bring you to another page where you are able to change your admin password.

Create new admin password

On the create a new password screen you are able to assign a new password to admin access. Type your desired password into both of the textboxes shown in the middle of the screen (Figure 32). Make sure the passwords you have entered are the same. This is to assure that the user is not able to enter their password incorrectly. When you have entered your password click on the blue Save button below the textboxes. You will be brought to a login screen, but you can continue from your browser outside of the Remote Desktop Connection application.

Remote login to SMS Gateway

Now that you have created a new admin password you can log into the SMS Gateway from outside of the Remote Desktop Connection program. Start by typing the address followed by the port into the URL bar of your browser. In our example it is 40.117.138.82:9515. Then hit the Enter key. You are then shown a login screen with two textboxes in the middle of the screen (Figure 33). Type "admin" into the first textbox. Then type your newly created admin password into the second textbox. Click on OK to log in.

SMS Gateway GUI is now accessible

After successfully logging in you are able to access the SMS Gateway GUI from your browser (Figure 34).

Summary

As you could see in the guide, Microsoft Azure provides you a virtual machine with Windows OS without owning an actual new device. This public cloud computing platform allows you to use the Microsoft servers in order to create a new working system. We showed you how to use Ozeki SMS Gateway with this innovation.

Now you can install and use Ozeki SMS Gateway in virtual machines and the resources are provided by Microsoft, so you don't have to buy expensive hardwares to be up-to-date, you only need a Microsoft Azure account and to pay the subscription of the virtual machine.

Make sure to check out our other guides, like Ozeki installation on Android and Ozeki installation on Windows 10.

Your next thing to do is to download Ozeki SMS Gateway and start working now!

How to install Ozeki SMS Gateway in Amazon AWS

Setting up the SMS Gateway on Windows inside Amazon AWS takes about 15 minutes. This document presents instructions and the necessary information to help you complete this procedure efficiently. We will use Ozeki SMS Gateway. It is an incredible tool that allows you to create great solutions in various environments. For example, it can be used to create advanced IT solutions, such as one-time passwords, product delivery notifications, or payment reminders and to keep in touch with customers and employees. This guide requires common knowledge of SMS technology. You will be presented with some useful information and well-structured step-by-step instructions. We hope you will find the presented instructions beneficial.

What are Amazon AWS?

Amazon AWS (Amazon Web Services) is a safe cloud-based platform where you find a collection of services offered by Amazon.com. Amazon AWS offers data transmission, database storage, very large computing capacity, and other functionality to assist your business is growth.

Install Ozeki SMS Gateway in Amazon AWS (Simple commands)

To install Ozeki SMS Gateway in Amazon AWS:

1. Launch new EC2 instance
2. Select an Amazon Machine Image
3. Choose an Instance Type
4. Review Instance Launch
5. Create a new key pair
6. Save private key
7. Connect to the instance with private key
8. Decrypt the generated password
9. Connect to the instance through remote desktop
10. Provide username and password
11. Setup Ozeki SMS Gateway
12. Add new security group rule
13. Define new Windows firewall inbound rule
14. Check remote access connection
15. Change the admin password to get SMS Gateway GUI accessible

Seamless SMS Communication with Ozeki SMS Gateway integrated with Amazon AWS

Ozeki SMS Gateway, integrated with Amazon AWS, provides an efficient SMS communication solution. Users can install Ozeki SMS Gateway on Amazon AWS and establish connections to various service providers using API credentials. The system provides an easy-to-use SMS client program to simplify text message processing. Businesses may access capabilities that are specifically designed to fit their needs by utilizing the business SMS APIs offered by Amazon AWS. Once configured, the gateway makes it simple to send and receive SMS messages, which makes it ideal for sharing promotional information, notifications, and urgent warnings. Businesses can effectively manage large SMS campaigns and ensure timely message delivery worldwide thanks to Amazon AWS's flexibility and reliability.

How to install Ozeki SMS Gateway software in Amazon AWS (Video tutorial)

This video tutorial will show you the steps on how to install the Ozeki SMS Gateway in Amazon AWS. In the following video, you will find examples on how to launch a Windows instance in Amazon AWS, create a private key, as well as installing and launching Ozeki SMS Gateway. It will also show you how to access the SMS Gateway remotely from your browser. This 14-minute video is great since it contains all the necessary steps of this procedure in order.

Launch a new EC2 instance

First, navigate to the EC2 Management Dashboard on console.aws.amazon.com. Next, find the Launch instance button and click on it (Figure 2). When clicked on, it brings up a combo box (dropdown menu). In the combo box you need to click launch instance again. This will bring you to Step 2, where you are able to choose an Amazon Machine Image.

Select the Windows image

Find the Microsoft Windows Server 2019 Base option (Figure 3). It is located under the "Step 1 - Choose an Amazon Machine Image" section. Click the blue button labelled Select next to it. This will select the Windows image, which is "Microsoft Windows Server 2019 Base". Note that you will have to scroll down to find this option. Once you selected it, it will forward you to Step 3.

Choose an instance type

Step 3 is choosing what type of instance you wish to launch. On this page, you will find a spreadsheet containing different types of instances. Find the second option. It has "t2.micro" written under the "Type" column. Click on the checkbox next to it on the left side of the screen to select it (Figure 4). (This option may be selected already by default). Then, click on the blue button labelled "Review and Launch" at the bottom right of the screen.

Review and launch instance

After you have clicked "Review and Launch", you will be forwarded to Step 7. On this page, you are able to review the options you have previously selected. This page contains details about your chosen options, so you can make sure that you have selected the right ones. If everything is correct, click on the blue Launch button at the bottom right of your screen (Figure 5).

Create new key pair

After you have launched your instance, a new window will pop up. Here, you will be asked to select an existing key pair or create a new key pair. Click on the combo box in the middle of the window (Figure 6). Select the "Create new key pair" option. Give your key pair a name by entering the name in the textbox below. Next, click on the "Download key pair" button at the bottom right of the window. This will download the newly created keypair on to your computer.

Save private key

Once you have downloaded the private key, it will be located in your default download location. This is usually specified in your browser settings. The file will show up at the bottom left of your browser when downloaded. Move the file into a desired directory on your computer. This can be done by dragging and dropping the file from the browser's download popup to your location of choice (Figure 7). After you have saved your key, click on the blue Launch instance button located at the bottom right of the window.

Open the running instance

After you have clicked the launch button, you will need to wait a few seconds for the instance to launch. Once it's completed, you will be shown the Launch Status screen. If you see a green checkmark followed by the statement "Your instances are launching" you can continue. Next, click Services on the top left of the screen. From the Services menu, click on EC2 (It will appear under "Recently viewed"). Then, click on "Instances in the Resources menu. Finally, click on the Instance ID highlighted in blue (Figure 8).

Connect to the instance

Once you have opened the instance you are going to see an instance summary. In this instance summary, locate the Connect button (Figure 9). The Connect button is found on the top right of the instance summary. This will bring you to a screen named "Connect to instance". Here you can generate an Administrator password.

Get Administrator password

To get an Administrator password, you need to be on the "Connect to instance" screen. First, click on the RDP client tab on the top of the panel (Figure 10). This brings you to RDP client section. At the bottom of this section, click on "Get password". This will bring you to another panel titled "Get Windows password".

Browse your private key

To decrypt the Windows password, you need to upload your private key to the website. You have previously saved this file to your computer. Make sure you put the file in an easy to find directory which you will be able to find in the file browser. To browse your key pair, click the Browse button with an upload icon next to it (Figure 11). This will bring up the file browser.

Open your private key

Open your private key by navigating to the private key file you have previously saved. Find the private key in the file explorer in the directory you saved it to. Select the private key file by clicking on it. Click Open at the bottom right of the window (Figure 12). This will upload your private key to the website.

Decrypt password

If you see a green checkmark with your private key's file name next to it, then it was uploaded successfully. This can be checked below the "Browse" button. Decrypt your password by clicking on the orange Decrypt Password button at the bottom of the panel (Figure 13). This will then bring you once again to the "Connect to instance" section. In the RDP client tab, you will your password at the bottom of the screen.

Connect to instance with Remote Desktop

Start by opening the Remote Desktop Connection application. Copy the Public IP address from the website (Figure 14). In our case it's 54.211.123.51. Paste it into the Remote Desktop Connection application into the textbox next to "Computer:". Click on Connect once you have entered the IP address.

Enter username and password

After you have connected following a short loading screen, a login screen pops up (Figure 15). On the website you will find a username and the password. Copy and paste the username into the first textbox. Do the same for the password into the second textbox. (You can also click "Remember me", if you wish for your login details to be filled automatically) When you entered both, click OK.

Connected to the remote Windows instance

After a short amount of loading, you will be connected to the remote Windows instance. (Figure 16)

Download SMS Gateway

Once you're connected to the Windows instance open any browser (Internet Explorer in our case). (Note that you may have to enable downloads. This can be done by going to Settings > Internet options > Security > Custom level > Click Enable checkbox under "File download" and "Font download"). Next, type ozeki-sms-gateway.com into your URL bar, then hit enter (sms.ozeki.hu also redirects you to the same page). Then click on Download on the top of the page. This will bring you to the downloads page. Finally, click on OZEKI_SMS_GATEWAY.zip highlighted in blue with a Windows icon next to it (Figure 17).

Extract the zip file

After you have downloaded the Ozeki SMS Gateway installer you need to extract it. First go to your Downloads folder and locate OZEKI_SMS_GATEWAY.zip. Next, right click on it. Then, click on the "Extract all" option from the dropdown menu (Figure 18). This will extract the zip file to its current location.

Start SMS Gateway installer

Double click on the Ozeki SMS Gateway installer you have previously extracted (Figure 19). By opening it you will start the installation process.

Install Ozeki SMS Gateway

On the welcome screen, click on the Next button to proceed with the installation (Figure 20).

Accept license agreement.

In order to be able to use this program you need to accept the license agreement. Do this by simply clicking on the I Agree button (Figure 21). The program will install after you have done so. A progress bar will indicate the status of the installation. Once it is done, you will be forwarded to the final screen.

Finish the Installation

Finish the installation by clicking on the Finish button (Figure 22). You can also launch the program immediately after it installed. To started it, put a checkmark into the checkbox that reads "Run Ozeki SMS Gateway".

Ozeki SMS Gateway management

Once you have successfully installed and launched the program, Ozeki SMS Gateway will launch inside your browser. After the program launched you are entered into the desktop. On the desktop click on the SMS Gateway icon at the left side of the screen. This brings you to the Ozeki SMS Gateway management window (Figure 23).

Open security group

Open the security group by once again returning to the Amazon AWS console outside of the Remote Desktop Connection application. Do this by entering console.aws.amazon.com into the URL bar of your browser in case you have closed it. Open the menu on the left by clicking on it. Scroll down and click on the option named Security groups. In the Security Group panel click on the Security tab (Figure 24). Next, click on the link highlighted in blue below "Security groups". This will bring you to the details of your security group.

Edit inbound rules

To edit inbound rules, you need to be on the details page of your security group. Click on the Edit inbound rules button to be able to edit them (Figure 25). By clicking on this button, you are brought to a configuration screen for inbound rules.

Add a new rule for GUI access

First, click on the Add rule button in the Edit inbound rules panel (Figure 26). Next, proceed to enter a port range separated by a "-" into the textbox below "Port Range" (We have used 9515-9516). Then, click on the combo box with the search icon and select the first option (which is: 0.0.0.0/0). You can also give it a name under the Description column. (We have named it "sms gateway GUI access"). When done, click on the orange Save rule button at the bottom right.

Open Windows firewall

Start by typing "firewall" into the search bar on your taskbar (Figure 27). The search bar is located on the left side of your taskbar at the bottom left of your screen. The search results will return with the Windows Firewall program. Now find the first option the search has given. Click on the Windows Defender Firewall with Advanced Security application icon to launch the program.

Add a new Windows Firewall inbound rule

Inside the Windows Defender Firewall application click on Inbound rules inside the menu on the left (Figure 28). Next, navigate to the Inbound rules menu which appeared on the right. In this menu click on New rule. By clicking this option, a new window will pop up which lets you create a new rule.

Select inbound rule type

Select the inbound rule type in the New rule window. Under the text which reads "What type of rule would you like to create", find the Port option (Figure 29). Click on the checkbox next to it to select the Port option. Click the Next button at the bottom right of the window to continue. You will be brought to the Protocols and Ports section.

Define ports

Define your ports by entering the previously selected port range. (In our case, this was 9515-9516) Enter this port range once again separated by a "-" into the textbox (Figure 30). This textbox is located next to a text which reads "Specific local ports". (Make sure that TCP and "Specific local ports" are both selected). To proceed, click the Next button at the bottom right of the window.

Allow the connection

After defining your ports, you are brought to the Action section. Allow connection by clicking on the checkbox next to the text that reads "Allow Connection" (Figure 31). Once selected, click on Next again to continue. You will then be brought to the Name section.

Specify the name of the inbound rule

The last step of creating a new rule is to give it a name. In the Name section, type your desired name into the first textbox (Figure 32). This textbox is located below the text that reads "Name:" in the middle of the window. Click the Finish button found at the bottom right of the window to create the rule.

Connect remotely to the SMS Gateway

First, open your browser once again outside of the Remote Desktop Connection application. Then, copy the IP address provided in Amazon AWS again. In our case this was 54.211.123.51. Paste this into the URL bar of your browser, then add a port to it in your port range followed by ":". For our example, this is :9515. The final address looks like this 54.211.123.51:9515 (Figure 33). To access it, hit enter.

Remote access is not allowed screen

With the current settings remote access will not yet be allowed. You are then shown a screen displaying "Remote Access is Not Allowed" (Figure 34).

Change default admin password

First, go back to the SMS Gateway application inside the Remote Desktop Connection application. Next, click on the Start button at the bottom left of your screen (Figure 35). A menu then pops up where you need to hover your cursor over Help. Then another menu pops up where you need to click on Change password. Clicking on this option will bring you to another page where you are able to change your admin password.

Create a new admin password

On the create a new password screen you are able to assign a new password to admin access. Type your desired password into both of the textboxes shown in the middle of the screen (Figure 36). Make sure the passwords you have entered are the same. This is to assure that the user is not able to enter their password incorrectly. When you have entered your password click on the blue Save button below the textboxes. You will be brought to a login screen, but you can continue from your browser outside of the Remote Desktop Connection application.

Log in remotely to the SMS Gateway

Now that you have created a new admin password you can log into the SMS Gateway from outside of the Remote Desktop Connection program. Start by typing the address followed by the port into the URL bar of your browser. In our example it was 54.211.123.51:9515. Then hit the Enter key. You are then shown a login screen with two textboxes in the middle of the screen (Figure 37). Type "admin" into the first textbox. Then type your newly created admin password into the second textbox. Click on OK to log in.

SMS Gateway GUI is now accessible

After successfully logging in you are able to access the SMS Gateway GUI from your browser (Figure 38).

Final thoughts

Now, you can pause and catch your breath. We did our very best to make it simple and to walk you through all the details as painlessly as possible. If you have followed the tutorial steps closely, you should be able to send sms using the Amazon AWS with Ozeki SMS Gateway without problems. If you have already completed the steps, you can enjoy a well-deserved latte or some other treat you have in mind. If you would like to discover more useful insights about the advantages of other similar solutions, please open ozeki-sms-gateway.com. I hope this tutorial will be helpful to all the readers and especially to beginners.

How to install Ozeki SMS Gateway in Google Cloud

The next guide helps you to install and use effectively Google Cloud with Ozeki SMS Gateway. Ozeki SMS Gateway is an on-premise SMS server software that makes it possible to send and receive bulk messages. The SMS system can be used to create high-capacity SMS Marketing System or provide advanced IT solutions, such as one-time passwords, product delivery notifications, or payment reminders and to keep in touch with customers and employees. Using Ozeki SMS Gateway enables enterprises to improve customer experience through SMS technology. Google Cloud allows organizations to scale faster and more efficiently their SMS service. The setup procedure does not require any further digital knowledge.

What is Google Cloud?

Google Cloud is the on-demand availability of computing resources as services over the internet. It eliminates the need for enterprises to procure, configure, or manage resources themselves. Cloud computing uses a network (most often, the internet) to connect users to a cloud platform where they request and access rented computing services. A central server handles all the communication between client devices and servers to facilitate the exchange of data. Security and privacy features are common components to keep this information secure and safe.

How to install Ozeki SMS Gateway on Google Cloud (Quick steps)

To install Ozeki SMS Gateway on Google Cloud:

1. Open https://cloud.google.com/
2. Create new virtual machine in Google Cloud
3. Open virtual machine details
4. Connect to the virtual machine and login
5. Download and install Ozeki SMS Gateway
6. Open the Ozeki SMS Gateway software
7. Change the default admin password in the Ozeki SMS Gateway
8. Add new Windows Firewall inbound rule
9. Create new VPC firewall rule
10. Open virtual machine details
11. Copy the external IP address
12. Login SMS Gateway remotely

Enhance SMS Communication with Ozeki SMS Gateway on Google Cloud

Improving SMS Communication with Ozeki SMS Gateway on Google Cloud provides an effective solution for managing SMS communication. The process involves the deployment of Ozeki SMS Gateway on Google Cloud, which includes setting up the gateway and configuring connections to various service providers using API credentials provided by Google Cloud. Once the gateway is successfully installed and connected, users can leverage user-friendly SMS client software to streamline text message management. Businesses may access services specifically suited to their requirements by integrating with Google Cloud's business SMS APIs, improving their SMS communication capabilities. The Ozeki SMS Gateway makes it simple to send and receive SMS messages on Google Cloud, which makes it an excellent choice for distributing marketing materials, notifications, and urgent warnings.

To initiate the process, you must begin by accessing the URL https://cloud.google.com/ on your web browser, and subsequently, opt for the "Console" button situated at the upper right corner of the webpage.

It will bring up a Welcome page, where you can start the process of creating a virtual machine. Your task is to click on the "Create a VM" option from the enumeration of functions.

In the following section, it is required to enter some essential information. You need to type the name (for example: ozekismsgateway), then by scrolling down on the page, you need to change the boot disk data.

Find the "Change" button on the Boost disk section of the page, then fill out the boxes with the necessary details.

At the Operating System box choose the "Windows Server" option. At the Version box choose the "Windows Server 2022 Datacentre" option then click on the "Select" button, at the bottom of the page, highlighted in blue.

Now, click on the "Create" button at the bottom of the page in order to finish the process.

You need to make sure that the Virtual Machine is running, by checking the status of that. If the status of your machine turns green, it means that it is running.

Now, open the Virtual Machine's details, by clicking on its name link.

In order to run the machine as intended, you need to set up a Windows password. Click on the "SET WINDOWS PASSWORD" link to set these data.

By clicking on the "SET WINDOWS PASSWORD" link, a pop-up window will bring up, where you have to enter the password to your machine. Before entering the password, the system generates a username. Click on the "SET" button, then type the password. After that copy on the clipboard the new password, by clicking on the copy icon next to the password. You can also accept the automatically generated password. If you are ready, choose the "Close" button.

The following stage is to download the RDP file. Find the "RDP" button and choose the "Download the RDP file" option from the drop-down list.

Now, open the RDP file from your downloads, at the upper right corner of your browser.

Click on the downloaded file. A window will show up. There you need to choose the "Connect" button at the bottom, in order to connect your Virtual Machine.

When it is ready, a Windows Security window will show up, where you need to enter the password that has been set previously. If it is done, click on the "OK" button. To the verification, you need to accept the facts that shown on the window that shows up. Click on the "Yes" option.

The following part of the process, you need to wait to load the Virtual Machine on your computer. If it is done, a server manager page will appear that you can close. Now, load the ozeki-sms-gateway.com page in your browser and download the Ozeki SMS Gateway. Choose the download option from the enumeration of headlines. Then click on the " OzekiSMSGateway" link for Windows.

To start the Ozeki SMS Gateway installation, open your downloads folder. At the folder extract the compressed .zip file then run the Ozeki SMS Gateway application.

For finishing the installation, allow the terms about changes by clicking on the "Yes" button. The Welcome page of the Ozeki SMS Gateway will show up. There, you need to click on the "Next" button.

Accept the terms and policies by clicking on the "I Agree" button at the bottom of the window.

Finish the process of installation by clicking on the "Finish" button. When the installation is ready, the Ozeki SMS Gateway starts to run. (https://localhost:9515)

To get started, choose the SMS Gateway icon from the desktop.

The Ozeki SMS Gateway home screen will appear. There you must change your password. At the Ozeki Start Menu choose the "Change Password" option from the "Help" menu item.

It is needed to create a password for your user profile. Enter a unique password that is hard to figure out. In order to make sure that it is correct, you need to confirm the new password. If you are ready with entering it, click on the "Save" button.
Now, you need to log in to your Ozeki SMS Gateway account, by using the name and password that has been set previously.

In the following step, you need to open the Server Manager on your PC. There, you need to choose the "Windows Defender Firewall".

Select "Advanced Settings" from the control panel.

Choose the "Inbound Rules" option from the control panel, then select the "New Rule" option that can be found at the upper right side of the page.

Create new inbound rule the following part you need to load the Google Cloud Virtual Machine, where you have to find the "VPC network" item in the control panel. Then select the "Firewall" option from the drop-down list.

Now, choose "CREATE A FIREWALL RULE" option.

Under the firewall rules control, you have to add a name, "ozekismsgatewayfw". Then scroll down to the Target tags part of the page.

At the Target tags part, you need to define target tag, that is "smsgateway".

Set source IPv4 ranges, by entering at the "Source IPv4 ranges" box: "0.0.0.0/0"

Define protocol and ports by ticking the TCP option and writing to the "Ports" box: "9515-9516".

When you are ready with them, click on the "Create" button to run with these rules.

At the end of the process, you can see that the firewall rule has been created successfully.

Now, you need to open the "VM instances" from the drop-down list, that can be found under the "Compute Engine" item of the Google Cloud control panel. Click on the "ozekismsgateway" named link to show the details.

It is possible to make changes at the Virtual Machine by choosing the "EDIT" option from the headlines.

Under the Edit option, you have to scroll down the page and enter a network tag: "smsgateway" to the "Network tags" box.

When you are ready, click on the "Save" button at the bottom of the page, highlighted in blue.

Scroll down at the details page to the Network Interfaces part and copy the external IP address to the clipboard.

Log in the Ozeki SMS Gateway remotely, by pasting into your browser's search field the copied external IP address. Then enter in front of it the "https://" expression and after the ":9515" numeric code. Click on the "Advanced" option then the "Continue" link to the Ozeki SMS Gateway.
After that, log into your Ozeki SMS Gateway account using your unique data.

Finally, as you log into your account remotely, you will see that the SMS Gateway page is accessible for you.

Conclusion

The guide demonstrates the installation and utilization of Ozeki SMS Gateway with Google Cloud to enhance SMS communication. Google Cloud is explained as an on-demand computing resource platform over the internet. The installation process is briefly outlined, including creating a virtual machine, installing Ozeki SMS Gateway, and configuring firewall rules. The guide provides step-by-step instructions for each stage of the installation process. Overall, it serves as a comprehensive guide to help businesses improve their SMS communication capabilities with Ozeki SMS Gateway on Google Cloud.

How to install Ozeki SMS Gateway in Alibaba Cloud

Installing Ozeki SMS Gateway in Alibaba Cloud offers businesses efficient SMS communication capabilities, allowing them to send and receive messages seamlessly. Businesses may gain high availability by utilizing Alibaba Cloud's cloud-based infrastructure, providing dependable SMS services. Alibaba Cloud's extensive global presence enables businesses to connect with a diverse audience and efficiently deliver SMS messages to multiple countries. Ozeki SMS Gateway is a convenient choice that boosts client interaction and simplifies communication thanks to its simple to use interface and integration capabilities.

What is Alibaba Cloud

Cloud computing makes data storage and backup easier and cheaper. It ensures disaster recovery and business continuity as data can be mirrored across multiple redundant locations in the cloud provider's network.

Install Ozeki SMS Gateway in Alibaba Cloud (Easy to follow)

To install Ozeki SMS Gateway in Alibaba Cloud:

1. Start new Alibaba Cloud instance
2. Set up an Instance Type
3. Select an Alibaba Cloud Image
4. Look over Instance Launch
5. Create an admin user
6. Save private key
7. Connect to the instance with private key
8. Decrypt the generated password
9. Connect to the instance through remote desktop
10. Provide username and password
11. Setup Ozeki SMS Gateway
12. Add new security group rule
13. Define new Windows firewall inbound rule
14. Check remote access connection
15. Change the admin password to get SMS Gateway GUI accessible

Enhancing SMS Communication with Ozeki SMS Gateway on Alibaba Cloud

Improving SMS Communication with Ozeki SMS Gateway on Alibaba Cloud provides an effective solution for managing SMS communication. The process involves installing Ozeki SMS Gateway on Alibaba Cloud and configuring connections to various service providers using API credentials provided by Alibaba. Users can connect to different service providers and utilize user-friendly SMS client software to streamline text message management. By interfacing with Alibaba Cloud's business SMS APIs, businesses can access specific features to cater to their needs. Once properly set up and configured, the Ozeki SMS Gateway enables easy sending and receiving of SMS messages on Alibaba Cloud, making it ideal for promotional content, notifications, and critical alerts.

How to create ECS instance

For the first of all steps, load the Alibaba.com on your PC's browser and log into your account. If you do not have any Elastic Compute Service, then you have the possibility to create one by following the instructions.
Click on the "Create ECS Instance" button to start the process.

Now, it is needed to submit some data that is required. You need to choose a billing method from the given ones. You can choose a subscription fee which means you pay the same amount of money during the period of enrolment. There is a pay-as-you-go option within you pay only when you use the service. Preemptible instances are a sort of demand occurrences that are advertised at low cost compared to pay-as-you-go instances, you can pay hourly with this option, so it may save you a lot of money.
Set up your region, in order to avoid network delays.

You need to choose instance type, choose from "General Purpose Type g6" family the "ecs.g6.large" Instance type. This instance type typically offers a balance of compute, memory, and networking capabilities.

Now, set OS image and storage, by scrolling down on the page. In the Image section, you need to select the "Windows Server" as Public Image, "2022. Datacentre 64-bit (English)" as the Custom Image from the drop-down list.
At the Storage section you need to choose "Enhanced SSD (ESSD)" "40 GB" and "PL0,(up to 10000 IOPS per disk)" options. Then click on the "Next" button.

Just double-click the Security Group to have access to more networking information. Before continuing, carefully check the accuracy of each detail displayed on the page. When you have checked the data, click on the "Next" button to proceed.

It is required to enter a unique password to your username. The password must be at least 8 characters long and three types of characters. Confirm the password, then click on the "Next" button.

At the Grouping page you need to type nothing, so click on the "Next" button.

At the Preview page you can see the main details about the ECS that is created. If you accept the conditions, click on the "Create Instance" button, at the bottom right corner.
After that, choose "Sign and Purchase" if you do not want any changes. Your Instance is created, so select the "Console" option from the given ones.

By clicking on the "Console" option, the Instance start to run if the setup was successful. If it is not do it automatically, then you can start with the refresh icon at the right side of the page. If it works well, the status of the Instance turns into green. At the beginning of the array, you can see the ID of the Instance.

Click on the Instance ID, so the basic information will appear. There, find the "Connect" button, highlighted in blue.

Click on the "Download as RDP file" link then check your PC's downloads map.

Open the file and click on the "Connect" button.

Enter your login information into the certain box then click on "OK". Allow all the stipulations and set up the connection. you need to wait to load the ECS on at your PC.

The following part of the process, load the ozeki-sms-gateway.com page at your browser and download the Ozeki SMS Gateway. Choose the download option from the enumeration of headlines. Then click on the "OzekiSMSGateway" link for Windows.

To start the Ozeki SMS Gateway installation, open your downloads folder. At the folder extract the compressed .zip file then run the Ozeki SMS Gateway application.

For finishing the installation, allow the terms about changes by clicking on the "Yes" button. The Welcome page of the Ozeki SMS Gateway will show up. There, you need to click on the "Next" button.

Accept the terms and policies by clicking on the "I Agree" button at the bottom of the window.

Finish the process of installation by clicking on the "Finish" button. When the installation is ready, the Ozeki SMS Gateway starts to run. (https://localhost:9515)

To get started, choose the SMS Gateway icon from the desktop.

The Ozeki SMS Gateway home screen will appear. There you must change your password. At the Ozeki Start Menu choose the "Change Password" option from the "Help" menu item.

It is needed to create a password to your user profile. Enter a unique password that is hard to figure out. In order to make sure that it is correct, you need to confirm the new password. If you are ready with entering it, click on the "Save" button.
Now, you need to log in to your Ozeki SMS Gateway account, by using the name and password that has been set previously.

In the following part of the process, you need to load your Alibaba ECS profile. There you must to find the Security Groups option from the control panel at the left side of the page.
In this menu, click on the Instance ID, in order to load all the basic information.

There, you must add new rule for SMS Gateway. Scroll down and click on the "Add Rule" button, highlighted in blue. Customize the SMS Gateway following these parameters: Protocol Type: "Custom TCP", Port range: "9515/9516", Authorization object: "0.0.0.0/0". Then click on "Save" button at the right.

Find the Instances from the control panel at left side, then click on the Instance ID at the page that has been showed up. Copy the Public IP Address then paste into the browser's search field. Enter in front of it the "https://" expression and after the ":9515" numeric code. Click on the "Advanced" option then the "Continue" link to the Ozeki SMS Gateway.
After that, log into your Ozeki SMS Gateway account using your admin login information.

Finally, when you log into your account you will see that you can access the Ozeki SMS Gateway page.

Final thoughts

The attached step-by-step guide provides comprehensive instructions to install Ozeki SMS Gateway on Alibaba Cloud, and different configurations of connections to various service providers using API credentials. Ozeki SMS Gateway on Alibaba Cloud enable businesses to connect with a diverse audience and efficiently deliver SMS messages to multiple countries. The integration with different service providers through APIs enables businesses to cater to their specific needs, making them ideal for promotional content, notifications, and critical alerts. These instructions provide valuable assistance to businesses seeking to enhance their SMS communication in Ozeki SMS Gateway via Alibaba Cloud.

How to install Ozeki SMS Gateway on Ubuntu Linux

This article is a detailed guide on how to install Ozeki SMS Gateway on Ubuntu Linux. In this tutorial we are going to be going over every step required to complete the installation successfully. This process requires the Ubuntu operating system to be installed on your device. Mainly, we are going to install dependencies in the Ubuntu terminal, then download the install for Ozeki SMS Gateway and install it. We hope this article is helpful and informative to you. Now let's get started!

What is Ubuntu?

Ubuntu is a free desktop operating system. It's based on Linux, a massive project that enables user around the world to run machines powered by free and open software on all kinds of devices. Ubuntu is considered a good distribution for beginners. The operating system was intended primarily for personal computers (PCs) but it can also be used on servers.

Prerequisite

Before you can install the Ozeki SMS gateway, you need to install .Net Runtime 8.0 on your Ubuntu Linux system.

What is .Net?

.Net is a free, open-source, and cross-platform framework developed by Microsoft that supports the development and execution of applications across various platforms, including Windows, Linux, and macOS. It provides a powerful runtime environment, libraries, and tools for building web, desktop, cloud, and mobile applications.

How to setup .Net on Ubuntu Linux (Quick Steps)

1. Update Repositories
2. Install .Net 8.0 Dependencies
3. Install .Net 8.0 Runtime
4. Check Installed Runtimes

How to setup .Net on Ubuntu Linux (Video tutorial)

In this video tutorial, you will learn how to install .Net 8.0 on Ubuntu Linux by following a simple, step-by-step process. The tutorial will cover updating your system’s repositories, installing the necessary dependencies, and setting up the .Net runtime environment. By the end of the video, you will be able to successfully run .Net applications on your Ubuntu Linux system.

Step 1 - Update repositories

Before installing .Net, it’s essential to make sure your system’s package list is up-to-date. To do this, open your terminal and run the following command:

sudo apt-get update

This command fetches the latest package lists from the repositories, ensuring that your system will install the most recent versions of all dependencies (Figure 1).

Step 2 - Install .Net 8.0 dependencies

To install .Net 8.0, certain dependencies are required to ensure compatibility and proper functioning. Run the following command to install them:

sudo apt install ca-certificates libc6 libgcc-s1 libicu74 liblttng-ust1 libssl3 libstdc++6 libunwind8 zlib1g

This command installs all necessary libraries and packages, which provide essential components required by .Net to function correctly (Figure 2).

Step 3 - Install .Net 8.0 runtime

After installing the dependencies, you can proceed to install the .Net 8.0 runtime by running the following command:

sudo apt-get install -y dotnet-runtime-8.0

This command downloads and installs the .Net runtime on your system, allowing you to run .Net applications smoothly. The -y flag ensures automatic approval of installation prompts (Figure 3).

Step 4 - Check installed runtimes

To verify that the installation was successful and to see all installed .Net runtimes on your system, use the following command:

sudo dotnet --list-runtimes

This command will display a list of all installed .Net runtimes, including their version numbers. If the installation was successful, you should see dotnet-runtime-8.0 listed (Figure 4).

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful SMS Gateway software you can download and install on your Windows or Linux computer or to your Android mobile phone. It provides an HTTP SMS API, that allows you to connect to it from local or remote programs. The reason why companies use Ozeki SMS Gateway as their first point of access to the mobile network, is because it provides service provider independence. When you use Ozeki, the SMS contact lists and sms data is safe, because Ozeki is installed in their own computer (physical or virtual), and Ozeki provides direct access to the mobile network through wireless connections.

How to install Ozeki SMS Gateway on Ubuntu Linux (video tutorial)

In this video tutorial you will learn how to install Ozeki SMS Gateway on Ubuntu Linux. Before installing the software itself, you need to install the dependencies. This is all done in the terminal. Then, you can download the Ozeki SMS Gateway installer. Now run the installer and wait for it to complete. When the installation is complete, you may now open Ozeki SMS Gateway.

sudo apt install libturbojpeg libportaudio2 xvfb libspeexdsp1 libspeex1 fonts-symbola libnss3-tools

Install dependencies

Installing dependencies is also required before installing Ozeki SMS Gateway. This is also done in the terminal (Figure 5). Open the terminal and enter the following command: "sudo apt install libturbojpeg libportaudio2 xvfb libspeexdsp1 libspeex1 fonts-symbola libnss3-tools". This command will install all dependencies on your Ubuntu device.

Download SMS Gateway installer

After installing the dependencies in the terminal, you may now download the Ozeki SMS Gateway installer (Figure 6). Open your browser and visit this link: Download Ozeki SMS Gateway. Click on Download in the menu on top. Click the Linux download link to start downloading the installer. When the download is complete, the installer will be located in the default download directory specified in your browser's settings.

Install SMS Gateway

After you have successfully downloaded the installer, you may install the software via terminal (Figure 7). Type in the following command: "sudo dpkg -i installlinux_1639460807_ozekismsgateway_10.3.144_all.deb", then press enter. This will begin installing Ozeki SMS Gateway to your Ubuntu device.

sudo dpkg -i installlinux_1639460807_ozekismsgateway_10.3.144_all.deb

Installation completed

After the installation process is complete, you get the message: "INFO installation completed." in the terminal (Figure 8).

Open SMS Gateway GUI

After successfully installing Ozeki SMS Gateway, it is now accessible in your browser (Figure 9).

Note:

If you are using a modem, in order for the SMS Gateway to reach the modem, the ModemManager service must be disabled. You can do this with the command below.

systemctl disable ModemManager.service
systemctl stop ModemManager.service

Summary

After a successful installation, everything is properly set up for you to successfully use Ozeki SMS Gateway on Ubuntu Linux. We hope you found this article helpful in completing this process. This software can be installed on different kinds of devices too. Check out our other guides for more information on Ozeki SMS Gateway.

How to access the Ozeki SMS Gateway GUI remotely

This article acts as a tutorial on how to access the Ozeki SMS Gateway GUI remotely. Requirements are very basic; all you need is an internet connection and Ubuntu OS installed on your device. In this tutorial we create an Ip table rule, configure remote access privileges in PuTTy, and then log in remotely to Ozeki SMS Gateway. You will also learn how to change the admin password. We hope this guide will be helpful to you. Now let's get started.

What is Ubuntu?

Ubuntu is a free desktop operating system. It's based on Linux, a massive project that enables user around the world to run machines powered by free and open software on all kinds of devices. Ubuntu is considered a good distribution for beginners. The operating system was intended primarily for personal computers (PCs) but it can also be used on servers.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful SMS Gateway software you can download and install on your Windows or Linux computer or to your Android mobile phone. It provides an HTTP SMS API, that allows you to connect to it from local or remote programs. The reason why companies use Ozeki SMS Gateway as their first point of access to the mobile network, is because it provides service provider independence. When you use Ozeki, the SMS contact lists and sms data is safe, because Ozeki is installed in their own computer (physical or virtual), and Ozeki provides direct access to the mobile network through wireless connections.

How to access the Ozeki SMS Gateway GUI remotely (video tutorial)

This video tutorial demonstrates how to access the Ozeki SMS Gateway GUI remotely. First you need to open the Ubuntu terminal and create an Ip table rule. Then, configure remote access settings in PuTTy and log in. Finally, you're able to remotely access Ozeki SMS Gateway.

Create IP table rule

To create an IP table rule, you first need to open the Ubuntu terminal (Figure 1). Type the following commands and hit enter. Now type in your password and hit enter. This will create the IP table rule. Now you can move on to configuring remote access for Ozeki SMS Gateway.

Remote access not allowed

If you try to access Ozeki SMS Gateway remotely without any preparation, it will not let you. A Remote access does not allow the message to appear, indicating that your device is not yet eligible to access Ozeki SMS Gateway yet (Figure 2).

Add new SSH tunnel forwarded ports

In order to access Ozeki SMS Gateway remotely, you need to add new SSH tunnel forwarded ports. This process is done in PuTTy. Start by opening PuTTy (Figure 3). Open SSH inside the menu on the left by clicking on the + SSH. From SSH click on Tunnels. Enter your Port next to Source port, then enter your Ip address next to destination. Click on Add to add these settings.

Open SSH connection

After adding the address, you need to open the SSH connection. Click on Session in the menu on the right (Figure 4). Enter your Ip address into the menu on top. (In our case this is 192.168.0.166) Click on Open to connect.

Login to remote PC

After you clicked Open in PuTTy, a new terminal window will pop up (Figure 5). First you need to type in your username and hit enter. Then you need to enter your password. After you provided your login details you will be logged in to the remote pc.

Open SMS Gateway in browser

When all configurations are set up, you may now open Ozeki SMS Gateway in your browser (Figure 6).

Open change password menu

In order to change your password, you first need to go to the Ozeki Desktop (Figure 7). Click on Start, then Help, and Change password.

Change admin password

On this screen you are able to change the admin password (Figure 8). Type the new password into both textboxes. Click Save to save the new admin password.

Login remotely

You can now log in remotely to Ozeki SMS Gateway from your browser (Figure 9).

Summary

If you have followed along all the steps in this tutorial, you will have already completed the task by this point. Everything is now set up for you to be able to log into Ozeki SMS Gateway remotely. Thank you for your attention, and make sure to check out our other guides for more information on Ozeki SMS Gateway. Our software has various other incredibly useful solutions and multi-platform versions for the easiest possible accessibility.

FAQs

What kind of communication ports and protocols are used? Should I open any ports on my firewall?

Ozeki SMS Gateway utilizes TCP ports 9500-9503 for communication.

• TCP Port 9500 (protocol SMPP), provides SMPP client connectivity
• TCP Port 9501 (protocol HTTP), is used for Administration (HTTP interface for web browsers)
• TCP Port 9502 (protocol TCP/HTTP), is used by .NET Remoting client connectivity
• TCP Port 9503 (protocol HTTP), is used by ParlayX webservice client connectivity

Does the SMS gateway require a fixed IP address or is there any way dynamic address can be used and how?

The need for a fixed IP address for your Ozeki SMS Gateway depends on the chosen method for integrating SMS functionality into your website. Here's a breakdown of the three popular methods and their IP address requirements:

1. SQL to SMS Gateway Configuration:

• Ideal for: Websites with databases. Functionality: Ozeki connects to your website's database to enable sending and/or receiving SMS messages directly.
• IP Address Requirement: No fixed IP address required.

2. HTTPClient User:

• Functionality: Incoming SMS messages are forwarded to your website via a predefined URL. Ozeki can periodically download a webpage to check for outgoing messages.
• IP Address Requirement: No fixed IP address required.

3. HTTP Server with SMS API:

• Functionality: Websites can send SMS messages through HTTP requests using Ozeki's built-in HTTP SMS API.
• IP Address Requirement: Fixed IP address required if using the API over the internet.

In summary, if your website integration method doesn't involve sending SMS messages through Ozeki's HTTP SMS API over the internet, you won't need a fixed IP address for the SMS Gateway.

Ozeki SMS Gateway uses the http://127.0.0.1:9501 address. Can I change this to my IP address?

Yes, you can change the 127.0.0.1 to point to your LAN or public IP address.

The IP address 127.0.0.1:9501 you encountered refers to your computer's local loopback address. This address always points back to the machine you're currently using. Every computer has two relevant IP addresses:

• Local Loopback Address (127.0.0.1): This internal address allows software to communicate with itself on the same machine.
• Public IP Address: This unique address identifies your computer on the broader internet.

The good news is that you can access your Ozeki SMS Gateway service using both these IP addresses, assuming it's installed on your local computer. Here's how:

• Using the Local Loopback Address: This method works because you're directly accessing the software on the same machine. You can use http://127.0.0.1:9501 in your web browser to reach the Ozeki interface.
• Using the Public IP Address (if applicable): If your computer has a public IP address (often the case for directly connected home internet users), you can access Ozeki remotely from another device on the same network. Simply replace 127.0.0.1 with your computer's public IP address (e.g., http://192.168.1.100:9501) in the browser address bar.

Important Note: Exposing Ozeki to the public internet through your computer's public IP address might require additional security measures like firewalls and proper configuration. It's generally recommended to access Ozeki locally using 127.0.0.1 unless you have a specific need for remote access.

Is it possible to reach Ozeki SMS Gateway from the Internet?

By enabling port forwarding on your router, you can access Ozeki SMS Gateway on your computer even if you're outside your local network. Port forwarding directs external traffic on a specific port (in this case, 9501) to the computer running Ozeki NG SMS Gateway within your network.

Can I configure Ozeki SMS gateway Without Internet? How is it working?

On your local network, any computer can access Ozeki SMS Gateway. Just open a web browser and enter the IP address of the Ozeki SMS Gateway followed by the port number 9501 (like this: IP_ADDRESS:9501). After installation, you can manage users and service provider connections easily. (Remember to replace IP_ADDRESS with the actual IP address of your Ozeki SMS Gateway).

How to access the Ozeki SMS Gateway GUI remotely with SSH port forwarding

This article is a detailed guide on how to access the Ozeki SMS Gateway GUI remotely with SSH port forwarding. Requirements are very basic; all you need is an internet connection and Ubuntu OS installed on your device. In this tutorial we create an Ip table rule, configure remote access privileges in Windows PowerShell, and then log in remotely to Ozeki SMS Gateway. You will also learn how to change the admin password. We hope this guide will be helpful to you. Now let's get started.

What is SSH port forwarding?

SSH tunnelling, or SSH port forwarding, is a method of transporting arbitrary data over an encrypted SSH connection. SSH tunnels allow connections made to a local port (that is, to a port on your own desktop) to be forwarded to a remote machine via a secure channel.

What is Ubuntu?

Ubuntu is a free desktop operating system. It's based on Linux, a massive project that enables user around the world to run machines powered by free and open software on all kinds of devices. Ubuntu is considered a good distribution for beginners. The operating system was intended primarily for personal computers (PCs) but it can also be used on servers.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful SMS Gateway software you can download and install on your Windows or Linux computer or to your Android mobile phone. It provides an HTTP SMS API, that allows you to connect to it from local or remote programs. The reason why companies use Ozeki SMS Gateway as their first point of access to the mobile network, is because it provides service provider independence. When you use Ozeki, the SMS contact lists and sms data is safe, because Ozeki is installed in their own computer (physical or virtual), and Ozeki provides direct access to the mobile network through wireless connections.

How to access the Ozeki SMS Gateway GUI remotely with SSH port forwarding (video tutorial)

In this video tutorial you will learn how to access the Ozeki SMS Gateway GUI remotely. First you need to open the Ubuntu terminal and create an Ip table rule. Then, configure remote access settings in Windows PowerShell and log in. Finally, you're able to remotely access Ozeki SMS Gateway

sudo iptables -I INPUT -p tcp --dport 9515 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9516 -j ACCEPT

Create IP table rule

In order to create an IP table rule, you first need to open the Ubuntu terminal (Figure 1). Type the following commands and hit enter. Now type in your password and hit enter. This will create the IP table rule. Now you can move on to configuring remote access for Ozeki SMS Gateway.

Remote access not allowed

If you try to access Ozeki SMS Gateway remotely without any preparation, it will not let you. A Remote access does not allow the message to appear, indicating that your device is not yet eligible to access Ozeki SMS Gateway yet (Figure 2).

Open SSH tunnel

The next step in enabling remote access, is opening an SSH tunnel. Open Windows PowerShell and enter the following command: "ssh -L 127.0.0.1:9300:remote_ip:9515 user@remote_ip". This will open an SSH tunnel. Now you may move on to logging into Ozeki SMS Gateway.

ssh -L 127.0.0.1:9300:remote_ip:9515 user@remote_ip

Open SMS Gateway in browser

When all configurations are set up, you may now open Ozeki SMS Gateway in your browser (Figure 6).

Open change password menu

In order to change your password, you first need to go to the Ozeki Desktop (Figure 7). Click on Start, then Help, and Change password.

Change admin password

On this screen you are able to change the admin password (Figure 8). Type the new password into both textboxes. Click Save to save the new admin password.

Login remotely

You can now log in remotely to Ozeki SMS Gateway from your browser (Figure 9).

Summary

If you have followed along all the steps in this tutorial, you will have already completed the task by this point. Everything is now set up for you to be able to log into Ozeki SMS Gateway remotely. Thank you for your attention, and make sure to check out our other guides for more information on Ozeki SMS Gateway. Our software has various other incredibly useful solutions and multi-platform versions for the easiest possible accessibility.

How to install Ozeki on Linux

The next guide is about to demonstrate how you can set up Ozeki Installer on your Linux operating system. This product is a great app store that allows you to get any Ozeki product that you want by just one click. The installation process will take about 10 minutes. The guide contains four steps with clean instructions. The setup procedure does not require any further Linux knowledge. This document contains each command that you have to use during the installation. You just need to copy-paste them. Let's get started!

How to install Ozeki on Linux (Quick commands)

To install Ozeki on Linux:

1. Open a terminal on your Linux host
2. Add Mono repository to your system
3. Install Mono
4. Download the Ozeki Installer .deb file
5. Move to the folder where .deb file is
6. Install Ozeki Installer
7. Browse to https://localhost:9545
8. Choose SMS Gateway application to Install
9. Run the install-password.sh script
10. Enable the ports on your Linux firewall

Step 1 - Open a terminal

To perform the following installation steps, you need to open a terminal on your Linux host. To open a terminal window, you can use the Ctrl + Alt + T shortcut key (demonstrated in Figure 1).

Step 2 - Install all prerequisites

Add the Mono repository to your system

To install Ozeki Installer first, you need to get some dependencies to perform the installation. The first one is the Mono, which is an open-source implementation of Microsoft's .NET Framework. This product is crucial for running Ozeki Installer. To get the latest version of Mono, you have to add the repository to your system as you can see it on Figure 2 below. These commands can be found on the official Mono website: https://www.mono-project.com/download/stable/#download-lin-ubuntu

sudo apt install gnupg ca-certificates
sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 
--recv-keys 3FA7E0328081BFF6A14DA29AA6A19B38D3D831EF
echo "deb https://download.mono-project.com/repo/ubuntu stable-bionic main" | 
sudo tee /etc/apt/sources.list.d/mono-official-stable.list
sudo apt update

Install mono

The next step is to install Mono on your computer. This operation can be done by a single command as Figure 3 demonstrates it.

sudo apt install mono-complete

Install other required dependencies

The last step of the preparation is to install the other dependencies that needed for running Ozeki Installer properly. Figure 4 shows the command that you have to type to install these prerequisites.

sudo apt install libturbojpeg libportaudio2 xvfb libspeexdsp1 libspeex1 fonts-symbola

Step 2 - Download Ozeki Installer

The very first step of getting Ozeki installer on your Linux operating system is to download is from www.ozeki.hu. The latest Ozeki products can be downloaded from the following Downloads page: https://send-bulk-sms.com/p_213-download-bulk-messenger.html page. Now, on this page, as Figure 5 shows, click on the .deb file of the Ozeki Installer to start downloading it.

The browser usually asks for how to download the file. It can be opened by a selected software or just downloaded to the designated download folder. In the case of Ozeki Installer just check Save file and click on OK just as Figure 6 demonstrates it.

Step 3 - Install Ozeki Installer

The next step is the main part of this guide by showing the procedure of installing Ozeki Installer to Linux operating system. To do that, first open Terminal. The first thing that you have to perform in Terminal, is to move to the folder where the .deb file was downloaded. In that case, it is the Downloads folder, so as you can see it on Figure 7, with the cd command followed by the name of the directory navigate the control to that folder.

cd Downloads

On Linux operating system, .deb files can be installed by using the dpkg command. To perform an installation, add -i option after the command and type the name of the downloaded .deb file. This process requires administrator permission, so you have to type sudo at the beginning of the command (Figure 8).

sudo dpkg -i installinux_1581585575_ozeki-installer_1.1.51_all.deb

When you hit Enter, the installation process begins. If you have done everything right, Ozeki Installer is going to be installed on your computer just after a few seconds. To make sure about the success of the installation, just search for the Installation finished! line in the logs of Terminal as on Figure 9.

After the successful installation, now you should be able to use Ozeki Installer. For that, just open up your web browser and type localhost:9545 since Ozeki Installer runs on the port 9545 on your computer. To open Ozeki Installer just hit Enter. (Figure 10)

Step 4 - Install SMS Gateway using Ozeki Installer

The main menu of Ozeki Installer is an app store, where you can choose from many Ozeki products. By following this guide, you are going to install the SMS Gateway application. To open its details page, just click on the tile of the app. (Figure 11)

The details page of each product contains all important information about the selected application such as version number, descriptions and screenshots. To start the installation of the product just click on the Install as you can see it on Figure 12.

After clicking on the Install button, a progress bar shows the status of the installation process. When it finished successfully, the blue button switches to a green Open button. By clicking that, you can open the installed SMS Gateway. (Figure 13)

The installed applications can be reached at port 9515. So, the installed SMS Gateway opens up on that port as well. This desktop shows the products that were installed previously on your computer. To open SMS Gateway, click on its icon (Figure 14)

And finally, now you will be able to see the main menu of the installed SMS Gateway, which is ready to use. (Figure 15)

Step 5 - Set a root password for remote access

For security reasons, it is not possible to log in remotely in Ozeki 10 by default. For remote access to work, a secure password must be set for admin users. You can do this by running a script called install-password.sh and it is located in the Ozeki folder. To do this, go to the Ozeki folder with the following command that you can see on Figure 16:

cd /usr/lib/Ozeki

Then run the install-password.sh script with the following command. The script will ask for the new password and then set it for the admin user. (Figure 17)

sudo ./install-password.sh

Finally, you need to enable the appropriate ports on your linux firewall in order to access Ozeki 10 from the outside. To do this, you need to run the following commands. 9543 is the http port and 9544 is the websocket port, 9545 is the https port and 9546 is the secure websocket port. (Figure 18)

sudo iptables -I INPUT -p tcp --dport 9543 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9544 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9545 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9546 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9515 -j ACCEPT
sudo iptables -I INPUT -p tcp --dport 9516 -j ACCEPT

Linux SMS gateway

The Linux SMS Gateway software enables you to route SMS text messages automatically. It is a two-way SMS Gateway so you can send and receive SMS text messages. You can connect to the mobile network with a mobile phone (or GSM modem) attached to your PC, or an IP SMS link over the Internet directly to the Mobile Network Operator.

If you use this Linux operating system, the operation with the Ozeki 10 SMS Gateway is possible together with Mono Framework after installing both programs in your system.

Linux SMS Gateway architecture

The Linux SMS Gateway makes it possible to send and receive SMS text messages, whilst connected directly to the SMSC via Internet or with a GSM mobile phone attached to the PC/Laptop. With the text message software, you can build a bulk SMS messaging system on Linux. The Linux SMS gateway software works on Ubuntu and Debian. Ozeki SMS Gateway for Linux is the best software for those who want to provide SMS services for their company and/or their customers and business partners!

Accelerate innovation, optimise operations, and delight users with high-quality SMS services. Your company can host Linux SMS Gateway software in-house, in an on-premise environment or you can choose a third-party provider in a cloud environment to host it all for you.

Corporate SMS services for your own company

The Linux SMS Gateway works as a Linux SMS server. You can create a self-hosted corporate SMS Gateway, which we built from scratch and have been developing over the past 20 years. Your ability to host the SMS service gives you 100% control over your data’s security, within your corporate environment (all of your messages and contacts are kept in-house).

SMS Developer

Join the happy developers who have discovered how easy it is to integrate the Ozeki SMS API with their website, app, software, e-commerce, and CRM application. Free SMS API examples help developers to create their sms solutions effectively.

You can connect your applications with Ozeki SMS APIs. We support lots of programming languages (including PHP, .NET, C#, Java, Python, Ruby, VB.NET). All you have to do is just to copy the free example, make some necessary modifications, and you can start sending and receiving SMS messages.

The Linux SMS Gateway can serve highly scalable applications. SMS message can be delivered through HTTP/HTTPS and SMPP protocols. On the other hand, if your Mobile Network Operators (MNOs) or independent SMS Service Providers use UCP or CIMD2, you can connect to them over the Internet.

SMS System Administrator

Intelligent text message routing and SMS load balancing increases performance, prevents application downtime, and helps in detecting failures in the early stages.

Based on strong message routing algorithms, the Ozeki SMS Gateway provides flexibility to define various routing rules and criteria, like sender ID, source, destination and many other combinations. You can track your SMS delivery status real time in the log.

Office users

Enhance your customers' experience of connectedness with instant mobile messaging solutions. It is designed to help you to achieve your communication goals, engage with customers, deliver powerful messages to drive revenue, capture data, and increase brand loyalty. Whether you have a single SMS to send, or a mobile communications roadmap to deliver on with the Ozeki SMS Clients you will be able to achieve it. You can send and receive SMS messages in the office with Ozeki SMS Messenger or Excel SMS Client or your corporate sms website. We provide a great SMS Tool for office users.

Provide SMS Services for your technology partners

By sending bulk SMS, you can reach any sized group of contacts within seconds, easily communicating with customers, clients and staff.

The Ozeki SMS API permits programmatic access to SMS messaging features which are available on the Ozeki SMS messaging platform. It allows you to create simply and quickly text enable applications from within your existing and familiar development environments. Please, review our code samples!

Connecting mobile networks

There are several options for connecting the SMS gateway software to the mobile network. If your enterprise wants to build a high-capacity business SMS system, the most ideal connection method is to connect directly to the mobile operator's SMSC. The SMSC can be connected via the Internet, which uses one of the SMPP, UPC or CIMD2 protocols, or by using an HTTP/HTTPS online connection.

Build Cloud-based SMS Service for your business partners

Explore endless possibilities using the Linux SMS Gateway designed for complex and dynamic environments. The SMS SaaS makes it possible to send bulk SMS messages to your customers or receive text messages from them. As the cloud-based SMS Service is a SaaS, it works through the cloud delivery model. The SMS SaaS applications are typically accessed via web browsers or other desktop solutions.

The SMS gateway supports the SMPP (Short Message Peer to Peer) protocol (version 3.3 or 3.4 or later), as a way to connect to an SMSC over the Internet or other private TCP/IP network. Due to SMPP being designed and optimised especially for SMS delivery, the majority of mobile operators provide SMPP service connections for bulk sms messaging and enable direct connection to the SMSC. Ozeki SMS Gateway also supports SMS sending and receiving via HTTP/HTTPS or UCP, CIMD2 protocols.

Customer connection to the Linux SMS gateway

The following SMS client connectivity tools can help their customers to use the cloud-based SMS Saas:

• Web based applications with SMS text messaging functionality
• Excel SMS client
• Ozeki SMS Messenger
• Command line tool
• Modern intranet via web browsers that includes SMS sending and receiving functionality
• Intranet collaboration tools
• Mobile apps
• and other advanced technological platforms that can connect with SMS API to the Ozeki Linux SMS Gateway

How to install Ozeki SMS Gateway on Debian

Installing Ozeki SMS Gateway on a Debian system is a straightforward process that enables you to set up a powerful and reliable SMS messaging platform. Whether you're managing a business communication system or developing an SMS-based application, this guide will walk you through each step of the installation, ensuring a smooth and efficient setup on your Debian server.

How to install Ozeki SMS Gateway on Debian Linux (video tutorial)

In this video tutorial you will learn how to install Ozeki SMS Gateway on Debian Linux. Before installing the software itself, you need to install .Net runtime and dependencies. This is all done in the terminal. Then, you can download the Ozeki SMS Gateway installer. Now run the installer and wait for it to complete. When the installation is complete, you may now open Ozeki SMS Gateway.

What is Ubuntu?

Debian is a free and open-source Linux-based operating system known for its stability, security, and large software repository. It uses the APT package manager and supports many hardware platforms. Maintained by a global community, Debian is the foundation for many other distributions, including Ubuntu, and is widely used on servers, desktops, and embedded systems.

Prerequisite

Before you can install the Ozeki SMS gateway, you need to install .Net Runtime 8.0 on your Ubuntu Linux system.

What is .Net?

.Net is a free, open-source, and cross-platform framework developed by Microsoft that supports the development and execution of applications across various platforms, including Windows, Linux, and macOS. It provides a powerful runtime environment, libraries, and tools for building web, desktop, cloud, and mobile applications.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful SMS Gateway software you can download and install on your Windows or Linux computer or to your Android mobile phone. It provides an HTTP SMS API, that allows you to connect to it from local or remote programs. The reason why companies use Ozeki SMS Gateway as their first point of access to the mobile network, is because it provides service provider independence. When you use Ozeki, the SMS contact lists and sms data is safe, because Ozeki is installed in their own computer (physical or virtual), and Ozeki provides direct access to the mobile network through wireless connections.

Add the Microsoft package signing key

Installing with APT can be done with a few commands. Before you install .NET, run the following commands to add the Microsoft package signing key to your list of trusted keys and add the package repository. Open a terminal and run the following commands:
"wget https://packages.microsoft.com/config/debian/12/packages-microsoft-prod.deb -O packages-microsoft-prod.deb"
"sudo dpkg -i packages-microsoft-prod.deb"

wget https://packages.microsoft.com/config/debian/12/packages-microsoft-prod.deb -O packages-microsoft-prod.deb

sudo dpkg -i packages-microsoft-prod.deb

Install .Net runtime

The .NET Runtime allows you to run apps that were made with .NET that didn't provide the runtime. The following commands install the .NET Runtime, which is the most compatible runtime for .NET. In your terminal, run the following commands:
"sudo apt-get update"
"sudo apt-get install -y dotnet-runtime-8.0"

sudo apt-get update

sudo apt-get install -y dotnet-runtime-8.0

Install dependencies

Installing dependencies is also required before installing Ozeki SMS Gateway. This is also done in the terminal (Figure 4). Open the terminal and enter the following command: "sudo apt install libturbojpeg0 libportaudio2 xvfb libspeexdsp1 libspeex1 fonts-symbola libnss3-tools". This command will install all dependencies on your Debian device.

sudo apt install libturbojpeg0 libportaudio2 xvfb libspeexdsp1 libspeex1 fonts-symbola libnss3-tools

Download SMS Gateway installer

After installing the dependencies in the terminal, you may now download the Ozeki SMS Gateway installer (Figure 5). Open your browser and visit this link: Download Ozeki SMS Gateway. Click on Download in the menu on top. Click the Linux download link to start downloading the installer. When the download is complete, the installer will be located in the default download directory specified in your browser's settings.

Install SMS Gateway

After you have successfully downloaded the installer, you may install the software via terminal (Figure 6). Type in the following command: "sudo dpkg -i installlinux_1747215368_ozekismsgateway_10.4.71_all.deb", then press enter. This will begin installing Ozeki SMS Gateway to your Debian device.

cd Downloads/

sudo dpkg -i installlinux_1747215368_ozekismsgateway_10.4.71_all.deb

Installation completed

After the installation process is complete, you get the message: "INFO installation completed." in the terminal (Figure 7).

Start Ozeki SMS Gateway service

Befor you use the Ozeki SMS Gateway you need to start the Ozeki SMS GAteway service. Type in the following command: "sudo service ozekisystem start" (Figure 8). This will start the Ozeki SMS Gateway service in your Debian device.

sudo service ozekisystem start

Open SMS Gateway GUI

After successfully installing Ozeki SMS Gateway, it is now accessible in your browser (Figure 9).

Send your first SMS

After the installation of the Ozeki SMS Gateway software and configuring the Android mobile, you need to add new connection, for the purpose of enabling you to communicate on the device. For the very first step, you have to click on the “Add new connection” link on the left of your screen, highlighted in blue. This action will bring you a new management page tab.

In this tab, you can find various wireless connection options, among which you have to install the “Android SMS client”, which gives you the ability to send text messages through your Android mobile phone. The download turns your device to a modem, which means that the phone will be able to send and receive text messages through GSM network.

The following necessary movement is to enter the connection details in the boxes below. It is required to fill the cells of host name or IP address, port number of your Android phone. In the following section you have to give the username and password, which you can find on your mobile phone in the Ozeki SMS Client app. Then click on the “Ok” button at the bottom of that page.

Your following assignment will be that, to create the connection to the SMS gateway. You will find a slider button at the left side of the control table, that turns green, by clicking on it.

In the android_SMS_client_1_details, that contains the log viewer panel, you have to choose the “Test” tab. In this panel, write the recipient’s mobile phone number into the appropriate cell, then formulate a text message into the “SMS” box. When it is done, click on the “Send” button, highlighted in blue.

By clicking on the “Send” button above, you will receive a notification SMS, that your SMS has been sent successfully. If you had followed the instructions correctly, then your connection process is done.

How to send SMS with PC through an Android Mobile

This quick start guide gives you all the steps needed in order to setup your first SMS system. It shows you what you need in order to be able to send SMS from your computer through and Android mobile phone. The step-by-step instructions are easy to follow and will require only a few minutes of your time. Once you got the SMS client on your Android mobile, and Ozeki SMS Gateway configured on your Windows PC you will be ready to send SMS from your PC. This setup also allows you to setup automated SMS notification services from your business.

What you need

In order to send SMS from your PC through an Android mobile phone, you need an Android mobile with a SIM card (the SIM card is usually already installed in your Android phone). You also need a wifi link between your android phone and the PC, and you need to download and install Ozeki SMS Gateway on your PC.

How to install Ozeki on Android (Quick steps)

To install Ozeki on Android:

1. Download Ozeki SMS Gateway on your Windows PC
2. Install Ozeki SMS Gateway on your Windows PC
3. Download the Android SMS Gateway on your mobile
4. Open the downloaded apk file on your mobile
5. Select the INSTALL option to start the installation
6. Click on Open when the installation is finished
7. Allow the Android SMS Gateway's permissions
8. Connect Ozeki SMS Gateway on Windows to you Android mobile

How does it work

This solution turns your Android mobile phone into an SMS modem. In order for this solution to work, you need to install two software: You need to download and install the Ozeki Android SMS client on your android phone, and you must make it the default SMS app. Then you need to install Ozeki SMS Gateway on your PC. Once both software is installed, you need to configure the address of your Android mobile in Ozeki SMS Gateway. This will allow the Ozeki SMS Gateway software to send and receive SMS messages through your Android phone.

How to install the Ozeki SMS Client on Android

The following video tutorial takes you through the steps of Installing the Android SMS Client software on your Android mobile. Note, that you will need to download the Android SMS app from android-sms-gateway.com. After installation make sure you set the Ozeki app as the default SMS handler. (You may set the default SMS handler back to the original Android SMS client manually or by uninstalling the Ozeki SMS app). This will enable the app to run seamlessly in the background.

Installation steps

The first step of the installation is to open android-sms-gateway.com in your browser on your Android mobile. On this website navigate to the download page and find the link to the latest version of the hu.ozeki.smsclient_2.1-release.apk package.

The link to the download page can be found in the top menu just below the link to the Quick start guide. The link's colour is red. To open the download page, simply click on this link.

On the download page find the android logo and click on the package name that follows the logo. The package name will be similar to this: hu.ozeki.smsclient_2.1-release.apk. The version number might be different.

Installation of the .apk package

Once the installation package (.apk file) has been downloaded, you need to install it. You can do this by locating the file in your download list and clicking on it. Some browsers will automatically offer installation. You might receive a warning message prompting you to allow installation from a different source. You can safely allow the installation.

After the installation starts, you will be prompted with a dialog asking for confirmation. Simply click install in this dialog. The installation will create an icon on your home screen that will allow you to launch the Ozeki SMS client app.

You can also launch the Ozeki SMS client app by clicking on the Open button after the installation completes.

Set the Ozeki SMS Client app to become your default SMS handler

In order for the Ozeki SMS client app to operate seamlessly it must be set as the default sms handler. This is a very important step. The Android OS puts apps that are not opened by the user regularly into sleep or deep sleep to save battery power. It also often removes the permissions granted to apps when they are put into deep sleep. By setting the Ozeki SMS client as your default SMS handler you can prevent it from being disabled by Android. This is required to be able to provide a reliable sms gateway service for your PC, that is able to operate for months and years without interruption.

By setting the Ozeki SMS Client app as your default SMS handler, you instruct your android phone to forward all incoming sms messages to it, and you allow this app to send sms messages from your phone. This is your desired operation if you want to use your android phone as an SMS gateway. (You an set the SMS functionality back by uninstalling the Ozeki SMS Client from your phone, or by following the instructions in the how to configure the default sms handler in your android device guide).

Grant permissions

After you set the Ozeki SMS Client as your default SMS handler, you may click on the Start button to start the Gateway service. On the first attempt, the app will request various permissions to operate properly. First it will require permission for external storage. External storage is used for storing log files and configuration information. External storage is used in order to make it possible for you do download log files and backup configuration. This is required by most business customers.

To save the logs file access permission is also mandatory.

Android phones usually operate from a battery. Battery optimization allows android to disable apps to save battery power. In order to provide a reliable SMS gateway functionality your phone should always be connected to the charger. You should also disable battery optimization on the phone for the Ozeki SMS Client app. This will allow the Ozeki app to operate continuously without interruptions.

From the battery optimization menu, select no restrictions. This will allow your SMS service to operate reliably.

Success! Your Ozeki SMS Client is started.

If you have completed all the steps above, your Ozeki SMS Client on your Android device is started. This means that your pone is now setup as an SMS gateway. It is ready to forward SMS messages coming from your PC to the mobile network. It is also ready to forward incoming SMS from the mobile network to your PC.

Configure your Windows PC

Once your Android mobile phone is setup and ready, you can move onto configuring your Windows PC. (Note that these steps can also be completed on a Linux computer.) The configuration of your windows PC consists of two major steps: installation of the Ozeki SMS Gateway software and connecting the Android mobile running the Ozeki SMSC Client app to it. The following video demonstrates what you need to do on Windows.

After the installation of the Ozeki SMS Gateway software and connecting the Android mobile, you need to add new connection, for the purpose of enabling you to communicate on the device. For the very first step, you have to click on the “Add new connection” link on the left of your screen, highlighted in blue. This action will bring you a new management page tab.

In this tab, you can find various wireless connection options, among which you have to install the “Android SMS client”, which gives you the ability to send text messages through your Android mobile phone. The download turns your device to a modem, which means that the phone will be able to send and receive text messages through GSM network.

The following necessary movement is to enter the connection details in the boxes below. It is required to fill the cells of host name or IP address, port number of your Android phone. In the following section you have to give the username and password, which you can find on your mobile phone in the Ozeki SMS Client app. Then click on the “Ok” button at the bottom of that page.

Your following assignment will be that, to create the connection to the SMS gateway. You will find a slider button at the left side of the control table, that turns green, by clicking on it.

In the android_SMS_client_1_details, that contains the log viewer panel, you have to choose the “Test” tab. In this panel, write the recipient’s mobile phone number into the appropriate cell, then formulate a text message into the “SMS” box. When it is done, click on the “Send” button, highlighted in blue.

By clicking on the “Send” button above, you will receive a notification SMS, that your SMS has been sent successfully. If you had followed the instructions correctly, then your connection process is done.

Summary

Now, you are able to use your SMS system, including sending text messages via Android phone to PC. This quick list of instructions has given you the necessary information to get setup easily.

As you have already setup the Android SMS Gateway, it is a good idea to try the Ozeki sms marketing system. The Ozeki sms marketing system has and advanced ability to manage phone number lists and call to action links, you can now seamlessly reach out to your target audience with sms messages through your Android SMS Gateway and can convert them into loyal customers.

You can find more information about the Ozeki SMS Marketing System on this page:
https://ozeki-sms-gateway.com/p_3548-sms-marketing-system.html

This feature allows you to utilize your android SMS gateway in a way that maximizes your marketing potential, resulting in increased sales and brand visibility. Your digital marketing campaigns will be more efficient and effective than ever before!

How to install Ozeki on Raspberry Pi

On this page, you will find a detailed guide about how you can set up Ozeki Installer on Raspberry Pi. By installing this software, you will have access to every Ozeki product from Ozeki Installer's app store. The installation process takes about 10 to 15 minutes. This guide does not require any specific knowledge since each command listed in the document, so you need to just copy-paste them. So, do not waste any time, and let's get started now!

How to install Ozeki on Raspberry Pi (Quick steps)

To install Ozeki on Raspberry Pi:

1. Download Raspbian operation system
2. Use win32diskimager to write Raspbian to SD card
3. Insert the SD card into the raspberry pie
4. Boot the Raspbian operating system
5. Open the Terminal from the Raspbian GUI
6. Add the Mono repository to your system
7. Install Mono
8. Install Ozeki Installer
9. Enter service ozekiinstaller status
10. Browse to https://localhost:9545

Step 1 - Download Raspbian

First step is to download Raspbian operation system. It can be downloaded from the Raspberry Pi official page. You can reach that page by clicking on the following link: https://raspberrypi.org/software/. Figure 1 shows the official Raspberry Pi page.

Step 2 - Write Raspbian to SD Card

After you downloaded the Raspbian operation system, you have to write it to an SD Card. You can perform it with the win32diskimager software which can be downloaded here: https://sourceforge.net/projects/win32diskimager/. In the win32diskimager browse the downloaded Raspbian image file and select the device then click on Write as you can see it on Figure 2.

The writing process could take a bit of time, but as soon as it finished, a little dialog window shows up as Figure 3 demonstrates. This window informs you about the success of writing.

Step 3 - Open terminal

After you inserted the card to the raspberry pie, boot the system. It will take a while but after it is done, you will see the graphical user interface of the Raspbian operating system. Please click to the terminal button (Figure 4)

Step 4 - Get root privileges

You need to have root privileges to install the Ozeki software and its dependencies. To perform this, issue sudo -s command at the beginning of the installation. This command delegates the authority to you to run all forthcoming commands as root. Due to this, your Linux operating system will not require you to use 'sudo' command before each command that need root privileges to perform. Open Terminal using Ctrl + Alt + T shortcut key (by default) then issue the following command (demonstrated in Figure 5).

sudo -s

Step 5 - Add the Mono repository to your system

Mono is an open source implementation of Microsoft's .NET Framework. Ozeki Installer needs it to operate. To be able to install the latest release of Mono, you need to add the official Mono repository to your system. If you are running Raspbian 10 on Raspberry Pi, you can use the commands below to perform this like in Figure 6. If you are running another version of Raspbian, please follow the instructions on the official Mono site at https://mono-project.com/download/stable/#download-lin-raspbian.

sudo apt install apt-transport-https dirmngr gnupg ca-certificates
sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 
--recv-keys 3FA7E0328081BFF6A14DA29AA6A19B38D3D831EF
echo "deb https://download.mono-project.com/repo/debian stable-raspbianbuster main" 
| sudo tee /etc/apt/sources.list.d/mono-official-stable.list
sudo apt update

Step 6 - Install Mono

During the previous step, you added the official Mono repository to your system. Due to this, you will be able to install the latest Mono package and all its dependencies by issuing apt install mono-complete command as on Figure 7. This will install all of the components of Mono. The installation process may take a few minutes.

apt install mono-complete

Step 7 - Install other required dependencies

There are some other dependencies, that need to be installed for the clean installation of Ozeki Installer without any error. These dependencies are exactly the following packages: libturbojpeg0, libportaudio2, xvfb, libspeexdsp1 and fonts-symbola. You can install them by issuing the command below. The Figure 8 demonstrates this step.

apt install libturbojpeg0 libportaudio2 xvfb libspeexdsp1 fonts-symbola

Step 8 - Download the latest installer

The latest release of Ozeki Installer can be downloaded from https://send-bulk-sms.com/p_213-download-bulk-messenger.html. To download the latest package for Raspbian, you need to click on the ozeki_Installer.x.x.x_all.deb link as Figure 9 shows below. We recommend you to always download the latest software package. This one always includes the current features and improvements.

Step 9 - Install Ozeki Installer

During the previous step, you downloaded the Ozeki Installer package to the 'Downloads' folder of your system (by default). Please navigate here by issuing cd Downloads/ command. To install Ozeki Installer, issue dpkg -i package_name.db (replace the package name with the name of the downloaded file) command. During the installation, the installer asks you to provide a password for the admin user. This will be the first user you can use to log in to Ozeki Installer. You can see a successful installation in Figure 10.

cd Downloads/
dpkg -i installlinux_xxxxxxxxxx_ozeki_xx.x.xx_all.deb

Step 10 - Check Ozeki service

Services are programs that operate in the background. They can be automatically started when the computer boots, can be paused and restarted. Ozeki Installer runs in the background as a service. As you can see it on Figure 11, you can check the status of Ozeki Installer service by using the service ozekiinstaller status command.

service ozekiinstaller status

By issuing service ozekiinstaller status command, you can check its status. If it is active (Figure 12), it means that it is running in the background.

Step 11 - Check programs in Ozeki Installer

Ozeki Installer can be opened through your web browser. For that just open it, type localhost:9545 and hit Enter. On the main page, you will be able to see the Ozeki app store (Figure 13). On this page, you can choose from many Ozeki products such as SMS Gateway, Chat, Phone System etc.

How to install Ozeki SMS Gateway in Docker

This guide explains how you can setup Ozeki SMS Gateway using Docker in Ubuntu. The tutorial below presents all the steps and the necessary information to help you complete this procedure with ease. Ozeki SMS Gateway is a great tool that makes it possible to create great solutions in various environments. The advanced routing engine allows users to send SMS messages automatically on predetermined conditions. In this article you will find out how to install Ozeki SMS Gateway in Ubuntu through Docker in the terminal. This guide requires a basic understanding of the terminal in Ubuntu. You will be provided step by step instructions. We hope you find this article informative and helpful. Let's get it started!

What is Docker

Docker is an open platform for developing, shipping, and running applications. Docker enables you to separate your applications from your infrastructure so you can deliver software quickly. With Docker, you can manage your infrastructure in the same ways you manage your applications.

What is Ozeki SMS Gateway

Ozeki SMS gateway has a world class SMS routing engine. This routing engine allows you to forward SMS messages from one user or mobile network connection to another based on conditions you define. There are a large number of conditions, such as phone number prefix, message text matching, service period or time of day. In addition to routing by pattern matching, the SMS routing engine also allows you to modify the SMS text messages on the fly. You can replace the phone numbers, change the message text, append a note to the end of the messages.

How to install Ozeki SMS Gateway in Docker (Easy steps)

To install Ozeki SMS Gateway in Docker:

1. Execute sudo docker pull ubuntu command
2. Bring up file editor
3. Create docker file
4. Start Ozeki SMS Gateway installation
5. Read Terminal message if SMS Gateway installed
6. Run SMS Gateway container
7. Check logs if service started
8. Login to SMS Gateway

How to install Ozeki SMS Gateway in Docker (video tutorial)

This video tutorial shows you how you can setup Ozeki SMS Gateway in Docker. This is done through the terminal in Ubuntu. The video provides all the steps you need to successfully install Ozeki SMS Gateway. The process involves pulling an Ubuntu image, creating a docker file, then setting up Ozeki SMS Gateway. Once you have installed the program you may log in and use it from your browser.

Pull Ubuntu image

First step is to pull the Ubuntu image. Do this by typing the following command into the terminal: sudo docker pull ubuntu (Figure 1). Then, press the enter key to execute the command. This will download the latest Ubuntu image.

sudo docker pull ubuntu

Create Docker file

Next, we need to create the Docker file. Type the following command into the terminal sudo nano Dockerfile (Figure 2). Then, press the enter key to execute this command. This will bring up a file editor where we can paste the docker file content.

sudo nano Dockerfile

Docker file content

Paste the commands below into the file editor. Next, hit the enter key. This creates the docker file we need to build the SMS Gateway image. Enter your own time zone instead of TZ=Europe/Budapest. (Figure 3)

FROM ubuntu

ENV TZ=Europe/Budapest
RUN ln -snf /usr/share/zoneinfo/$TZ /etc/localtime && echo $TZ > /etc/timezone

RUN apt-get update \
  && apt-get install -y wget mono-complete libturbojpeg libportaudio2 xvfb \
  libspeexdsp1 libspeex1 fonts-symbola libv4l-0 unzip libnss3-tools tzdata\
  && wget https://ozeki-sms-gateway.com/attachments/702/installlinux_1703175267_ozekismsgateway_10.4.16_all.deb \
  && mkdir -p /var/lib/ozeki/Data \
  && echo "abc123" | tee /var/lib/ozeki/Data/setuppassword.txt \
  && dpkg -i installlinux_1703175267_ozekismsgateway_10.4.16_all.deb \
  && rm -rf /var/lib/apt/lists/*

Build SMS Gateway image

Type the following command into the terminal sudo docker build -t sms-gateway . (Figure 4). Then, press enter to run this command. This will start installation process for Ozeki SMS Gateway.

sudo docker build -t sms-gateway .

SMS Gateway image created

Once the installation process is completed two messages will appear in the terminal (Figure 5). Successfully built e44dacb03f4f and Successfully tagged sms-gateway:latest. These messages indicate that the SMS Gateway is now installed on your system. Now it is ready to launch.

Run SMS Gateway container

Run SMS Gateway container by typing the following command into the terminal. sudo docker run -ti -p 9615:9515 -p 9616:9516 sms-gateway \ mono /usr/lib/ozeki/BaseSystem/v1.0.0/Ozeki_Starter.exe /run (Figure 6). Press the enter key to execute this command and start service.

sudo docker run -ti -p 9615:9515 -p 9616:9516 sms-gateway \
mono /usr/lib/ozeki/BaseSystem/v1.0.0/Ozeki_Starter.exe /run

SMS Gateway service started

After you ran SMS Gateway container a message will appear in the terminal once again (Figure 7). This message reads "System initialization completed". The message means that the service started successfully.

Login to SMS Gateway

After the service started you can log into SMS Gateway from your browser. Start by typing https://localhost:9615 into the URL bar of your browser, then hit enter (Figure 8). You will be forwarded to a login screen. Enter admin into the first textbox, then enter the admin password into the second textbox. Click on Ok to log in.

SMS Gateway GUI accessible

After logging in, SMS Gateway GUI is now accessible on your system (Figure 9).

Summary

We did our very best to make it quick and simple to walk you through all the details. If you have followed the tutorial steps closely, you should be able to send sms using Ozeki SMS Gateway through Docker without problems. If you have already completed the steps you can now operate SMS Gateway from your system. If you would like to discover more useful insights about the advantages of other similar solutions, you can take a look at ozeki-sms-gateway.com. I hope this tutorial will be helpful to all the readers and especially to beginners.

Docker container: Ozeki SMS Gateway

In this guide, we explain how to do application virtualization for Ozeki SMS Gateway using docker. If you want to move Ozeki SMS Gateway from one system to another we will show you how to do it in the article. Packaging applications in containers is useful because it helps portability, making the program reachable in several platforms. We have chosen the docker container technology, and we will provide instructions on how to create such a container on Ubuntu Linux. Important to note that you don't have to be an Ubuntu expert to learn this skill so this should not be a cause for concern. After you finish this article, you will be able to create an Ozeki SMS Gateway container using Ubuntu. Get started now.

What is Ozeki SMS Gateway

Ozeki SMS gateway has a world class SMS routing engine. This routing engine allows you to forward SMS messages from one user or mobile network connection to another based on conditions you define. There are a large number of conditions, such as phone number prefix, message text matching, service period or time of day. In addition to routing by pattern matching, the SMS routing engine also allows you to modify the SMS text messages on the fly. You can replace the phone numbers, change the message text, append a note to the end of the messages.

What is Docker

Docker is an open platform for developing, shipping, and running applications. Docker enables you to separate your applications from your infrastructure so you can deliver software quickly. With Docker, you can manage your infrastructure in the same ways you manage your applications.

What is a Docker container

A container is a standard unit of software that packages up code and all its dependencies, so the application runs quickly and reliably from one computing environment to another. This article details how to put Ozeki SMS Gateway into one such container. This process is done through the Terminal in Ubuntu.

How to put Ozeki SMS Gateway into a docker container (Quick steps)

To put Ozeki SMS Gateway into a docker container:

1. Launch Ubuntu Terminal
2. Check the content of the docker
3. Make .tar file from image
4. Use 'ls -la' command
5. Inspect the created .tar file
6. Open WinSCP
7. Login to Ubuntu machine
8. Download the .tar file

How to put Ozeki SMS Gateway into a docker container (video tutorial)

This video is made to show you how to download your docker container containing Ozeki SMS Gateway. As you can see, the video is only 2 minutes long, so you can learn how to get this skilful product in almost no time! At the beginning, the video starts with the Ubuntu terminal and ends with the last steps of getting Ozeki SMS Gateway to your Windows OS.

Check docker images

In order to check docker images, you have to type the following code into the Ubuntu terminal. This shows you the content of the docker, the age and the size of them. By doing this, you can be sure that the Ozeki SMS Gateway is in your Ubuntu OS, so it is important to start the whole process with this step. (Figure 1)
The code is:

sudo docker images

Create .tar file from image

To advance in the downloading process, you have to make .tar file from image. (Shown in Figure 2)
This will be the file that you will download to your Windows OS. Use this code to make the file with the proper file type (be aware that this command may take a while):

sudo docker save sms-gateway > sms-gateway.tar

Make sure that the Ozeki SMS Gateway file is created

To make sure that the file is created, you have to use the 'ls -la' command in the Ubuntu terminal. You will see a long list where the .tar file will be highlighted. (As you can see it on Figure 3)
After you are sure that the file exists, you can go to the next step.

Start the file transferring

The next step is to open the WinSCP. This is the key tool in the file transfer process. If you don't have it on your computer yet, you are able to download the WinSCP software here: https://winscp.net/eng/download.php You won't be able to finish this procedure without using this software, so it is important to have it in your computer. (Figure 4)

Login to Ubuntu machine

To start transferring the Ozeki SMS Gateway, you have to Login to your Ubuntu machine. In the Host name textbox, you have to write the address of your Ubuntu machine. Below that, you can give the username and the password. If you gave all the credentials, you can login with the Login button. After you identified the virtual machine, you are able to see its content in WinSCP. (All highlighted in Figure 5)

Download the Ozeki SMS Gateway from Ubuntu machine

To download the file from your Ubuntu machine, you can use the simple drag and drop function with the file, moving it from the source to the Windows library. This will download the file, but the speed of the process is based on your computer's performance. By doing this step, you can move Ozeki SMS Gateway from one system to another. (Figure 6)

Summary

As we promised you at the beginning of the article, you can download your docker container containing Ozeki SMS Gateway without being an expert in Ubuntu.

If you followed the steps in the guide carefully, you should have the .tar file in your Windows directory. Moving storages between systems is the main benefit of this technology, so if you want to make sure that Ozeki SMS Gateway is downloaded to all of your operational systems, you can use the procedure that we showed you in this guide. It helps distribution and collaboration between different platforms, making system maintenance easier.

If you are interested in the installation, you can learn how to do it by using the following link: How to install an Ozeki Docker container.

The only thing left is to download Ozeki SMS Gateway!

How to install an Ozeki Docker container

This article is a detailed guide on installing Ozeki SMS Gateway on Ubuntu. Ozeki SMS Gateway is an incredibly useful tool in creating solutions for various SMS sending and automatization tasks. In this tutorial we are going to update and install Docker, then load the Ozeki image to a Docker container. After this is complete, we can launch the software. The procedure itself requires the Terminal in your virtual Ubuntu machine, as well as WinSCP in your actual Windows machine. The following tutorial contains all the steps you need to follow to successfully set up Ozeki SMS Gateway in Ubuntu. Let's get started!

What is Ozeki SMS Gateway

Ozeki SMS gateway has a world class SMS routing engine. This routing engine allows you to forward SMS messages from one user or mobile network connection to another based on conditions you define. There are a large number of conditions, such as phone number prefix, message text matching, service period or time of day. In addition to routing by pattern matching, the SMS routing engine also allows you to modify the SMS text messages on the fly. You can replace the phone numbers, change the message text, append a note to the end of the messages.

What is Docker

Docker is an open platform for developing, shipping, and running applications. Docker enables you to separate your applications from your infrastructure so you can deliver software quickly. With Docker, you can manage your infrastructure in the same ways you manage your applications.

What is a Docker container

A container is a standard unit of software that packages up code and all its dependencies, so the application runs quickly and reliably from one computing environment to another. This article details how to put Ozeki SMS Gateway into one such container. This process is done through the Terminal in Ubuntu.

How to install docker on Ubuntu

This video tutorial shows you how to install Ozeki SMS Gateway on Ubuntu using Docker. Use the Terminal in Ubuntu to complete these steps. Enter the following sequence of commands to successfully update and install Docker on your Ubuntu machine.

sudo apt-get update
 
sudo apt-get install apt-transport-https ca-certificates curl gnupg lsb-release

Update and install dependencies

To install docker on Ubuntu you first need to update the dependencies. Start by opening the Terminal. Type in sudo apt-get update then press enter. Next, enter sudo apt-get install apt-transport-https ca-certificates curl gnupg lsb-release (Figure1). Now everything is up to date and you can proceed.

sudo curl -fsSL https://download.docker.com/linux/ubuntu/gpg | \ 
sudo gpg --dearmor -o /usr/share/keyrings/docker-archive-keyring.gpg

Add Docker's official GPG key

The next step is to add Docker's official GPG key. For this action, enter the following command (Figure 2).

sudo echo "deb [arch=amd64 signed-by=/usr/share/keyrings/docker-archive-keyring.gpg] \
https://download.docker.com/linux/ubuntu $(lsb_release -cs) stable" | \
sudo tee /etc/apt/sources.list.d/docker.list > /dev/null

Set Docker repository

Next you must set the docker repository. Run the command in Figure 3. Now Docker is ready to install.

sudo apt-get update

sudo apt-get install docker-ce docker-ce-cli containerd.io

Update and install Docker

Before you can log into the Ubuntu machine, you must first update and install Docker. To download the update, enter sudo apt-get update into the Terminal (Figure 4). When it is complete, install it by entering sudo apt-get install docker-ce docker-ce-cli containerd.io. Now Docker is up to date and ready to use on your device.

How to upload the Ozeki Docker container to Ubuntu

You are able to download the WinSCP software here: https://winscp.net/eng/download.php

Login to Ubuntu machine from WinSCP

Before you can upload the image file, you must log into the Ubuntu machine using WinSCP. Launch the WinSCP software. In the login window, enter IP address and port of your machine into the respective textboxes. Then type your username and password into the textboxes below. Click on the Login button when done. (Figure 5)

Upload image file to Ubuntu machine

After successfully logging in, you are now able to upload the Ozeki SMS Gateway image file to the Ubuntu machine. Drag and drop the sms-gateway.tar file from your local drive to a directory in the machine (Figure 6).

File uploaded

To make sure the file has been uploaded, switch back to the Terminal in Ubuntu. Enter the command ls -la and inspect the results (Figure 7). If you find the sms-gateway.tar file among the results, it has been successfully uploaded.

How to install the Ozeki Docker container on Ubuntu

sudo docker images

sudo docker load < sms-gateway.tar

List Docker images and load Ozeki image to Docker

The next step is to list Docker images and load the Ozeki SMS Gateway image file into Docker. First, enter sudo docker images into the Terminal (Figure 8). This will return the list of Docker images. Next, enter sudo docker load < sms-gateway.tar. This command loads the Ozeki image to Docker.

sudo docker images

Image appeared in the Docker image list

After you loaded the Ozeki image into Docker, you can make sure the process was successfully completed. If you now enter the sudo docker images command again, sms-gateway will appear in the results (Figure 9).

sudo docker run -ti -p 9615:9515 -p 9616:9516 sms-gateway \
 mono /usr/lib/ozeki/BaseSystem/v1.0.0/Ozeki_Starter.exe /run

Run Ozeki container

With the image loaded into Docker, you may now launch Ozeki SMS gateway. Type the following command in Figure 10 to run the program.

Ozeki SMS Gateway started

You can see that Ozeki SMS Gateway has now started. Open it by typing localhost:9615 into the URL bar of your browser (Figure 11).

Summary

Docker and Ozeki SMS Gateway are now up to date and in working order on your computer. We hope you found this article helpful and informative. Visit our other guides for more information on Docker and Ozeki SMS Gateway.

Docker Hardware ID control

Some docker configurations result in constantly changing ehternet hardware MAC address. The followin option can be enabled in the Ozeki Control Panel to avoid the negative effects of this behaviour.

Connect your SMS gateway to mobile networks

This article provides information on what are you options to connect your SMS Gateway to the mobile network.

Why do you need to connect your computer to the mobile network?

SMS messages are delivered to mobile phones by the mobile network. You need to find a way to connect your computer to the mobile network in order to send SMS messages. Unless there is a connection you cannot send SMS.

How to connect your computer to the mobile network?

You can setup a connection to the mobile network in various ways: you can connect through the Internet, you can connect direct to the Short Messages Service Center (SMSC) of a mobile network operator or you can simply attach a mobile phone to a PC.

In more detail, to connect your SMS gateway to the mobile network you have various options. You can connect wirelessly the same way as mobile phones connect. You can connect to the SMSC of a mobile network operator over the Internet using the SMPP, UCP or CIMD2 protocol or you can use an on-line http sms service. In either case it is a good practice to use multiple connections to the mobile network for fault tolerance, load balancing, least cost routing and backup routing purposes. A common practice is to setup an IP sms connection (e.g. SMPP client connection) for everyday high performance messaging. After this connection is working, it is a good idea to setup a wireless link as backup. You can setup a wireless link using an SMS modem pool. These to connections will make sure your system operates even if the primary SMS service fails.

The easiest: Use an Android moible phone

To connect your SMS gateway to the mobile network wirelessly, the most simple method is to setup your Android mobile with your PC. This can bo done by installing the Ozeki SMS Gateway Android App on the mobile, and to connect to the mobile through Wifi. You can pair your SMS Gateway PC with your Android mobile with a QR code scan.

Choose this option: Learn how you can connect using an Android Mobile phone...

The professional wireless link: Use a modem pool

If you need multiple phone numbers, or you wish to build a more professional system, you can decide to send sms using a GSM modem, or a send sms using a GSM modem pool.

A modem pool is a device with many GSM modems inside. A modem pool is also called as a SIM bank, because it has many SIM cards (one for each modem).

In either case you need SIM cards purchased from a local mobile network operator, and the phone numbers you can use as SMS Sender ID will be the phone numbers assigned to the SIM cards by the network operator. The advantage to using a wireless connection is that it is easy to setup, and often you can send and receive SMS messages free of charge over wireless links. (In fact many SMS service providers run a business of purchasing SMS modem pools with SIM cards and they sell the SMS messages and phone numbers to their clients over the Internet by providing an HTTP sms service.)

Choose this option: Learn how you can connect using an Modem pool...

The most reliable: Internet connection to a Mobile Network

To send large volumes of SMS messages, a direct connection to the Short Message Service Centre (SMSC) of a Mobile Network Operator (MNO) over the Internet is the best option. Mobile Network Operators offer SMPP client connection or other heavy-duty SMS protocols, such as UCP sms protocol, CIMD2 sms protocol, HTTP sms, HTTPS SMS or OZX sms connection. In most cases you can connect to these providers through a secure SSL link. You may check out the how to create a secure smpp client connection guide on getting more information about this connection option.

Choose this option: Learn how to connect to a Mobile Network through the Internet...

The most convenient: Connect to an on-line SMS service provider

There are many on-line SMS service providers (often called SMS aggregators). What these companies do, is that they purchase a professional system like Ozeki SMS Gateway for SMS Service providers, they setup one more more Internet connections to Mobile Network(s) usually through SMPP, and they resell SMS credits to their customers over the Internet.

These SMS service providers usually maintain a website, where you can purchase SMS credits, and the offer an SMPP API or an HTTP SMS API to connect to their service. Although the HTTP protocol is not the most efficient option to send and receive SMS messages, because it puts a large data overhead on each SMS, and it does not support SMS delivery reports and inbound SMS messages properly, it is still used by many businesses. The primary reason for this is that an HTTP SMS connection can be setup very effortlessly.

Choose this option: Learn how to connect to an on-line SMS service provider...

To connect your system to an HTTP SMS service, you need to sign up to the service on their website, and you need to enter the account details they provide into Ozeki SMS Gateway. A list of supported SMS service providers can be found in our On-line SMS service providers page. You will find step by step instructions for each provider on how to connect to their service.

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Step by Step Instructions

The following pages give you detailed, step-by-step instructions on how to setup a particular mobile network connection type. The most popular way to connect is to use the SMPP client connection method. Beginners often use their Android mobile phone to create their first connection, since it is always available and very easy to setup and use.

How to connect your SMS Gateway to the mobile network?

The Ozeki SMS Gateway software is a tool that can be used to create your own SMS service or to connect to other SMS services in order to send and receive SMS messages. To send and receive SMS messages, the Ozeki SMS Gateway software needs to be installed on a Windows or Linux PC and it needs to be connected to the mobile network. This article explains the various options you can choose from to connect your system to the mobile network.

How can you connect your SMS Gateway to the mobile network

There are two ways you can connect Ozeki SMS Gateway to the mobile network:

A.) Using a wireless connection: You can setup a wireless connection to a mobile network, by connecting Ozeki SMS Gateway to an Android mobile phone or to an SMS modem (e.g.: Ozeki 4G/5G SMS Modem), or to an SMS modem pool. In all of these cases you will use the SIM card in the device to send SMS the same way you would send an SMS from your standard mobile phone. In this case the SMS will go from the Ozeki Software to the attached mobile device (e.g. your android phone) and will leave your system through the antenna of the attached device. Then it will travel through the air to the nearest mobile base station, and finally it will go from the base station to the Short Message Service Centre (SMSC) of the mobile network operator through a high-speed network link. If you use this option, your SMS charges will be determined by the mobile network operator who provided you the SIM card. You can find SIM only plans that include unlimited SMS free of charge in the offerings of most mobile networks.

B.) Using an Internet connection: Another option to connect your Ozeki SMS Gateway software to the mobile network is to create a secure link (a secure TCP/IP connection or a VPN link) directly to the SMSC of a mobile network or to the SMSC of an SMS Aggregator company. In this case you will likely use an IP SMS protocol such as SMPP, UCP, HTTP, HTTPS or CIMD2 to send your SMS messages. If you want to send SMS using an Internet connection, you will need to sign a contract with a mobile network (or an SMS aggregator company) to give you login details to their network. The login details will include an IP address, a username and a password, plus the name of the protocol you need to use. They will charge you for the SMS messages sent.

How to connect your SMS gateway to the mobile network wirelessly

To get more information about how to connect your SMS gateway to the mobile network wirelessly you have to investigate the pros and cons of the following three basic options: Using one or more Android Mobiles, using one or more SMS modems or using an SMS modem pool. In all three options, SIM cards are need, that provide the mobile phone numbers you can use as Sender IDs. In all three options the connection to the mobile network is done wirelessly through the air the same way as regular mobile phones connect. Let's see what each connection type offers:

Hint: With wireless links you can often send and receive SMS messages free of charge

Wireless SMS connection: Using an Android Mobile Phone

If you wish to connect your system to the mobile network wirelessly you can install the Ozeki Android SMS Client app on your Android mobile and you can configure Ozeki SMS Gateway to send SMS through this Android phone. In order to use this setup your Android mobile and your Ozeki SMS Gateway installation needs to be on the same Wifi network (same LAN). The Ozeki SMS Gateway in this case will connect to your Android phone using a TCP/IP connection and will send the SMS messages through this connection.

You can use single or dual SIM Android devices. If you use a dual sim android phone, you will be able to use two phone number for sending and receiving SMS text messages.

Wireless SMS connection: 4G/5G SMS Modem

One of the most popular ways to connect Ozeki SMS Gateway to the mobile network is by using the Ozeki 4G/5G sms modems. These SMS modems connect to the PC through an USB data cable (multiple SMS modems are connected using an USB hub). Each modem has one or two SIM cards and communicate with the mobile network over 4G LTE or 5G links. The advantage of using such modems over Android phones is that they are more simple devices, thus they are more reliable. Since Android mobiles have a complex software stack with many apps running and many security restrictions / battery and resource optimization practices in place they have more room for error. The Ozeki SMS modems have a limited well tested software stack that will only do communication. These modems are designed to operate 24/7 without any interruption.

Hint: The Ozeki 4G SMS modems can even provide a 300Mbps LTE Mobile Internet link that can serve as a backup link for IP SMS services.

Wireless SMS connection: Using modem pools

Modem pools are devices that put multiple SMS modems into a case. Modem pools currently on the market often use 2G SMS modems based on chips manufactured by Wavecom or Simcom. A modem pool can be connected to the PC over USB or through an SMPP link. Modem pools have an advantage of being able to accept a large number of SIM cards, thus they can provide many phone numbers. Many Internet SMS service providers use Ozeki SMS Gateway connected to a modem pool to send SMS messages through phone numbers assigned to Internet customers. You can also use a modem pool in your own network. You simply have to connect it to the PC where Ozeki sms gateway is installed using an USB data cable or an Ethernet link.

Internet SMS links: SMPP

To send large volumes of SMS messages, a direct connection to the Short Message Service Centre (SMSC) of a mobile network operator, or to a high-capacity on-line SMS service is a good option. Mobile network operators and top SMS providers offer SMPP client connection or other heavy-duty SMS protocols, such as the UCP sms protocol, the CIMD2 sms protocol or the OZX sms protocol. In most cases you can connect to these providers through a secure TLS or VPN link. You may check out the how to create a secure smpp client connection guide on getting more information about this connection option.

Internet SMS links: HTTP SMS service providers

If a direct SMSC connection over the Internet is not an option for you, another possibility to send SMS over the Internet it to connect your system to an HTTP SMS service provider. Although the HTTP protocol is not the most efficient option to send and receive SMS messages, because it puts a large data overhead on each SMS, and it does not support SMS delivery reports and inbound SMS messages properly, it is still used by many businesses. The primary reason for this is that an HTTP SMS connection can be setup very effortlessly and many software developers are familiar with implementing HTTP GET and HTTP POST requests.

To connect your system to an HTTP SMS service, you need to sign up to the service on their website, and you need to enter the account details they provide into Ozeki SMS Gateway. A list of supported SMS service providers can be found in our On-line SMS service providers page. You will find step by step instructions for each provider on how to connect to their service.

Multiple SMS network connections

Many Ozeki SMS Gateway user set up multiple connection to the mobile network. This allows them to build a fault tolerant system and to do cost optimization using least cost routing configurations. Multiple connections also give access to multiple phones numbers called Sender IDs.

When multiple connections to the mobile networks are created various routing algorithms can be selected in Ozeki SMS Gateway. One of the most popular ones is random route allocation, which means that when an SMS is sent a random connection is picked from the available choices.

A common practice among our customers it to setup an IP sms connection (e.g. SMPP client connection) for everyday high performance messaging and to setup wireless links using a GSM modem pool for backup purposes. This setup is popular because it gives high operational reliability, because if this setup is used the SMS communication of the business will continue to operate even if the primary SMS service provider internet sms link fails for whatever reason. (In case of a failure, the Ozeki SMS gateway system automatically switches to the backup link, which is a wireless link.

Advantages of setting up multiple mobile network connection

• Load balancing
• Least cost routing
• Backup routing
• Multiple sender IDs (sender phone numbers)
• Random SMS sender ID per sender
• Higher total SMS capacity
• Fault tolerance, more reliable SMS system

Conclusion

Connecting your SMS Gateway to the mobile network offers several options that cater to different requirements and preferences. The Ozeki SMS Gateway software provides two main methods for connectivity: wireless connection and internet connection.

For wireless connection, you can choose from three basic options: using an Android mobile phone, utilizing 4G/5G SMS modems, or employing an SMS modem pool. These options enable you to establish a wireless link with the mobile network, allowing you to send and receive SMS messages through the connected devices. This approach offers the advantage of often sending and receiving SMS messages free of charge, depending on the mobile network operator's offerings.

Alternatively, you can opt for an internet connection by creating a secure link to the Short Message Service Centre (SMSC) of a mobile network or an SMS aggregator company. This connection involves using IP SMS protocols such as SMPP, UCP, HTTP, or CIMD2 to send SMS messages. With an internet connection, you need to sign a contract with a mobile network or SMS aggregator company to obtain login details for their network. They will charge you for the SMS messages sent.

Setting up multiple connections to the mobile network provides advantages such as load balancing, least cost routing, backup routing, multiple sender IDs, and higher total SMS capacity. This configuration ensures fault tolerance and a more reliable system by allowing seamless switching to backup links in case of primary connection failures.

Overall, choosing the appropriate method to connect your SMS Gateway to the mobile network depends on your specific needs, resources, and preferences. Consider the pros and cons of each option to establish a reliable and efficient SMS service or integration with existing SMS services.

FAQs

Do I need Internet connection to operate Ozeki SMS Gateway?

GSM/GPRS modems may not support this feature.
This functionality is readily available with IP SMS connections.

Do I need a public IP address?

No, you do not.

Ozeki works just fine within your local network (LAN) without needing a public internet address. You only need a public IP address if you plan to connect to your SMS provider over the internet using an IP SMS connection (like SMPP, CIMD2, UCP, or HTTP). In most cases, a regular public IP (the one that might change from time to time) will suffice for these connections. However, some SMS providers might require a fixed public IP address (one that stays the same).
Additionally, you'll need a public IP if you want to offer SMS services to your own customers.

Do I need a fix IP address for the SMS Gateway?

The need for a fixed IP address depends on how you plan to use the software:

• Internal Use: If you're using the software within your office or organization's local network (LAN), a fixed IP isn't necessary. A dynamic IP address, automatically assigned by your network's DHCP server, will work just fine for the SMS Gateway.
• External Use (SMS Service): If you want to offer SMS services to others over the internet, then a fixed IP address becomes essential.

Can I use a leased line connect to my mobile operator, instead of an Internet connection?

Absolutely, a dedicated leased line is the superior choice for security. Leased lines offer a private, direct connection to your SMS service provider (SMSC) compared to sharing the internet with everyone else. This translates to:

• Enhanced Security: Since you're not sharing the connection, there's less risk of unauthorized access to your SMS traffic.
• Improved Reliability: Leased lines typically experience less fluctuation and congestion compared to the internet, leading to a more reliable connection for your SMS needs.

Therefore, if your mobile network operator or SMS provider offers a leased line connection to the SMSC, it's highly recommended for both security and reliability.

How much bandwidth do I need on my Internet connection?

For an IP SMS connection, a minimum of 64 kbps is needed. Concerning connection methods, all internet connection methods, such as ADSL, CableTV, ISDN, T1, E1, etc. can be used.

Network bandwidth signifies the data transmission capacity of a connection. A greater bandwidth directly correlates with the potential for enhanced performance, although other contributing factors, such as latency, also influence overall efficacy.

In the context of mobile messaging, network bandwidth dictates the speed at which SMS messages can be transmitted and received via IP SMS connections. Typically, an average SMS message occupies approximately one kilobyte. To determine the requisite network bandwidth, an estimation of the average SMS traffic volume is necessary. This volume should then be multiplied by one kilobyte to calculate the estimated bandwidth requirement. This calculation aids in ensuring sufficient network capacity to accommodate your SMS needs.

Can I use a Virtual Private Network (VPN) connection?

Yes. A VPN connection is great, because it is more secure than an Internet connection.

For enhanced security when connecting your SMS Gateway to a mobile network operator or SMS service provider over the public internet, a Virtual Private Network (VPN) connection is strongly recommended. A VPN establishes a secure tunnel for data transmission by encrypting all traffic. This encryption process safeguards your communication from unauthorized access and potential interception.

There are two primary methods for establishing a VPN connection:

• VPN Routers: These dedicated hardware devices provide a simple and reliable solution for creating a VPN tunnel. They often offer user-friendly interfaces for configuration.
• Software VPN Implementations: Software-based VPN solutions can be installed directly on your computer or server. This approach offers greater flexibility but may require more technical expertise to configure.

Common VPN protocols for establishing the secure channel include Point-to-Point Tunnelling Protocol (PPTP) and Layer 2 Tunnelling Protocol (L2TP). It's crucial to consult with your network administrator or chosen SMS service provider to determine the most suitable protocol for your specific needs and infrastructure.

My Internet connection is not reliable. Will this be a problem?

No, it will only cause temporary outages.

• IP SMS Connections: An internet connection is only mandatory if you intend to utilize IP SMS connections (SMPP, CIMD2, UCP, HTTP, etc.) to connect to your SMS service provider. These connections operate over the internet. In the event of an internet outage, Ozeki SMS Gateway has a built-in mechanism to buffer messages. When the connection is restored, the software will automatically attempt to resend these queued messages.
• GSM Modem Usage: Alternatively, you can leverage a GSM modem to transmit SMS messages entirely independent of an internet connection. This offers a reliable method for SMS communication even in scenarios without internet access.
• Enhanced Reliability with Backup Routing: To bolster overall reliability, consider incorporating a GSM modem as a backup solution. During an internet outage, Ozeki SMS Gateway can be configured for backup SMS routing. This configuration seamlessly switches message transmission to the GSM modem, ensuring uninterrupted SMS functionality. For this functionality, consult the Ozeki SMS Gateway documentation for detailed instructions on configuring backup SMS routing.

How to send SMS with PC through an Android Mobile

This quick start guide gives you all the steps needed in order to setup your first SMS system. It shows you what you need in order to be able to send SMS from your computer through and Android mobile phone. The step-by-step instructions are easy to follow and will require only a few minutes of your time. Once you got the SMS client on your Android mobile, and Ozeki SMS Gateway configured on your Windows PC you will be ready to send SMS from your PC. This setup also allows you to setup automated SMS notification services from your business.

What you need

In order to send SMS from your PC through an Android mobile phone, you need an Android mobile with a SIM card (the SIM card is usually already installed in your Android phone). You also need a wifi link between your android phone and the PC, and you need to download and install Ozeki SMS Gateway on your PC.

How to install Ozeki on Android (Quick steps)

To install Ozeki on Android:

1. Download Ozeki SMS Gateway on your Windows PC
2. Install Ozeki SMS Gateway on your Windows PC
3. Download the Android SMS Gateway on your mobile
4. Open the downloaded apk file on your mobile
5. Select the INSTALL option to start the installation
6. Click on Open when the installation is finished
7. Allow the Android SMS Gateway's permissions
8. Connect Ozeki SMS Gateway on Windows to you Android mobile

How does it work

This solution turns your Android mobile phone into an SMS modem. In order for this solution to work, you need to install two software: You need to download and install the Ozeki Android SMS client on your android phone, and you must make it the default SMS app. Then you need to install Ozeki SMS Gateway on your PC. Once both software is installed, you need to configure the address of your Android mobile in Ozeki SMS Gateway. This will allow the Ozeki SMS Gateway software to send and receive SMS messages through your Android phone.

How to install the Ozeki SMS Client on Android

The following video tutorial takes you through the steps of Installing the Android SMS Client software on your Android mobile. Note, that you will need to download the Android SMS app from android-sms-gateway.com. After installation make sure you set the Ozeki app as the default SMS handler. (You may set the default SMS handler back to the original Android SMS client manually or by uninstalling the Ozeki SMS app). This will enable the app to run seamlessly in the background.

Installation steps

The first step of the installation is to open android-sms-gateway.com in your browser on your Android mobile. On this website navigate to the download page and find the link to the latest version of the hu.ozeki.smsclient_2.1-release.apk package.

The link to the download page can be found in the top menu just below the link to the Quick start guide. The link's colour is red. To open the download page, simply click on this link.

On the download page find the android logo and click on the package name that follows the logo. The package name will be similar to this: hu.ozeki.smsclient_2.1-release.apk. The version number might be different.

Installation of the .apk package

Once the installation package (.apk file) has been downloaded, you need to install it. You can do this by locating the file in your download list and clicking on it. Some browsers will automatically offer installation. You might receive a warning message prompting you to allow installation from a different source. You can safely allow the installation.

After the installation starts, you will be prompted with a dialog asking for confirmation. Simply click install in this dialog. The installation will create an icon on your home screen that will allow you to launch the Ozeki SMS client app.

You can also launch the Ozeki SMS client app by clicking on the Open button after the installation completes.

Set the Ozeki SMS Client app to become your default SMS handler

In order for the Ozeki SMS client app to operate seamlessly it must be set as the default sms handler. This is a very important step. The Android OS puts apps that are not opened by the user regularly into sleep or deep sleep to save battery power. It also often removes the permissions granted to apps when they are put into deep sleep. By setting the Ozeki SMS client as your default SMS handler you can prevent it from being disabled by Android. This is required to be able to provide a reliable sms gateway service for your PC, that is able to operate for months and years without interruption.

By setting the Ozeki SMS Client app as your default SMS handler, you instruct your android phone to forward all incoming sms messages to it, and you allow this app to send sms messages from your phone. This is your desired operation if you want to use your android phone as an SMS gateway. (You an set the SMS functionality back by uninstalling the Ozeki SMS Client from your phone, or by following the instructions in the how to configure the default sms handler in your android device guide).

Grant permissions

After you set the Ozeki SMS Client as your default SMS handler, you may click on the Start button to start the Gateway service. On the first attempt, the app will request various permissions to operate properly. First it will require permission for external storage. External storage is used for storing log files and configuration information. External storage is used in order to make it possible for you do download log files and backup configuration. This is required by most business customers.

To save the logs file access permission is also mandatory.

Android phones usually operate from a battery. Battery optimization allows android to disable apps to save battery power. In order to provide a reliable SMS gateway functionality your phone should always be connected to the charger. You should also disable battery optimization on the phone for the Ozeki SMS Client app. This will allow the Ozeki app to operate continuously without interruptions.

From the battery optimization menu, select no restrictions. This will allow your SMS service to operate reliably.

Success! Your Ozeki SMS Client is started.

If you have completed all the steps above, your Ozeki SMS Client on your Android device is started. This means that your pone is now setup as an SMS gateway. It is ready to forward SMS messages coming from your PC to the mobile network. It is also ready to forward incoming SMS from the mobile network to your PC.

Configure your Windows PC

Once your Android mobile phone is setup and ready, you can move onto configuring your Windows PC. (Note that these steps can also be completed on a Linux computer.) The configuration of your windows PC consists of two major steps: installation of the Ozeki SMS Gateway software and connecting the Android mobile running the Ozeki SMSC Client app to it. The following video demonstrates what you need to do on Windows.

After the installation of the Ozeki SMS Gateway software and connecting the Android mobile, you need to add new connection, for the purpose of enabling you to communicate on the device. For the very first step, you have to click on the “Add new connection” link on the left of your screen, highlighted in blue. This action will bring you a new management page tab.

In this tab, you can find various wireless connection options, among which you have to install the “Android SMS client”, which gives you the ability to send text messages through your Android mobile phone. The download turns your device to a modem, which means that the phone will be able to send and receive text messages through GSM network.

The following necessary movement is to enter the connection details in the boxes below. It is required to fill the cells of host name or IP address, port number of your Android phone. In the following section you have to give the username and password, which you can find on your mobile phone in the Ozeki SMS Client app. Then click on the “Ok” button at the bottom of that page.

Your following assignment will be that, to create the connection to the SMS gateway. You will find a slider button at the left side of the control table, that turns green, by clicking on it.

In the android_SMS_client_1_details, that contains the log viewer panel, you have to choose the “Test” tab. In this panel, write the recipient’s mobile phone number into the appropriate cell, then formulate a text message into the “SMS” box. When it is done, click on the “Send” button, highlighted in blue.

By clicking on the “Send” button above, you will receive a notification SMS, that your SMS has been sent successfully. If you had followed the instructions correctly, then your connection process is done.

Summary

Now, you are able to use your SMS system, including sending text messages via Android phone to PC. This quick list of instructions has given you the necessary information to get setup easily.

As you have already setup the Android SMS Gateway, it is a good idea to try the Ozeki sms marketing system. The Ozeki sms marketing system has and advanced ability to manage phone number lists and call to action links, you can now seamlessly reach out to your target audience with sms messages through your Android SMS Gateway and can convert them into loyal customers.

You can find more information about the Ozeki SMS Marketing System on this page:
https://ozeki-sms-gateway.com/p_3548-sms-marketing-system.html

This feature allows you to utilize your android SMS gateway in a way that maximizes your marketing potential, resulting in increased sales and brand visibility. Your digital marketing campaigns will be more efficient and effective than ever before!

Quick start guide: Send your first SMS

This quick start guide takes you through the steps of installing Ozeki SMS Gateway on Windows and sending SMS messages through an Android Mobile phone. In order for the Android phone to work with Ozeki SMS Gateway, the Ozeki SMS App needs to be installed on it. In this guide, you will learn how to pair your Android phone with the Windows Ozeki SMS Gateway system using a QR code scan.

Overview

The quickest way to send SMS is to hook up an Android mobile phone to your PC and send an SMS. In this quick start guide, this is what we are going to present. If you wish to send SMS using other methods, such as SMPP, HTTP, GSM modems, check out the "How to connect to mobile networks" guide.

To send SMS from your PC using an Android mobile read on:

Prerequisites

• Windows PC
• Android mobile phone*

*We recommend you to use a dedicated Android phone for production systems, because in order for the Ozeki Android SMS App to operate well it should be set as the Default SMS handler on the mobile device, and it should always be connected to your Windows SMS Gateway system.

Quick steps

• Step 1 - Download and Install Ozeki 10 SMS Gateway for Windows
• Step 2 - Download and Install Ozeki SMS App for Android
• Step 3 - Connect the Android by scanning a QR code
• Step 4 - Send a test SMS from Windows

Step 1 - Setup Ozeki SMS Gateway on your Windows PC

To install the Ozeki SMS Gateway on Windows, download the .zip file from the Download page, extract it, run the .exe installer, and follow the on-screen instructions. Open the SMS Gateway within Ozeki 10 following installation.

Download URL:

https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

Video tutorial:

The following video shows you how you can download and install Ozeki SMS Gateway on Windows.

Step 2 - Install the Android App on your mobile phone

You can install the Android app by scanning the following QR code or by clicking on the link below it. You can also take a look at the video that shows how you can setup the Ozeki Android app, and how you can configure it by scanning a QR code shown in Ozeki SMS Gateway. The video also shows how to send a message to ensure the connection is successfully established.

Android App installation QR code:

Video tutorial:

How to install the Android App on your Android mobile.

Step 3 - Connect the Android by scanning a QR code

Once Ozeki SMS Gateway is installed on Windows, click Add new connection on the left panel of the main page, as illustrated in Figure 1.

Next, click on Install next to Android SMS QR, highlighted in red in Figure 2.

Enter the phone number of your Android phone into the corresponding textbox, then hit OK, as shown in Figure 3.

If you have not already done so, this is the time to install the Ozeki Android App on your mobile phone. (If QR code installation does not work, you can install the Android app manually by downloading the installation file (APK) from the android-sms-gateway.com website, enable 'Unknown sources' in device settings, use a file manager to locate and tap the APK, then follow on-screen instructions to complete installation and grant necessary permissions.)

Once the Ozeki App is running on the Android phone, you need to connect the phone to your Windows PC. In Windows, click on the QR code tab located near the middle in the upper half of the screen of your Android QR connection's details page. You should see a QR code similar to the one in Figure 4.

Video tutorial:

The next short video takes you through the steps of starting the Ozeki SMS App by connecting it to the SMS Gateway by scanning the QR code.

In order for the Ozeki SMS client app to operate seamlessly, it must be set as the default SMS handler (see Figure 5 and 6). This is a very important step. The Android OS puts apps that are not opened by the user regularly into sleep or deep sleep to save battery power. It also often removes the permissions granted to apps when they are put into deep sleep. By setting the Ozeki SMS client as your default SMS handler, you can prevent it from being disabled by Android. This is required to be able to provide a reliable SMS gateway service for your PC, that is able to operate for months and years without interruption.

Inside the Android app, tap the Start button, like in Figure 7.

Then, tap on the link that says Scan QR code. It is highlighted in Figure 8.

The camera should open. Point it at the QR code on your screen to scan it, similar to Figure 9.

If done correctly, the row that previously said 'Link: not connected', should have turned to 'Link: Connected.' in the Android SMS Client (Figure 10).

The Events tab of the freshly created connection should also tell you that the connection was successful, as seen in Figure 11.

Step 4 - Send your first SMS

Now that everything is setup you are ready to send a test SMS. Click on New in the toolbar. This will take you to the message composer page (Figure 12). Enter a phone number and your message text and hit Ok to send it.

If successful, both the web GUI and the Android app should tell you the message was sent out (Figure 13).

To make sure you have done everything correctly, head to the new connection's Events page, where you should see logs similar to Figure 14.

Are there other ways to connect my Android phone and my PC?

Yes, you may choose to have the two devices on the same local network, and connect via local IP and port. If you wish to find out more about that solution, click here.

Quick start guide II: Send your first SMS
(Configure your Android manually)

In our default quick start guide you can seen how you can setup your Android device with Ozeki SMS Gateway by scanning a QR code. In this guide you can learn how you can do the same by configuring the Android device manually. This could be useful if you with to take more control over your network configuration.

What is the difference between the QR code setup and the manual config

The Ozeki Android SMS App and Ozeki SMS Gateway on Windows communicate through a TCP/IP link. When you scan a QR code to setup this link with your Android mobile, you download the TCP/IP connection details to the mobile phone, and it will act as a TCP/IP client. In this case your mobile phone will initiate the connection.

If you wish to do manual configuration, you will use the TCP/IP endpoint information deisplayed on your Android App's user interface and you will enter it into Ozeki SMS Gateway. In this setup your Android mobile phone will be a TCP/IP server and your windows PC will connect to it to establish the link.

Both options are equally good. This guide explains the steps to take to use the second option.

What you'll need?

In order to send SMS from your PC through an Android mobile phone, you need an Android mobile with a SIM card (the SIM card is usually already installed in your Android phone). You also need a wifi link between your Android phone and the PC, and you need to download and install Ozeki SMS Gateway on your PC.

SMS Gateway using your Android mobile phone (Quick steps)

SMS Gateway using your Android mobile phone:

1. Download and install Ozeki Android SMS Client app
2. Set the Ozeki app as the default SMS handler, grant permissions
3. Download and install Ozeki SMS gateway on Windows
4. Start Ozeki Android SMS Client
5. Configure your Windows PC
6. Start the Gateway on Windows
7. Send SMS with SMS Messenger
8. Congratulations! You have successfully sent an SMS message with Ozeki Android SMS Gateway

Install the Android SMS gateway app on your Android phone (Video tutorial)

The following video tutorial takes you through the steps of Installing the Android SMS Client software on your Android mobile. Note, that you will need to download the Android SMS app from android-sms-gateway.com. After installation make sure you set the Ozeki app as the default SMS handler. (You may set the default SMS handler back to the original Android SMS client manually or by uninstalling the Ozeki SMS app). This will enable the app to run seamlessly in the background. Continue with downloading the Ozeki SMS Gateway in video 2.

Step 1 - Download Android App

The first step of the installation is to visit android-sms-gateway.com on your Android phone. From the menu tap on Download which will open the downloads menu. Here the download is straightforward, you'll see a blue .apk label on the screen, simply tap on it and it will start the downloading (see Figure 1).

Step 2 - Installation of the .apk package

Once the installation package (.apk file) has been downloaded, you need to install it. You can do this by locating the file in your download list and clicking on it. Some browsers will automatically offer installation. You might receive a warning message prompting you to allow installation from a different source. You can safely allow the installation. After the installation starts, you will be prompted with a dialog asking for confirmation. Simply click install in this dialog. The installation will create an icon on your home screen that will allow you to launch the Ozeki SMS client app (see Figure 2).

Step 3 - Set the Ozeki SMS Client app to become your default SMS handler

In order for the Ozeki SMS client app to operate seamlessly it must be set as the default SMS handler (see Figure 3). This is a very important step. The Android OS puts apps that are not opened by the user regularly into sleep or deep sleep to save battery power. It also often removes the permissions granted to apps when they are put into deep sleep. By setting the Ozeki SMS client as your default SMS handler you can prevent it from being disabled by Android. This is required to be able to provide a reliable SMS gateway service for your PC, that is able to operate for months and years without interruption.

Step 4 - Grant permissions

After you set the Ozeki SMS Client as your default SMS handler, you may click on the Start button to start the Gateway service. On the first attempt, the app will request various permissions to operate properly. First, it will require permission for external storage. You have to grant permission to manage all files (see Figure 4).
You should also disable battery optimization on the phone for the Ozeki SMS Client app (see Figure 5).

Note

Now you finished the first step of using the Ozeki Android SMS gateway. If the instructions weren't clear or if you want more details, you can view a detailed tutorial of the installation.

Download and install the Ozeki SMS gateway on Windows (Video tutorial)

In this brief video, we guide you through the process of downloading and installing the Ozeki SMS Gateway. Begin by accessing the download site, proceed to extract the RAR file, and then install the program using the provided installer. Follow the given instructions, to learn the easy process of downloading the Ozeki SMS Gateway software. By the end of this educational video, you will successfully download and install the Ozeki SMS Gateway on your computer. The next video will be about configuration. Continue learning.

Step 1 - Download Ozeki SMS Gateway

From the download page, download Ozeki SMS Gateway for Windows (see Figure 6).

Step 2 - Extract files

the downloading process is complete, you'll find a compressed file. Right-click on the file and select the "Extract All" or "Extract Here" option from the menu. Allow the extraction process to unfold, patiently waiting until it reaches completion (see Figure 7).

Step 3 - Install Ozeki SMS Gateway

Once the extraction is complete, you'll find a .exe file in your directory. Run the .exe file to initiate the installation process. Follow the on-screen prompts to complete the installation (see Figure 8).

Note

Now you finished the next step of using the Ozeki Android SMS gateway. If the instructions weren't clear or if you want more details, you can view a detailed tutorial of the installation.

Start Ozeki Android SMS Client

On the Ozeki SMS Gateway app, tap the Start button. This will start the Ozeki SMS Gateway Client, meaning your Windows PC will be able to connect to your phone, over wifi to enjoy the benefits of the Ozeki Android SMS Gateway.
After tapping the start button you will see that the 'Status' will change to 'running', and details will appear. Status will show if it is running or not, and there will be the connection details (see Figure 10).

Configure your Windows PC (Video tutorial)

Once your Android mobile phone is set up and ready, the next step involves configuring your Windows PC. The upcoming video will provide a step-by-step demonstration, guiding you through the process of connecting to the Android mobile device that is running the Ozeki SMSC Client app. Follow this easy guide and complete the configuration process of Ozeki SMS Gateway. This step is essential to continue with the following step to set up Standard user, presented in the next video.

Step 1 - Add new connection

To establish a new connection, simply click on "Add new connection" located in the left menu bar (see Figure 11). Before proceeding, ensure you have installed the Android SMS Client, a crucial component that transforms your Android phone into an efficient SMS modem.

Step 2 - Configure connection details

Next, proceed to fill in the essential details in the host, port, username, and password boxes. You can easily obtain this information from the Android app on your phone. Once you've entered these details, click the "OK" button (see Figure 12). With this connection in place, you'll unlock the potential of Ozeki SMS Gateway, granting you access to a wide array of powerful features and functionalities.

Step 3 - Start the Gateway on Windows

You will now find a slider button at the left side of the control table, that will start the gateway, by clicking on it. The Ozeki SMS Gateway has successfully started on your Windows PC (see Figure 13).

Note

Now you finished the next step of using the Ozeki Android SMS gateway. If the instructions weren't clear or if you want more details, you can view a detailed tutorial of the installation.

Send SMS text message with Ozeki SMS Messenger (Video tutorial)

In the following video, you will learn about how you can set up a Standard user in the Ozeki SMS Gateway server software and start using the SMS Messenger to send your first short text message. The video is a little shorter than 1 minute but it contains all necessary information to be able to do it alone.

Step 1 - Install standard user

Access the Home page of the gateway. Choose the "Add new user/application..." option from the Management panel to add a new user. Setting up the Standard User involves installing it through the General section. To proceed with the installation of the Standard User, simply click on the "Install" link situated next to it (see Figure 14). Then set up Standard user login information, so you can access it with login data. Enter a Username and Password to it (see Figure 15). After these steps, you need to log out from the current account (start button at the bottom left corner).

Step 2 - Login and send SMS

You can now log in as the standard user in the Ozeki SMS Gateway. Simply input the Username and Password on the login page to access the standard user account (see Figure 16). On the Ozeki Desktop look for "SMS Messenger" and click it to open (see Figure 17).

Step 3 - Send SMS

By clicking on the "New" button, create an SMS message in Ozeki Gateway. Add your recipient's mobile phone number and formulate the text message in the appropriate cells (see Figure 18). After entering these details, click on the "OK" button to start the process of delivery.

Note

Now you finished the next step of using the Ozeki Android SMS gateway. If the instructions weren't clear or if you want more details, you can view a detailed tutorial of the installation.

How does a successful SMS sending log look?

When a message is sent using Ozeki SMS Gateway, the system automatically generates a log for reference. To access and review this log, navigate to the 'Events' tab within the application (see Figure 19) or if you sent it from Ozeki SMS Messenger, simply view the Message delivery history (see Figure 20). Overall, the SMS log is a valuable tool for users of Ozeki SMS Gateway. It provides a detailed record of all SMS activity, which can be used for a variety of purposes.

Successful SMS Sending Log (Video)

In this video you can see, what the log message looks like after you send a test message in Ozeki SMS Gateway. By observing the measures, you can monitor the status of your messages, and ensure that your SMS communications are functioning well. Watch this short video for a detailed guidance of the essential steps you need to make fo successful SMS sending log. In the next video, you can see what does the log text message look like.

In this video you can see, what the log message looks like in Ozeki SMS Messenger. This quick video, we will present you the process of getting the Message delivery history details easily in the Ozeki Messenger. Follow the step-by-step guidance for better understanding. By the end of this short video tutorial, you can learn this easy process and check the details anytime you want.

How Does it work?

This solution turns your Android mobile phone into an SMS modem. In order for this solution to work, you need to install two software: You need to download and install the Ozeki Android SMS client on your Android phone, and you must make it the default SMS app. Then you need to install Ozeki SMS Gateway on your PC. Once both software is installed, you need to configure the address of your Android mobile in Ozeki SMS Gateway. This will allow the Ozeki SMS Gateway software to send and receive SMS messages through your Android phone.

FAQs

What kind of user interface is available for Ozeki SMS Gateway?

Ozeki SMS Gateway offers a convenient web-based user interface, accessible through any web browser on your computer. While older versions like Mozilla Firefox 2.0 and Internet Explorer 6.0 are technically compatible, it's recommended to use a more recent browser for optimal performance and security.

To access the interface, simply open your web browser and type in the following address: http://127.0.0.1:9501/ This will launch the login screen where you can enter the default username and password to start managing your SMS gateway.

What is the default username and password?

Username: admin
Password: abc123

It is strongly recommended to change the default password immediately after installation.

Can I access the web-based user interface remotely?

You can access the Ozeki SMS Gateway user interface (UI) from your local network (LAN) or even over the internet. However, for remote access, you might need to adjust your firewall settings.

To connect to the UI, open a web browser and enter the correct URL in the address bar. The default URL for local access is:

• http://127.0.0.1:9501

If you have a Domain Name System (DNS) server, you can create a DNS "A" record pointing to your public IP address. This allows you to use a more user-friendly domain name instead of the IP address.

The default port for the UI is 9501. If you changed this in the Ozeki settings, you'll need to include the new port number in the URL. For instance, if you changed it to port 80 (the standard HTTP port), you could use:

• http://127.0.0.1 (local access)
• http://152.66.115.1 (remote access with default port)
• http://smsgateway.mydomain.com (remote access with custom DNS name)

If you can't access the UI, your firewall might be blocking access to the port used by Ozeki (usually port 9501). You might need to adjust your firewall settings to allow remote connections to this port.

Conclusion

We've strived to simplify the process and guide you through every step with utmost ease. You learned how to install the Ozeki Android SMS Client app, set up SMS Gateway on Windows, and send SMS via this solution. Everything that you need to try out Ozeki SMS Gateway. If you've closely followed these instructions, you should now be proficient in sending SMS messages using Ozeki Android SMS Gateway, without encountering any hitches. Ozeki offers you the unique ability to route SMS messages across various endpoints while granting you control over your messages throughout their journey. You can efficiently manage SMS costs and monitor your SMS traffic, as well as log SMS messages into a database, offering comprehensive reporting capabilities to enhance your understanding of your SMS communication. To learn more about the advantages of Ozeki and explore similar solutions, please visit ozeki-sms-gateway.com.

How to send sms through the Android SMPP Gateway

This article is about sending SMS through the Android SMPP Gateway using Ozeki SMS Gateway. After reading this, you will be able to send out SMS using SMPP protocol. SMPP (Short Message Peer-to-Peer) and Ozeki SMS Gateway give you the ability to send out text messages from your computer. The distribution is helped by an Android phone, so you will also get to see how to use the Ozeki Android SMPP Gateway on your phone. This guide is highly recommended if your company wants to send out SMS in a simple but rapid way.

This solution was replaced by the latest Android SMS Gateway client solution, which runs on all the latest Android mobile phones in 2025. Please visit the Android SMS Gateway Client for Ozeki page for more information.

What is an Android SMPP Gateway

Az Android SMPP Gateway accepts connections over the Internet (or Lan) from computers. These computers send SMS to the Android mobile phone using the SMPP protocol, and the Android mobile phone forwards these SMS messages to the mobile network.

How to send sms through the Android SMPP Gateway (Simple guidelines)

This SMS communication solution make it possible to use your computer to send SMS messages to any mobile phone. The solution consists of a computer with the Ozeki SMS Gateway installed, your mobile phone with the Ozeki SMPP SMS Gateway application installed and some other mobile users. Your computer and the SMS gateway software is responsible for compiling the message. Your mobile phone will receive the request and will send the message using the gateway application. On the diagram (Figure 1) you will see that the computer will configure the message and submit it for sending. Your mobile phone will get the submission using a wireless connection and will send it to the recipients.

How to send SMS through the Android SMPP Gateway (Quick steps)

To send SMS through the Android SMPP gateway:

1. Setup Ozeki Android SMPP Gateway on your phone
2. Start the application
3. Launch Ozeki SMS Gateway on your desktop
4. Add new service provider connection
5. Install SMPP client connection
6. Enter the parameters from the Android SMPP SMS Gateway app
7. Check SMPP connection installation status on Events tab
8. Create test SMS text message on Test tab
9. Send the test SMS text message via the Android SMPP Gateway
10. Read the logs about the message status

Install the Android SMPP App on your smartphone

Download, install and configure the application form Ozeki website: Download Android SMPP Gateway

Start the application by clicking on its icon then "Start" button. You will see the followings on the top left-hand side of the screen: Host address, Port number, User name, Password (Figure 2). You need to memorize these parameters because they will be needed later.

How to send sms through the Android SMPP Gateway (video tutorial)

In this video tutorial we show you how to configure the SMPP client in Ozeki SMS Gateway and send out a test message. A bit longer than one minute but shows everything step by step, so it is fair to call this tutorial short and detailed. Advised to watch it carefully in order to do every step right. After watching the video, you will be able to configure everything by yourself.

Setup SMS Gateway to use your Android phone

You need to install and configure SMPP connection. Firstly, add new service provider connection by clicking on the left-hand sided Connections panel's "Add new connection" link. After this, the "Add a connection" list will appear on the right side of the GUI. Look for IP SMS connections install list and select the SMPP client install item to use the SMPP protocol. (Highlighted in Figure 3)

Specify the SMPP server settings

Provide your SMPP credentials on the Install connection page's General tab. There you can find the Connect to server group box, where you need to enter the following parameters: Host, Port number, Username, Password. You can find these parameters in your Ozeki Android SMPP SMS Gateway application.
(see Figure 4)

Check the installation of the SMPP connection

In the SMPP_client_1 details page you can find the Events tab where the "Successful login" and "Connection online" messages indicate that the SMPP connection has been installed successfully. Study the Event log in order to understand what is happening in the connection. You can switch on/off the update of the log, delete the content and update it with the buttons in the right corner of the tab page. (Figure 5)

Send your first SMS

Switching to the Test tab page you can send test SMS message. Go for the General tab and provide the recipient address by writing the phone number to the Recipient group box, write the message to the SMS group box and click on the Send button to create and send out a test message. (All highlighted in Figure 6)

Make sure that the message is sent successfully

Finally, you can check whether the message is sent successfully or not by looking at the bottom of the page. There you can find information about the time the message was sent, the status of the messaging procedure and the connection. A green check mark shows that sending the test message was successful. (Figure 7)

Summary

In this article we showed you how to send out SMS with SMPP protocol using Ozeki Android SMPP SMS Gateway and Ozeki SMS Gateway. This solution helps you to send out SMS from your computer, you only need Ozeki SMS Gateway installed in your selected computer and a mobile phone with Android SMPP SMS Gateway to transmit these messages to the recipients. The messaging will be easy and fast with this solution.

Do not finish your work here, you can read more about different types of connections, like UCP connection and OZX connection in our website.

Your next thing to do is to download Ozeki SMS Gateway and start using it!

How to send SMS free of charge

Yes it is possible. You may send SMS messages free of charge from your PC. This guide gives you information about how this can be done. In short, you need to install the Ozeki Android SMS gateway on an Android mobile phone running Android 9 or later, and you need to connect to it from your PC using a webbrowser.

What is the trick?

While on-line SMS service providers often charge for SMS messages sent or recieved over the Internet. Mobile network operators now offer plans and subscription with free and unlimited text option. The trick is that you purchase a SIM card with such a plan and you install the Ozeki Android SMS Gateway software to your Android Mobile phone. Such as SIM card costs GBP 1 (yes, one pund) in the UK, plus you need to topup a minimum amount of GBP 10. That is all the cost you will pay.

When you purchase the SIM card, look for the "unlimited text" option in the advertised mobile phone plan.

Free SMS - Vodafone UK

Go to any Tesco store in the UK and get a SIM card with unlimited texts. Fore example you can choose Vodafone SIM cards because they offer umlimited free SMS messages (Figure 1).

Free SMS - O2 UK

O2 UK also offers unlimited free sms messaging from your mobile phone (Figure 2). Similar plans are available from other providers as well.

Once you have a SIM card with unlimited text plan, and you have installed Ozeki Android SMS gateway to your mobile, your business applications can connect to your Android Mobile phone using the same connection methods you have used to connect to On-line SMS services (e.g. HTTP API, SMPP, etc.) and you can send SMS messages free of charge.

SMS modem installation (Ozeki 4G SMS Modem)

This article shows you how to send SMS wirelessly using an SMS modem. The article explains these steps using the Ozeki 4G LTE SMS Modem. The Ozeki 4G LTE SMS Modem is high speed professional wireless modem that can be connected to a PC using an USB port. It is an excellent choice for most SMS solutions. It operates at 115200 baud and features excellent support with Ozeki SMS Gateway.

What is a 4G modem?

A 4G modem is a hardware device designed to make connections to cellular networks. After connecting to the network, you can use it to send and receive SMS messages. It is a great choice for created automated text messaging services like SMS alarms or sending bulk marketing sms messages.

How does sending SMS through a 4G modem work

Sending SMS from a 4G modem requires the modem itself, a computer, Ozeki SMS Gateway and the recipient's mobile device. The connected computer will compile the text message for the SMS message using Ozeki SMS Gateway. It only needs the address and the message text. The computer will use the modem to send the SMS message to the service provider. The service provider will forward the text message to the recipient's phone. (Figure 1)

Compatibility with Ozeki SMS Gateway

The Ozeki 4G Modem is the perfect choice to use with Ozeki SMS Gateway. When we built the modem, we paid extra attention to compatibility with Ozeki SMS Gateway and other Ozeki Services, as well as high speed, small form factor and ease of setup. We also provide up to date information and setup guides for all our devices.

How to send SMS with a 4G modem

To send SMS with a 4G modem:

1. Insert the SIM card into the modem
2. Plug the antenna into the modem
3. Connect the modem to your PC with USB cable
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the recipient phone number
7. Write the content of the SMS message
8. Click on Send to send the SMS
9. Review the test SMS message you sent

Ozeki 4G LTE SMS Modem setup (video tutorial)

In this guide video, we will show you how to set up the Ozeki 4G modem. For this setup you need the Ozeki 4G modem, a SIM card, two antennas and a USB cable. First, we insert the SIM card into the modem, then we connect the antennas to the modem. Now all we have to do is connect the modem to the PC. Once the modem is successfully connected to the PC, the power led will light up to indicate that it is working.

More information about the product

Get the parts that you need to connect the modem successfully

To connect the modem to a PC, you'll require the following components, (Seen on Figure 2) a SIM card, two antennas, a USB cable, and the modem itself. Make sure that you have all necessary accessories for utilizing the modem, as even the smallest details are significant.

Insert the SIM card into the modem

Begin by inserting the SIM card into the modem, which is the initial step in the process. This action closely resembles inserting a SIM card into a mobile phone. The SIM card serves to establish the connection between the modem and the network. (Illustrated in Figure 3)

Important settings for SIM card

The settings outlined here are very important. Failing to complete these steps will result in the incompatibility of your SIM card with Ozeki 4G Modem. It's crucial to disable your PIN code and divert phone calls to an alternate number. These actions can be performed on a conventional mobile phone (Refer to Figure 4).

Connect the antenna to the modem

Once the SIM card is inserted, proceed to attach the antennas to the modem. Ensure proper and accurate connection for optimal performance. The antenna's role involves both signal transmission and reception. (Visualized in Figure 5).

Insert the USB cable into the modem

The next step is to insert the USB cable into the modem. This action establishes a connection between the modem and your computer. It is recommended to employ a fully functional cable to prevent any potential disconnections. (Refer to Figure 6).

Plug the USB cable into your computer

Finally, attach the opposite end of the USB cable to your PC. Insert it into your computer's port. (As depicted in Figure 7).

Ozeki 4G LTE SMS Modem Software setup (video tutorial)

In this video you will learn how you can set up an Ozeki 4G LTE SMS Modem to send text messages (SMS) using a USB cable. For this setup, you need to have a connected Ozeki 4G Modem and Ozeki Software Platform installed. We will install the drivers and use Ozeki SMS Gateway to install a new SMS Modem to send our first test message. Once we send the message we check it on our recipient device.

Install the Ozeki Modem Driver

To install the Modem Driver, access the folder where the downloaded file is located. Unpack the downloaded files into a new folder and locate the Driver Executable File. Start the installer by double-clicking on it; if prompted for Administrator rights, click on Allow. (Refer to Figure 8 for an example).

Proceed with Installing

To start the driver installation, after opening the installer window, simply click the Install button and patiently wait for the completion of the install. Once the installation is finalized, click the Finish button to conclude the setup procedure. (Shown in Figure 9).

Open Ozeki SMS Gateway App in Ozeki Software Platform

To launch the Ozeki Software Platform, access the search feature within the Windows Taskbar. Input Ozeki 10 and select the corresponding application. The software is supposed to start within a brief period. Within the Ozeki Software Platform, navigate to the Ozeki SMS Gateway. Typically located on the left side, it has various default apps. Locate and open the SMS Gateway application, identifiable by a phone icon with "SMS" text. This will start the SMS Gateway Application. (Refer to Figure 10).

if you have not yet downloaded Ozeki Software Platform, you can download it here: Ozeki Installer Download Page

Add a new connection

To establish a fresh connection in Ozeki SMS Gateway, locate the add new connection link within the Connections panel on the left-hand side. Click on it to unveil the page containing the connection list, where you can configure an SMS modem. (Visible in Figure 11).

Install a new SMS Modem

In the next window, you will find a list of available connections you can establish within the SMS Gateway application. Locate the Wireless connections install list and choose the SMS modem installation item. Click on the Install link, that will let you install a new modem in Ozeki SMS Gateway (Exemplified in Figure 12).

Select the Port

Within the Serial port settings, access the Port dropdown menu. Search for the Ozeki Modem Port entry and click on it. This will select the integrated modem within the Ozeki SMS Gateway Modem, enabling the transmission of messages via 4G. (Refer to Figure 13).

Autodetect properties

Next to the dropdown menu, find the blue button with the text Autodetect, click this button to automatically get all data from your SIM card like your phone number and configure it, it may take a few seconds. (Figure 14)

Check the information

Check your details, a window will pop up named Autodetect, check if every detail matches to your SIM card, you can also see the modem details here. Click on the Ok button at the bottom when you are done checking everything. This will finish the Autodetect procedure and ready your modem for sending sms messages from your computer. (Figure 15)

Finish setting up your modem

To finalize the setup of your modem, locate the blue Ok button situated at the screen's bottom. If you desire to make additional adjustments to your modem, you can do so under the SMS tab or the Advanced tab. Alternatively, you can return to this tab after clicking Ok and access the Configure tab at a later time. (Can be seen on Figure 16)

Enable SMS Modem Connection

To enable SMS modem connection, find the Connection group on the left, you have to Enable the Connection switch, which is the second option in the group. Click on it to make it green and your modem will start connecting to your service provider. (Figure 17)

Navigate to the Test panel

Navigate to the navigation bar in the right panel and click Test to open the Test tab page and enter the Test SMS sending page. You can send test messages from here to anyone with custom content. (Seen on Figure 18)

Fill the recipient's address and test message

Fill in the recipient's address and enter the test message, look for the To field in the Recipient group, you can enter the phone number there, and type into the SMS text field what you want to send. You can write whatever you want here. (Figure 19)

Send the SMS

Send the SMS if you are done, look for a blue Send button at the bottom of the screen. Click on the button to send the message and you will soon receive the SMS on the specified phone number. (Figure 20).

Check the test message

Check the test message on your mobile device, look for an application that handles SMS messages and open it, if you see your test message appear with the correct content, your SMS modem is working correctly, congratulation! (Figure 21)

Summary

As you can see in the guide, the Ozeki SMS Modem works really well with Ozeki SMS Gateway. Using them together lets you send messages from your computer, helping your company to grow bigger. You can use this to send out automated or bulk messages. After you went through the steps, got the needed hardware and software, you will be able to send SMS using your computer.

Send your first SMS with a GSM modem

The easiest way to send sms is to use an Android phone with Ozeki SMS Gateway. In case an Android mobile is not available, you can also use a GSM modem. This guide explains how you can attach a GSM modem to your PC with a data cable to send and receive SMS messages.

This guide will take you through the steps of how to send SMS from the Windows SMS server with a GSM modem.

How to send SMS with a GSM modem

To send SMS with a GSM modem:

1. Check the prerequisites
2. Launch Ozeki SMS Gateway and login
3. Add new SMS modem connection
4. Install new Standard user
5. Provide unique username and password
6. Create a new inbound route
7. Set the Mode to Move
8. Configure a new outbound route
9. Select the Move from Mode options
10. Send test SMS with the GSM modem

Video tutorial

This video demonstrates the setup of the GSM modem connection and automatic recognition of the SMS modem port. You’ll gain knowledge on creating a new user and applications. Following that, the user could utilize a user-friendly graphical interface (GUI) to send and receive SMS messages.

The SMS Application Interface allows other applications to connect to the Ozeki SMS Gateway and automate the sending and receiving of SMS messages. The SQL-SMS gateway and HTTP/HTTPS SMS API are SMS messaging solutions that allow bulk SMS communication in company systems.

Requirements

	SIM card: To use all the functionality of Ozeki SMS Gateway, first you need a mobile subscription that comes with a SIM card. This SIM card will provide you a telephone number, that is crucial to send and receive SMS messages with Ozeki SMS Gateway.
	GSM modem: A special type of modem, that accepts SIM cards. That modem can be connected to your PC via a data cable and use it as a broadcaster for your messages. The GSM modem is available directly from Ozeki Ltd. You can use this modem which supports SMS sending with AT commands in both Text mode and PDU mode.
	Data cable: To connect your GSM modem to the PC, you just need a simple USB data cable that is provided for each modem that has been ordered from Ozeki Ltd.
	Ozeki SMS Gateway: You need to download Ozeki SMS Gateway from https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html and install it on your computer.

Ozeki SMS Gateway can be obtained by from the download page: Download Ozeki SMS Gateway!

Setup instructions for the modem are available at: Installation of an SMS modem

Step 1: Log in to your account

If you want to send mass text messages from computer, the first thing that you need to do after the installation to log in to your account that you created during the installation. For that just click on the Ozeki Desktop icon and your Ozeki SMS Gateway will open up in your web browser (Figure 1).

In the login window just enter the username which is 'admin' by default and your password that you specified during the installation. After you pressed OK, the SMS Gateway starts automatically with an opening window as Figure 2 demonstrates it. Here there are four main panels that collect all the main features of the SMS Gateway you need to handle SMS messages. If you want to change the password of the default 'admin' user, you can easily do that by following the quick guide on the link.

The next step is to connect your system to the mobile network. To do this there are two options. You can connect to the mobile network like any other mobile phone does, in this case you need to connect a GSM modem or you need to connect through an Android mobile phone. The other option is to connect to the Short Message Service Centre (SMSC) of a mobile network operator over the Internet. In this case you would setup an SMPP connection, an UCP connection a CIMD2 connection or an HTTP SMS connection.

The simplest option is to connect your computer to the mobile network using an GSM/SMS modem. An SMS modem is s simplified mobile phone. You can put a SIM card in it, and it has an antenna. In this case Ozeki SMS Gateway will communicate with you modem over a data cable and will receive incoming SMS and will send outgoing messages through the wireless link provided by the modem. The way you will do that is very simple, you only need to create a connection that can manage the GSM modem and use to send and receive SMS messages. To create that connection just select Add new connection... like in Figure 3.

Next, as Figure 4 shows that, you can choose from numerous connections since Ozeki SMS Gateway supports many protocol types. But now, to follow this guide you need to create a wireless connection, more specifically an SMS modem connection that can be performed by clicking on the Install button.

Before finishing the creation of the connection, you can give a name to the connection and select the port, where you connected the SMS modem. If you are not sure about specific number of the port, just click on the Autodetect button (Figure 5), and a few moments later, the system finds that for you. Lastly you have to enter the telephone number of the SIM card that you plugged into the SMS modem. To finish the creation just click on OK.

Ozeki SMS Gateway provides you the functionality of handling multiple users, so the messages can be separated by the different users. To add a new user just select the Add new user/application... or click on the Add button on the top of the Users and applications panel as you can see in Figure 6.

Next, you can choose between various types of users and applications. Here you can create a general or a network user, select from numerous application interfaces and also you can create services that can handle the incoming messages. If you follow this guide, you will create a standard user by selecting the Standard user like in Figure 7.

In the installation menu you can name the user at the General panel. This name will show up in the list of users. In the Authentication tab (Figure 8) you can secure the account by entering a unique username and a password. The rules of the password are the same as it was at the creation of the 'admin' account. To finish the creation just click on OK.

Now, you can see the created user in the Users and applications panel. To modify the parameters of the account, just select the user, and you will be able to do that in Configure tab (Figure 9). To view the events related to the user, select the Events tab.

With the installation and the creation of the default 'admin' account, Ozeki SMS Gateway also created a default routing rules for the incoming and outgoing messages that can be seen in the Incoming and the Outgoing panels like in Figure 10. But of course, you have the opportunity to define your own routing protocols.

Inbound routing: The incoming messages can be destined to one or more users. There is a default route that was created at the installation process, but you can easily set your own routing rules. For that, just select the Add new route... option and now you will be able to add a new route or configure the existing routes as well. If you would like to create a new route, first of all you have to define which user or connection send the message to which user or connection. The other main feature that you need to setup, is the mode of the route. There are three options to choose from: Move, Copy or Drop (Figure 11). Now, if you click on OK, the freshly created route will appear in the list of the routes.

Now, if you take a look at your routing table you will be able to see that your routes list up in order. So, that means in case of an incoming messages, the program tries to activate a first route of the table. If there is a match of the rules, the messages will be delivered to the user specified in the rule. But if the parameters do not meet the criteria the program will go on to the next rule. If a rule matched with the criteria, there are two ways the routing can continue. If the matched rule has the mode Copy, the program will continue going through the subsequent routing rules. The other option is that the rule is in Move mode. In that case the routing will finish, and the subsequent rules will be ignored. The order of the rules can be easily changed as Figure 12 shows by clicking on the icons in the Order column.

Outbound routing: An outgoing message can be sent using one of the service providers you are connected to. With the outbound routing you can configure the rules for the program to decide which service provider connection to use to send out a message. The routing rules are the same as it was at the inbound routing, so the program goes through the routing table from top to bottom. To create a new route, just select the Add new route... on the Outgoing panel (Figure 13).

Here in the creation panel (Figure 14), the setting up of the route is pretty much the same as at the creation of the inbound route. That means the main parameter that you have to define is the two endpoints of the route. With that you can set the connection or user where the messages will be sent from, and also the recipient user or connection that will receive the message. The other main thing that can be modified is the mode which can be Move, Copy or Drop. When you finished with the setting up, just click on OK to create your own route for the outgoing messages.

Now with the previous steps you prepared to send and receive SMS messages with Ozeki SMS Gateway and in that last step you can write and send your first SMS using the created connection. So, to enter the Message composer just click on the New icon as Figure 15 shows, or select File and next click on Compose.

Here in Message composer, you have to specify that who is going to be the recipient of your message (Figure 16). For that you can select the option Use routing table or select a connection that will send your message to the specified address that you have to enter in the Address field. In the Message field just type the message and if you click on OK you just sent your first SMS message using Ozeki SMS Gateway.

FAQs

What is SM-MT (short message - mobile terminated)?

SM-MT: Delivering Your Message to Mobile Phones

SM-MT stands for Short Message - Mobile Terminated. It describes a key function within the GSM system: delivering messages to mobile phones.

Here's how it works:

• The Journey Begins: A message arrives at the Short Message Service Centre (SMSC) from various sources:
  • Mobile Users: This could be a standard SMS sent from another phone (Mobile Originated message).
  • Other Applications: Messages can also originate from computers or other systems (Application Originated messages).
• Delivery Attempt: Once received, the SMSC tries to deliver the message (now considered an SM-MT message) to the recipient's mobile phone.
• Delivery Status:
  • Success: If the phone is reachable, the message is delivered.
  • Failure: If the phone is unavailable, the SMSC stores the message for a certain period and attempts delivery later.
• Feedback Loop: The SMSC typically sends a delivery report back to the sender, indicating success or failure.

In simpler terms, SM-MT ensures your messages reach their mobile phone destination, even if there's a temporary delay. The SMSC acts as a reliable intermediary, attempting delivery and providing feedback on the outcome.

What is SM-MO (short message - mobile originated)?

SM-MO stands for Short Message - Mobile Originated. This term describes the process of sending an SMS message from your mobile phone (M) to another recipient via the Short Message Service Centre (SMSC).

Here's what happens when you send an SMS:

• Message Composition: You create your message on your mobile phone. Connecting to the SMSC: Your phone transmits the message to the SMSC, acting as a central hub for SMS communication.
• Routing and Delivery: The SMSC acts like a post office. It analyses the recipient's phone number (SME) and determines the best route for delivery.
• The message can be destined for:
  • Another Mobile Phone: This is the most common scenario.
  • A Fixed Network Subscriber: In some cases, SMS messages can be delivered to landline phones with SMS capabilities.
• Delivery Status: The SMSC attempts to deliver the message and may send you a report indicating success or failure.

In essence, SM-MO lets you utilize your mobile phone to initiate SMS communication and receive feedback on the delivery status.

What are the classes of SM-MT (mobile terminated) messages?

Classes identify the importance of the message importance and the location where it should be stored. There are four message classes.

• Class 0 SMS (Flash SMS): Get noticed instantly! This high-priority message displays immediately on the recipient's phone screen, even if the phone is locked. A delivery report is sent back to the sender, but the message itself isn't saved on the phone unless the user chooses to keep it.
• Class 1 SMS (Standard SMS): This is the workhorse of SMS messaging. Messages are stored on the recipient's phone or SIM card (depending on available space). They don't pop up automatically like Flash SMS, but users can access them easily from their inbox.
• Class 2 SMS (SIM Data Transfer): (This class is less common) Used for transferring data specifically to the recipient's SIM card. Successful transfer triggers a confirmation to the sender, while any issues during transfer result in an error message.
• Class 3 SMS (Forwarding to External Devices): This class is designed to relay messages to external devices connected to the recipient's phone. Even if the forwarding fails, a delivery report is sent back to the sender.

In summary, understanding these SMS classes allows you to choose the right type of message for your needs, ensuring it reaches the recipient effectively.

What is outbound SMS routing and how can I use it?

Outbound SMS routing is the decision-making process within an SMS gateway that determines the optimal SMS service provider connection for sending a message. This functionality is only relevant when your system has access to multiple connections, each capable of transmitting messages to mobile networks.

• Backup Routing: Ensures uninterrupted service by designating a specific connection as a backup in case primary connections become unavailable.
• Least Cost Routing: Minimizes messaging expenses by routing messages based on phone number prefixes, directing them to the most cost-effective connection for that particular destination.
• Load Balancing: Distributes message traffic across multiple connections, enhancing overall message throughput and system performance.

By implementing these outbound routing strategies, you can optimize message delivery, reduce costs, and ensure the reliability of your SMS gateway.

What is inbound SMS routing and how can I use it?

Inbound SMS routing is a critical process within SMS gateway systems. Its primary function is to determine the appropriate recipient for an incoming SMS message originating from a mobile phone. This recipient can be either a designated user or a specific application configured within the system.

The implementation of inbound routing becomes pertinent only when a system has multiple users or applications set up to receive SMS messages. In such scenarios, customized inbound routing rules can be established. These rules dictate which user or application will receive a copy of the incoming message.

Inbound routing decisions are formulated based on a pre-defined set of criteria. These criteria can encompass:

• Sender and Recipient Phone Numbers: The phone numbers associated with both the message originator and intended recipient. Optionally, specific prefixes of these phone numbers can also be used.
• Message Content: The analysis of the textual content within the message body can be employed for routing purposes. For instance, messages containing specific keywords might be directed towards designated applications.
• Service Provider Connection: If the system utilizes multiple service provider connections for message reception, then the specific connection itself can also be a factor in routing decisions.

The configuration of inbound routing decisions typically occurs within the inbound routing table of an SMS gateway application. This table allows for the definition of customized rules that govern the delivery of incoming messages to the appropriate users or applications within the system.

How to receive an SMS Message with a modem using AT commands

The following AT commands show you how to work with the SMS protocol in a real life scenario. It explains, how you can read an incoming SMS from the SIM card of an SMS modem in either PDU more or Text mode. You will see that the SMS PDU returned matched the SMS protocol explanation.

How to receive SMS with at commands (Quick steps)

To receive SMS with at commands:

1. Receive the message to the SMS modem
2. Use the AT+CGMR=location command to read the SMS message
3. Modify the code depending on it's in PDU or text mode
4. Use AT+CMGD=location command to delete one SMS message
5. Check the log from the SMS modem

Receiving an SMS with an SMS modem

When there a new SMS message arrives to the SMS modem, it will be stored in the SIM card or the memory of the modem. This is done automatically. You have no control over this procedure

To read the SMS message, Ozeki SMS Gateway will issue the Read memory command using an AT command. By default, Ozeki uses the modem in PDU mode and it uses the AT+CMGR command to get the message. Ozeki uses two methods, it can rely on the message indication (AT+CMTI) or it can loop through all the memory cells of the SIM card the modem memory.

How to read the memory of a GSM modem in PDU mode

In PDU mode, when the SMS modem receives a SMS message, the following message will be sent to the PC over the serial or USB PORT:

+CMTI: “SM”, 1

where 1 is the memory location in which the message can be read from.

To read a SMS message from a particular location in memory (eg. location 1) use the AT+CGMR command IS required.

AT+CMGR=1[ENTER]
The SMS modem should return the PDU message as follow.
+CMGR: 0,,24
07916314786007F0040B911604994743F400009930139100406B05E8329BFD06
OK

where 0 is the status code indicating a received and already read message, 24 is the hexadecimal number indicating the length of the message.

How to read the memory of a GSM modem in text mode

Like PDU mode, when the SMS modem receives a SMS message, the following message will appear on the PC screen.

+CMTI: “SM”, 1

where 1 is the memory location in which the message can be read from.

To read the SMS message use the AT+CGMR command as follow.

AT+CMGR=1[ENTER]

The SMS modem should return the text message as follow.

+CMGR: “REC READ”,“+3620201234567”,“20/12/01,20:18:12+44”

hello

OK

How to delete an SMS message from the SIM card or modem memory

The SMS message can be deleted from the SIM card or the memory (e.g. location 1) using the AT+CMGD command as follows. Note that there is no AT command to delete all the SMS messages at once.

AT+CMGD=1[ENTER]

The SMS modem should return OK.

How to send an SMS with a GSM modem using AT commands (at+cmgs)

AT+CMGS command is used to send sms messages with GSM modem in Text or PDU mode. This document describes the process of sending SMS messages from an SMS modem to a mobile phone using the SMS protocol. The mobile phone referred to in this document can be any GSM phone, that is capable of receiving SMS text messages. If you read this document, you will understand how the modem connection in Ozeki SMS Gateway works.

What are AT commands?

“AT” commands are also known as “Attention Commands”. AT commands are a set of instructions used to control and configure modems. “AT” stands for “come to ATtention”. Originally developed for Hayes smart modems, they were used in dial-up modems in the 1990s. In the present day, AT commands are employed by all GSM modems, and they are also supported by 2G, 3G, and 4G modems.

How to send SMS with at commands (Quick steps)

To send SMS with at commands:

1. Check the prerequisites for sending an SMS from a modem
2. Set up the hardware
3. Configure the communications settings
4. Reset the SMS modem to factory default
5. Initialize the modem
6. Use the appropriate SMSC number for your mobile network
7. Enter the actual length of the SMS message in octets
8. Construct the PDU message to send test SMS in PDU mode
9. Refer to the SMS protocol description for instructions
10. Send a test SMS message in Text mode

Hardware Requirements for sending an SMS from a modem

1. An SMS modem
2. A SIM card (You put the SIM card into the SMS modem)
3. A GSM antenna connected to the SMS modem
4. A power cable for the SMS modem
5. A phone-to-pd data cable that connects the modem to the PC
6. A PC running a terminal software such as Ozeki Terminal.
7. A mobile phone that is capable of receiving the SMS messages

Hardware setup

1. Insert the SIM card into the modem
2. Attach the antenna to the modem
3. Connect the SMS modem to a PC with the phone to PC data cable
4. Turn on the PC and run Ozeki Terminal.
5. Select the serial port that appears when the phone to pc data cable is connected.

Communications Settings

Baud Rate	115200 bps
Data Bits	8
Stop Bits	1
Parity	None
Flow Control	Hardware
Connector	COM10 or another COM port

Modem initialization

To reset the SMS modem to factory default use the AT&F command. After rest, the following commands should be issued

AT+CMGF=0[ENTER] Set the SMS modem to PDU mode

If your modem does not support PDU mode, you can issue AT+CMGF=1[ENTER] Set the SMS modem to text mode

AT+CSCA=”+36209300099”[ENTER] Enter the SMS Centre Address

Note that you will have to use the appropriate SMSC number for your mobile network. Each country has its own SMSC address. These can be found in the SMS Service Centre Address table.

How to send an SMS Message using AT commands in Text mode

In text mode, to send a message, e.g. “hello”, follow the three steps below.

1. Set the SMS modem for text SMS using: AT+CMGF=1[ENTER]
2. Enter the destination phone number in international format AT+CMGS=”+36419879619”[ENTER]
3. Enter the text message and terminate it with “CTRL Z”: >hello[CTRL Z]
4. The SMS modem will return: +CMGS: 1 OK
5. Record the number 1, which is the message reference MR, which is different for every SMS message sent.

How to send an SMS Message using AT commands in PDU mode

In PDU mode, to send a message like the "Ozeki test SMS", initially, you have to convert it to a PDU format message. Refer to the SMS protocol description for instructions on how to construct the PDU message. Note that the actual length of the PDU string (without the Service Centre Address) must be specified for all SMS. Follow the steps below for sending the SMS message.

1. Step 1. Enter the actual length of the SMS message in octets: AT+CMGS=18
2. Step 2. Enter the SMS message in PDU format and terminate it with “CTRL Z”
3. >>0011000A81409178699100000105E8329BFD06[CTRL Z]
4. The SMS modem should return: +CMGS: 12 OK
5. 12 is the message reference MR, which is different for every SMS message sent
6. Store the MR for later to be able to identify delivery reports

Key takeaways

This document explains how to send SMS messages from a GSM modem to a mobile phone using AT commands. AT commands are instructions used to control and configure modems.

The guide outlines two methods: text mode and PDU mode. Text mode is simpler but offers less control over the message. PDU mode requires converting the message to a specific format but provides more options.

To send an SMS using AT commands, you'll need an SMS modem, SIM card, antenna, and terminal software. The guide details hardware setup, communication settings, and modem initialization steps.

How to use an SMS modem on a virtual machine

Many organizations are shifting to running services on virtual computers. If you send SMS messages using a GSM modem, you have to options to use a virtual machine for your SMS services. This document explains how you can setup a virtual machine and use it with a GSM modem.

Option 1: Direct USB connection

This option is available if the USB modem is attached to the same computer where the virtual machine is hosted. In this case your job is to attach the physical USB port where the modem is connected to the virtual machine. This can be done in almost all of the Windows and Linux virtualization platforms.

Option 2: Setup a Modem to SMPP Gateway

This option requires two computers: You run your primary SMS gateway in a virtualized environment, and you configure it to connect to a local computer in your office, that provides connection to your modem.

In this setup, the primary SMS gateway is installed at a hosting facility in a virtual PC. This primary SMS gateway will connect to the secondary SMS gateway through the Internet. The connection method is called SMPP over TCP/IP. (This can be a secure TCP/IP link, because Ozeki offers SMPP over SSL.) The secondary SMS gateway in your office connects to the USB modem and offers SMPP server service.

This setup requires two Ozeki SMS Gateway licenses (Figure 2).

SMS modem installation (Ozeki 4G SMS Modem)

This article shows you how to send SMS wirelessly using an SMS modem. The article explains these steps using the Ozeki 4G LTE SMS Modem. The Ozeki 4G LTE SMS Modem is high speed professional wireless modem that can be connected to a PC using an USB port. It is an excellent choice for most SMS solutions. It operates at 115200 baud and features excellent support with Ozeki SMS Gateway.

What is a 4G modem?

A 4G modem is a hardware device designed to make connections to cellular networks. After connecting to the network, you can use it to send and receive SMS messages. It is a great choice for created automated text messaging services like SMS alarms or sending bulk marketing sms messages.

How does sending SMS through a 4G modem work

Sending SMS from a 4G modem requires the modem itself, a computer, Ozeki SMS Gateway and the recipient's mobile device. The connected computer will compile the text message for the SMS message using Ozeki SMS Gateway. It only needs the address and the message text. The computer will use the modem to send the SMS message to the service provider. The service provider will forward the text message to the recipient's phone. (Figure 1)

Compatibility with Ozeki SMS Gateway

The Ozeki 4G Modem is the perfect choice to use with Ozeki SMS Gateway. When we built the modem, we paid extra attention to compatibility with Ozeki SMS Gateway and other Ozeki Services, as well as high speed, small form factor and ease of setup. We also provide up to date information and setup guides for all our devices.

How to send SMS with a 4G modem

To send SMS with a 4G modem:

1. Insert the SIM card into the modem
2. Plug the antenna into the modem
3. Connect the modem to your PC with USB cable
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the recipient phone number
7. Write the content of the SMS message
8. Click on Send to send the SMS
9. Review the test SMS message you sent

Ozeki 4G LTE SMS Modem setup (video tutorial)

In this guide video, we will show you how to set up the Ozeki 4G modem. For this setup you need the Ozeki 4G modem, a SIM card, two antennas and a USB cable. First, we insert the SIM card into the modem, then we connect the antennas to the modem. Now all we have to do is connect the modem to the PC. Once the modem is successfully connected to the PC, the power led will light up to indicate that it is working.

More information about the product

Get the parts that you need to connect the modem successfully

To connect the modem to a PC, you'll require the following components, (Seen on Figure 2) a SIM card, two antennas, a USB cable, and the modem itself. Make sure that you have all necessary accessories for utilizing the modem, as even the smallest details are significant.

Insert the SIM card into the modem

Begin by inserting the SIM card into the modem, which is the initial step in the process. This action closely resembles inserting a SIM card into a mobile phone. The SIM card serves to establish the connection between the modem and the network. (Illustrated in Figure 3)

Important settings for SIM card

The settings outlined here are very important. Failing to complete these steps will result in the incompatibility of your SIM card with Ozeki 4G Modem. It's crucial to disable your PIN code and divert phone calls to an alternate number. These actions can be performed on a conventional mobile phone (Refer to Figure 4).

Connect the antenna to the modem

Once the SIM card is inserted, proceed to attach the antennas to the modem. Ensure proper and accurate connection for optimal performance. The antenna's role involves both signal transmission and reception. (Visualized in Figure 5).

Insert the USB cable into the modem

The next step is to insert the USB cable into the modem. This action establishes a connection between the modem and your computer. It is recommended to employ a fully functional cable to prevent any potential disconnections. (Refer to Figure 6).

Plug the USB cable into your computer

Finally, attach the opposite end of the USB cable to your PC. Insert it into your computer's port. (As depicted in Figure 7).

Ozeki 4G LTE SMS Modem Software setup (video tutorial)

In this video you will learn how you can set up an Ozeki 4G LTE SMS Modem to send text messages (SMS) using a USB cable. For this setup, you need to have a connected Ozeki 4G Modem and Ozeki Software Platform installed. We will install the drivers and use Ozeki SMS Gateway to install a new SMS Modem to send our first test message. Once we send the message we check it on our recipient device.

Install the Ozeki Modem Driver

To install the Modem Driver, access the folder where the downloaded file is located. Unpack the downloaded files into a new folder and locate the Driver Executable File. Start the installer by double-clicking on it; if prompted for Administrator rights, click on Allow. (Refer to Figure 8 for an example).

Proceed with Installing

To start the driver installation, after opening the installer window, simply click the Install button and patiently wait for the completion of the install. Once the installation is finalized, click the Finish button to conclude the setup procedure. (Shown in Figure 9).

Open Ozeki SMS Gateway App in Ozeki Software Platform

To launch the Ozeki Software Platform, access the search feature within the Windows Taskbar. Input Ozeki 10 and select the corresponding application. The software is supposed to start within a brief period. Within the Ozeki Software Platform, navigate to the Ozeki SMS Gateway. Typically located on the left side, it has various default apps. Locate and open the SMS Gateway application, identifiable by a phone icon with "SMS" text. This will start the SMS Gateway Application. (Refer to Figure 10).

if you have not yet downloaded Ozeki Software Platform, you can download it here: Ozeki Installer Download Page

Add a new connection

To establish a fresh connection in Ozeki SMS Gateway, locate the add new connection link within the Connections panel on the left-hand side. Click on it to unveil the page containing the connection list, where you can configure an SMS modem. (Visible in Figure 11).

Install a new SMS Modem

In the next window, you will find a list of available connections you can establish within the SMS Gateway application. Locate the Wireless connections install list and choose the SMS modem installation item. Click on the Install link, that will let you install a new modem in Ozeki SMS Gateway (Exemplified in Figure 12).

Select the Port

Within the Serial port settings, access the Port dropdown menu. Search for the Ozeki Modem Port entry and click on it. This will select the integrated modem within the Ozeki SMS Gateway Modem, enabling the transmission of messages via 4G. (Refer to Figure 13).

Autodetect properties

Next to the dropdown menu, find the blue button with the text Autodetect, click this button to automatically get all data from your SIM card like your phone number and configure it, it may take a few seconds. (Figure 14)

Check the information

Check your details, a window will pop up named Autodetect, check if every detail matches to your SIM card, you can also see the modem details here. Click on the Ok button at the bottom when you are done checking everything. This will finish the Autodetect procedure and ready your modem for sending sms messages from your computer. (Figure 15)

Finish setting up your modem

To finalize the setup of your modem, locate the blue Ok button situated at the screen's bottom. If you desire to make additional adjustments to your modem, you can do so under the SMS tab or the Advanced tab. Alternatively, you can return to this tab after clicking Ok and access the Configure tab at a later time. (Can be seen on Figure 16)

Enable SMS Modem Connection

To enable SMS modem connection, find the Connection group on the left, you have to Enable the Connection switch, which is the second option in the group. Click on it to make it green and your modem will start connecting to your service provider. (Figure 17)

Navigate to the Test panel

Navigate to the navigation bar in the right panel and click Test to open the Test tab page and enter the Test SMS sending page. You can send test messages from here to anyone with custom content. (Seen on Figure 18)

Fill the recipient's address and test message

Fill in the recipient's address and enter the test message, look for the To field in the Recipient group, you can enter the phone number there, and type into the SMS text field what you want to send. You can write whatever you want here. (Figure 19)

Send the SMS

Send the SMS if you are done, look for a blue Send button at the bottom of the screen. Click on the button to send the message and you will soon receive the SMS on the specified phone number. (Figure 20).

Check the test message

Check the test message on your mobile device, look for an application that handles SMS messages and open it, if you see your test message appear with the correct content, your SMS modem is working correctly, congratulation! (Figure 21)

Summary

As you can see in the guide, the Ozeki SMS Modem works really well with Ozeki SMS Gateway. Using them together lets you send messages from your computer, helping your company to grow bigger. You can use this to send out automated or bulk messages. After you went through the steps, got the needed hardware and software, you will be able to send SMS using your computer.

Ozeki 4G SMS Modem Dual SIM installation

The Ozeki 4G LTE SMS Modem Dual SIM offers a versatile solution for SMS messaging using two SIM Cards. With its capability to select the appropriate SIM Card based on the Sender ID, it provides efficient and reliable communication. Operating at 115200 baud, this high-speed wireless cellular modem seamlessly integrates with Ozeki NG 10 and Ozeki 10 platforms, ensuring excellent compatibility and support. Moreover, its self-powering build through two USB ports eliminates the need for an external power supply, contributing to its convenience and reliability.

What is a 4G modem?

A 4G modem is a hardware device that can provide you connection with a service provider. It requires a SIM card to work. It is mostly used to send out automated or bulk messages.

How does a Dual SIM modem work?

The Ozeki 4G Modem Dual SIM provides the advantage of utilizing two distinct SIM cards. When sending a message, our software intelligently selects the appropriate SIM card based on the Sender ID. This dynamic approach enhances cost-effectiveness by optimizing message sending costs. Additionally, this setup offers increased fault tolerance and redundancy, as two SIM cards provide a backup solution in case of any issues.

How sending SMS through a 4G modem works

This SMS sending solution makes it possible to send SMS messages from a computer. This solution uses a few components: a computer equipped with the Ozeki SMS Gateway software, an Ozeki modem, and the recipient's mobile phone. The computer, hosting the Ozeki SMS Gateway application takes on the role of assembling the message, requiring both an address and a text body. The SMS message is sent through the Ozeki SMS modem, which communicates with a service provider. The service provider facilitates the delivery of the message to the designated phone number as an SMS message. (Figure 1)

How to send SMS with a 4G modem (Quick steps)

To send SMS with a 4G modem:

1. Insert the SIM cards into the modem
2. Plug the antennas into the modem
3. Connect the modem to your PC with USB cable
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the sms phone numbers
7. Write the text of the SMS message
8. Click on Send to send the SMS
9. Review the test SMS message you sent

Ozeki 4G LTE SMS Modem Dual SIM hardware setup (video tutorial)

In the presented video, you will receive guidance on configuring an Ozeki 4G LTE SMS Modem Dual SIM to send SMS messages using a USB cable. To initiate this setup, you will require the modem, two SIM cards, four antennas, and two USB cables, all of which are provided within the package. The procedure commences with the insertion of the SIM cards into the modem, followed by the attachment of the antennas. Subsequently, the modem is connected to the computer using the USB cables. A successful connection between the modem and the PC is indicated by the power LED turning on.

Modem Drivers

The modem drivers are available for download after activating your product on myozeki.com

More information about the product

Get the parts that you need to connect the modem successfully

For a successful connection of the modem, it's essential to have a SIM card, an antenna, a USB cable, and the modem itself. All these components are depicted in Figure 2. Ensuring that you possess all the necessary hardware is crucial as every detail plays a significant role in the functionality of the modem setup.

Insert the SIM card into the modem

The first step is to insert the SIM card into the modem, a process similar to inserting a SIM card into a mobile phone. The SIM card establishes the connection between the modem and the network, enabling communication. (Demonstrated in Figure 3)

Important settings for SIM card

It is crucial to pay close attention to these settings, as failing to complete them could result in your SIM card not functioning with Ozeki Gateway One. You need to deactivate your PIN code and forward phone calls to an alternative phone number. These steps can typically be carried out using a regular mobile phone. (Figure 4)

Connect the antenna to the modem

Once the SIM card is securely inserted, the next step is to connect the modem to its antennas. Ensuring a proper and secure connection is crucial to achieve optimal performance. The antennas play a vital role in both transmitting and receiving signals, so proper attachment is essential for effective communication. You can refer to Figure 5 for visual guidance on how to connect the antennas correctly.

Insert the USB-C cable into the modem

Moving forward, you'll need to insert the USB-C cable into the modem. This cable serves as the power supply for the modem, drawing power from the computer. It's crucial to use a reliable and fully functional cable to prevent any disruptions or disconnections during the setup process. You can find a visual representation of this step in Figure 6.

Insert the USB-A cable into the modem

Continuing with the setup, insert the USB-A cable into the modem. This cable establishes the connection between the modem and your computer. It's essential to use a high-quality cable that's in proper working condition to prevent any potential disconnections or interruptions. You can refer to Figure 7 for a visual representation of this step.

Plug the USB cable into your computer

Connect the other ends of the USB cables to your PC. Plug each end of the USB cables into the corresponding USB ports on your computer. You can refer to Figure 8 for a visual representation of this step.

Ozeki 4G LTE SMS Modem Dual SIM Software setup (video tutorial)

In the following video tutorial, you will receive guidance on how to configure an Ozeki 4G LTE SMS Modem Dual SIM for sending text messages (SMS) using Ozeki SMS Gateway. To proceed with this setup, ensure that you have the modem properly connected to your computer. The steps involved include opening the SMS Gateway within the Ozeki Software Platform, adding a new connection, and installing the SMS modem. Once the modem installation is complete, you'll be ready to start the process of sending text messages through your Ozeki 4G Dual SIM modem.

Install the Ozeki Modem Driver

Once you've downloaded the driver and extracted its contents, proceed by opening the executable file. You can refer to Figure 9 for an example of this step.

Proceed with Installing

After launching the executable file, you will need to click on the "Install" button to proceed with the installation process. This step is illustrated in Figure 10.

Open Ozeki 10 SMS Gateway App

Once the installation is complete, open Ozeki 10 and launch the SMS Gateway Application. You can locate this step in Figure 11.

if you have not yet downloaded Ozeki 10, you can download it here: Ozeki Installer Download Page

Add a new connection

After launching the application, navigate to the "Connections" group on the left-hand side and locate the link labelled "Add new connection." This can be found in Figure 12.

Install a new SMS Modem

In the next window, you will see a list of all the available connections that you can create in the SMS Gateway application. From here, locate the "Wireless connections install" list and find the SMS modem install item. Click on the Install link associated with it. This action will enable you to utilize the modem within the Ozeki SMS Gateway, as shown in Figure 13.

Set a name for your modem

During this step, you'll need to assign a name to your modem. While you can stick with the default value, it's advisable to provide a more descriptive name that allows for easy identification. Refer to Figure 14 for a visual representation.

Select the Port

After determining the name for your modem, proceed by selecting the appropriate port for the modem. Locate and choose the "Ozeki Modem Port." In case the port is not visible, ensure that you have correctly installed the drivers. If the port still isn't showing, consider flipping the USB-C connector. You can refer to Figure 15 for a visual guide.

Autodetect properties

In the installation menu, navigate to the General tab, where you will find the Serial port group box. In the "Port" combo box, select the port to which you have connected the modem. For automatic detection, click on the "Autodetect" button. The Autodetect feature will identify your device if it is properly connected. Refer to Figure 16 for a visual representation.

Check the information

The Autodetect option will identify your modem, and if it is connected correctly, the subsequent window will display information about your connected modem and SIM card. You can review the details in this window to ensure that the hardware and SIM card are correct. Once you have reviewed the information, click the Ok button to proceed. You can refer to Figure 17 for a visual representation.

Select the SMS options

Navigate to the SMS options located next to the General option. By selecting this, you can initiate the configuration process for your Dual SIM modem. For a visual reference, consult Figure 18.

Open Dual SIM settings

You can set your Dual SIM settings under the Dual SIM dropdown menu, open it (As seen on Figure 19)

Enable Dual SIM

If you want to use both SIM cards, you have to enable Dual SIM (Figure 20)

Set second SIM card number

Input the phone number associated with your second SIM card. This information can typically be found on the packaging in which your SIM card was provided. Refer to Figure 21 for a visual representation.

Set the receive mode

For this configuration, I suggest selecting the "Receive on both" option for the modem. This setting will allow you to monitor network changes through events. The "Receive mode" determines how the modem manages incoming text messages. Ozeki SMS Gateway offers four receive modes for dual SIM modems, enabling the use of both SIM cards or just one. Refer to Figure 22 for visual guidance.

• Receive on both changes SIM cards every minute, text messages may appear a bit late.
• Receive on SIM1 will only show messages sent to SIM1.
• Receive on SIM2 will only show messages sent to SIM2.
• Receive where last sent will only show messages sent to the SIM that was last used for sending messages.

Finish the installation

After you've completed the modem configuration, click the Ok button at the bottom of the window to finalize the setup (as shown in Figure 23).

Enable SMS Modem Connection

Now you have an SMS modem connection set up in the SMS Gateway application. To start handling SMS messages with this connection, you need to enable it (as shown in Figure 24) by toggling the switch button in the connection details window. The switch turning green indicates that the SMS modem connection is enabled. It's essential to remember that you must perform this step, as an enabled connection is necessary for sending SMS messages.

Check if you have a connection

Once you can observe both SIM cards (SIM1 and SIM2) being connected to the network with a good signal, you are ready to move on to the next step. Please be patient, as this step might take a few minutes to complete. You can refer to the visual aid provided in Figure 25 for assistance.

Navigate to the Test panel

To send test messages, navigate to the Test panel within the SMS Gateway details panel. You can locate this option labelled "Test" at the top, as indicated in Figure 26.

Fill the recipient's address and test message

To send a test SMS, proceed to the Test tab and select the General tab. In this tab, you will find the Recipient and SMS group boxes. To send the message, input the recipient's phone number into the "To:" textbox within the Recipient group box. Following that, type your desired test message into the "SMS" group box. This message will be sent as an SMS to the provided recipient's address. Feel free to write any content you wish. You can find this layout depicted in Figure 27.

Send the SMS

If you are ready to send the SMS message, just click on the Send button (Figure 28).

Check the test message

If all the steps were followed correctly, the test message will be successfully received by the recipient, which you can confirm by checking the test phone. This message functions just like any other regular SMS, demonstrating that your setup of the Ozeki SMS Gateway and Ozeki Modem is ready for your intended use. You can refer to Figure 29 for visual guidance.

Summary

This comprehensive guide showcases the effective functioning between the Ozeki SMS Dual SIM Modem and Ozeki SMS Gateway. This combination allows you to send messages conveniently from your computer, contributing to the expansion of your company's reach. This setup is particularly advantageous for automated or bulk messaging purposes. By following the outlined steps and acquiring the essential hardware and software components, you'll be fully equipped to initiate SMS communication directly from your computer.

Ozeki SMS Gateway One

This article is about the Ozeki SMS Gateway One Device, it's compatibility with Ozeki SMS Gateway Software and features of it. The Ozeki SMS Gateway One is a small form factor Hardware SMS Gateway. It features a high-speed modem so you can utilize it in most of your solutions.

What is a hardware SMS Gateway?

A hardware SMS Gateway is used in cases where you need to have the computer and the cellular modem in one device. It only requires an external power supply and a SIM card to send SMS messages with plenty of software customizations available. Ozeki SMS Gateway One Device comes with Ozeki SMS Gateway Software pre-installed on a Linux operating system. It is responsible for compiling the message to send as an SMS. It needs an address and a message text to create the SMS message, which it will submit to your Service Provider. The Service Provider will send your SMS to the recipient's phone. (Figure 1)

Compatibility with Ozeki SMS Gateway

The Ozeki SMS Gateway One is a great, cost-effective solution for an all-in-one Hardware SMS Gateway with a small dimension, high speed and other extra features. When building the device, we paid extra attention to compatibility with Ozeki SMS Gateway and our other Services. We also provide up to date information and setup guides for all our devices.

Ozeki SMS Gateway One (Quick setup)

To send SMS with an Ozeki SMS Gateway One:

1. Insert the SIM card into the computer
2. Plug the antennas into the computer
3. Connect the computer to a power supply
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the recipient's phone number
7. Write the text of the SMS message
8. Click on Send to send the SMS
9. Check the test SMS message you sent

Ozeki SMS Gateway One hardware setup (video tutorial)

The following video guide will help you set up Ozeki SMS Gateway One Device to send SMS (text messages) natively, from the computer itself. The Guide will start with all accessories and by the end, you should be able to power on your device and have Ethernet connectivity, peripherals and display connected. This tutorial video is about 2 minutes long and to actually finish the setup, it should take about 5-10 minutes if you follow our easy-to-understand guide with explanations. First, we have to connect the power supply to its mains adapter. Connect it to the device via the DC port. After that, insert the SIM card into the SIM tray of the computer. Connect all antennas to the computer and connect it to mains electricity. Once the power is connected to the computer, it should power on with a blue led light visible that indicates the computer is up and running

Ozeki SMS Gateway One software setup (video tutorial)

In the following video guide, we will show you how to prepare your Ozeki SMS Gateway One Computer for SMS Messaging. The guide starts from your first power on and by the end of the video, you will be able to send text messages on demand. The tutorial is about 2 minutes long and the setup process requires about 10-15 minutes to complete if you follow our clear, easy to understand step-by-step guide. The Ozeki SMS Gateway One PC runs Linux and you will have to install a new SMS modem connection on the Ozeki Software Platform that is pre-installed on the device. Once the modem setup is done, you have to specify the target phone number and the message text, so you can send SMS to the address. This tutorial is useful for knowledge on how to use your Ozeki SMS Gateway One and Ozeki SMS Gateway software for bulk messaging or other automates messages.

More information about the product

Get the parts that you need to setup the computer correctly

You need a SIM card, two antennas, power supply with mains cable, the computer itself and an HDMI cable (All included with Ozeki SMS Gateway One). (All shown in Figure 2) Make sure that you have all the hardware that you need to use the modem because every little detail is important.

Connect the power supply

The Ozeki Gateway One operates with a 12V DC external power supply. To establish the power connection, you'll require its mains adapter. Connect these two components to enable the connection of your power supply to the mains network. (Depicted in Figure 3).

Connect the computer to the power supply

Connect your computer to the power supply. Locate the DC plug on the power supply unit and insert it into your computer's 12V DC port, positioned adjacent to the Ethernet connectors. (Illustrated in Figure 4).

Insert your SIM card

To insert your SIM card, it needs to be adjusted to the proper format. The Ozeki Gateway One employs micro-SIMs. If your SIM card isn't pre-cut appropriately, you can visit your service provider or a local GSM shop for resizing. In case your SIM card is smaller than a micro-SIM, you might need to acquire an adapter if you've lost the original one. Insert the SIM card beside the antennas, ensuring the contacts face towards the white print on the case. (The correct positioning is illustrated in Figure 5).

Important settings for SIM card

These settings are very important, and if you do not finish these, your SIM card won't work with Ozeki Gateway One. You must disable your PIN code and redirect phone calls to another phone number. You can do these steps on a normal mobile phone (Figure 6).

Attach antennas

To attach your antennas, locate the two ports situated adjacent to the SIM slot. Once identified, securely fasten the two antennas by screwing them in tightly. This ensures a stable connection and prevents any potential loosening. The provided antennas should deliver superb and high-speed connectivity, though you also have the option to utilize your own antennas. (Depicted in Figure 7).

Connect Peripherals

To continue with the setup of your Ozeki SMS Gateway One, you'll need to link your peripherals such as your keyboard and mouse. The device provides four USB ports, enough for most scenarios. However, if additional ports are required, you can easily employ a USB hub. (Illustrated in Figure 8).

Connect your Display

To set up a link between your computer and a display, you can choose between the included HDMI cable or a DisplayPort cable. If your device doesn't have these particular ports, don't worry – you can always get an adapter that fits. Just plug your chosen cable into the USB area. (Figure 9).

Connect your computer to your Ethernet network

For everything to work smoothly, you need to link your computer to the internet. You can make this happen using the 4 Ethernet ports located at the back of your computer. (See Figure 10).

Connect your computer to electricity

You must connect your computer to electricity, look for a mains connector near where you want to use your Ozeki Gateway One and connect it. (Figure 11)

Turn your computer on

Once you've plugged in your computer, it should fire up automatically. But if it doesn't, you might need to press the power button (You can find it on Figure 12) positioned among the USB ports. If the button lights up in blue, your computer is up and running, and you should see your system booting up on your display.

Log in to Linux

To log in to Linux, just click on user, located in the middle. Then enter the default password, which is qwe123. This will give you access to the computer, allowing you to set up your SMS Gateway and use your Ozeki SMS Gateway One. (Check out Figure 13).

Open your Browser

To launch your browser in Linux, locate the browser icon on the Linux Desktop, usually positioned on the left side. Click on it, and your browser will open. From there, you can access the Ozeki Software Platform. (Refer to Figure 14).

Open Ozeki 10

To access the Ozeki Software Platform, enter https://localhost:9515 at the top of your browser. This will open up the Ozeki Software Platform, where you can configure the built-in SMS Modem within the Ozeki SMS Gateway One. (Shown in Figure 15).

Open SMS Gateway

Launch the Ozeki SMS Gateway within the Ozeki Platform Software. You'll spot a lineup of default apps, typically located on the left side. Look for and open the SMS Gateway app – it's marked with a phone icon and "SMS" written inside. This will open the SMS Gateway Application. (Refer to Figure 16).

Add a new connection

To add a new connection in Ozeki SMS Gateway, locate the add new connection link positioned in the left Connections panel. Click on it, and this action will show the connection list page, allowing you to configure an SMS modem. (See Figure 17).

Install SMS Modem

Within the connection list, locate the SMS modem entry. Adjacent to it, you'll find an Install link. This entry is positioned at the top of the list within the Wireless Connections (SMS, MMS) category. Click this link to initiate the setup of your SMS Gateway and start sending messages. (See Figure 18)

Set the modems name

In the settings section, under the General tab, you have the option to assign a custom name to your modem. However, avoid using special characters such as question marks or asterisks. Adding a custom name is strongly advised to prevent any confusion, especially when dealing with multiple connections. (Refer to Figure 19).

Select the Modem Port

Under Serial port, you have to open the Port dropdown menu and look for /dev/ttyUSB1, select it to start configuring the built in modem of the Ozeki SMS Gateway One and send messages via 4G, if ttyUSB1 does not work later on, try the other ports. (See Figure 20)

Click Autodetect

Beside the dropdown menu, you'll spot a blue button labelled Autodetect. Click on this button to automatically retrieve all the data from your SIM card, including your phone number, and configure it accordingly. This process might take a few seconds to complete. (Check out Figure 21).

Check if your details are correct

Review your details carefully. A window labelled Autodetect will appear, presenting the opportunity to verify if all the information matches your SIM card. This window also displays the modem details. Once you've confirmed everything, click on the Ok button located at the bottom. This will conclude the Autodetect procedure, ensuring your modem is prepared to send SMS messages from your computer. (Refer to Figure 22).

Finish setting up your modem

To complete the setup for your modem, locate the blue Ok button at the bottom. If you want to make additional adjustments to your modem settings, you can do so now by navigating to the SMS tab or the Advanced tab. Alternatively, you can return to this tab after clicking Ok and access the Configure tab at a later time. (Refer to Figure 23).

Enable SMS Modem Connection

To activate the SMS modem connection, navigate to the Connection group on the left. Look for the Connection switch, which is the second option in the group. Click on it to turn it on (it will turn green), and your modem will initiate the connection process with your service provider. (Refer to Figure 24).

Wait for the connection to establish

Be patient while your connection sets up properly; this might take a few seconds. Keep an eye on the Events tab. Once you see "GSM Modem polling started," that's your cue – your modem is good to go. You're now ready for the next step to start sending messages from your modem. (Check out Figure 25).

Navigate to the Test tab page

In the right panel, head to the navigation bar and click on Test to access the Test tab page. From there, you can enter the Test SMS sending page. This is where you can send test messages to anyone with customized content. (Refer to Figure 26).

Fill the recipient's address and test message

Provide the recipient's address and compose your test message. Locate the To field within the Recipient group. In this field, enter the recipient's phone number. Then, use the SMS text field to type the content of your message. You're free to write whatever you'd like in this field. (Refer to Figure 27).

Send the SMS

If you've finished composing your message, go ahead and send it. Find the blue Send button located at the bottom of the screen. Click on this button to initiate the sending process. You can expect to receive the SMS on the specified phone number shortly after sending. (Refer to Figure 28).

Check the test message

Retrieve the test message on your mobile device. Locate an application designed for handling SMS messages and open it. If you observe your test message displayed with the accurate content, you can rest assured that your SMS modem is functioning properly. Congratulations! (Refer to Figure 29).

Summary

As you can see in the guide, the Ozeki SMS Gateway One works really well with Ozeki SMS Gateway. Using them together lets you send messages from your computer, helping your company to grow bigger. You can use this to send out automated or bulk messages. After you went through the steps, got the needed hardware and software, you will be able to send SMS using your computer.

Ozeki SMS Gateway PLC

This article is about the Ozeki SMS Gateway PLC, it's compatibility with Ozeki SMS Gateway Software. The device is an all-in-one SMS Gateway Server, PLC and Modem for all your solutions. With high-speed connection, quiet and efficient passive cooling and all its features, it's a very good choice for your professional solutions.

What is a 4G modem?

A 4G modem is a hardware device that can provide you connection with a service provider. It requires a SIM card to work. It is mostly used to send out automated or bulk messages. The Ozeki Gateway PLC features one with native support. It is easy to install and configure with our Ozeki Software Platform which comes pre-installed on our systems.

What is a hardware SMS Gateway?

A hardware SMS Gateway is a cellular modem and a computer built together. This solution allows you to have a Gateway Server and the modem in the same device with extra compatibility for reliable, future-proof solutions. The Gateway Server compiles the message for the modem to send out based on the message text and phone number you provide. The modem forwards it to the Service provider who will send it to the recipient's device based on the given phone number. (Figure 1)

Compatibility with Ozeki SMS Gateway

The Ozeki SMS Gateway PLC is a great solution for all-in-one industrial solutions where a Hardware SMS Gateway is necessary. The device offers PLC functioning with a relatively small form factor, great speed and efficient cooling. When building this Hardware SMS Gateway, we paid extra attention to perfect compatibility with Ozeki SMS Gateway, as well as high speed and lots of useful functions. We also provide up to date guides and information about all our products.

What is a PLC?

A PLC (Programmable Logic Controller) is a digital device used in industrial automation to control machinery and processes through programmed logic and inputs/outputs.

How to send SMS with an Ozeki Gateway PLC (Quick steps)

To send SMS with an Ozeki Gateway PLC:

1. Insert the SIM card into the Ozeki Gateway PLC
2. Plug the antennas into the computer
3. Connect the computer to a power supply
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the recipient's phone number
7. Write the content of the SMS message
8. Click on the Send button to send the SMS
9. Check the test SMS message you sent

Ozeki SMS Gateway PLC Hardware setup (video tutorial)

The following guide will help you learn how to set up an Ozeki SMS Gateway PLC to send SMS (text messages). The setup starts from the very beginning of setting up your hardware and by the end, you should have a powered on Ozeki SMS Gateway PLC. We will connect the power supply, Ethernet and display with other peripherals, connect the antennas and insert the SIM card for a perfect network connectivity.

Ozeki SMS Gateway PLC Software setup (video tutorial)

The following guide will help you learn how to set up an Ozeki SMS Gateway PLC to send SMS (text messages). This setup uses the built in modem of the Ozeki SMS Gateway PLC Setup with Ozeki SMS Gateway Software. The video starts from the assembled device being turned on and by the end, you should have sent your first test message. The video is about 2 minutes and to finish the setup, it should take about 10-15 minutes if you follow our step-by-step, easy to understand guide.

More information about the product

Get the parts that you need to setup the computer correctly

You need a micro-SIM card, four antennas, power supply with mains cable, and the computer itself (All included with Ozeki SMS Gateway PLC). (All shown in Figure 2) Make sure that you have all the hardware that you need to use the modem because every little detail is important.

Connect the power supply

To power up the Ozeki Gateway PLC, you'll require a 12V DC external power supply. Connect your power supply using its mains adapter. Combine these two components to enable you to connect your power supply to the mains network. (Refer to Figure 3).

Attach antennas

For antenna connection, locate four ports arranged in a row – three adjacent to each other, and the fourth on the opposite side of the computer. Securely fasten all four antennas by screwing them in tightly to ensure a stable connection and prevent them from becoming loose. The provided antennas are designed to offer excellent and high-speed connectivity, but you can also utilize your own antennas if preferred. (Displayed in Figure 4).

Insert your SIM card

For inserting your SIM card, make sure it's the proper size. The Ozeki Gateway PLC works with micro-SIMs. If your SIM card isn't pre-cut, you can have it resized at your service provider or a local GSM shop. If your SIM is smaller than a micro-SIM, you might need to get an adapter if you've misplaced the original one. Insert the SIM card next to the antennas, with the contacts facing towards the white print on the case. (Look at Figure 5 to see the correct placement).

Important settings for SIM card

These settings are very important, and if you do not finish these, your SIM card won't work with Ozeki Gateway PLC. You must disable your PIN code and redirect phone calls to another phone number. You can do these steps on a normal mobile phone (Figure 6)

Connect the computer to the power supply

Link your computer to the power supply. Find the DC plug on the power supply and insert it into the computer's 12V DC port. (Refer to Figure 7).

Connect your Display

To establish a connection between your computer and a display, you can utilize either an HDMI or a VGA cable. If your device doesn't feature these ports, you can easily purchase an appropriate adapter to match your devices. Connect your chosen cable accordingly. (Refer to Figure 8).

Connect your computer to your Ethernet network

For your computer to operate normally, you need to establish an internet connection. This can be achieved using the 2 Ethernet ports on the back of the computer or by connecting to Wi-Fi. (Refer to Figure 9).

Connect Peripherals

To set up your Ozeki SMS Gateway PLC, you'll need to connect peripherals like your keyboard and mouse. The device offers multiple USB ports, which should be sufficient for most scenarios. If you require additional ports, you can easily expand them by using a USB hub. (Refer to Figure 10).

Connect your computer to electricity

Make sure to plug your computer into a power source. Locate the mains connector close to where you intend to use your Ozeki Gateway PLC, and then connect it accordingly. (Refer to Figure 11).

Turn your computer on

Once you have plugged in your computer, it should turn on by itself, but if it does not, you may need to press the power button (Location seen on Figure 12) between the USB ports. If the indicator next to it is red, it's turned on and you should be able to see your computer boot on your display. (See Figure 12)

Wait for your computer to boot

Wait for your Ozeki Gateway PLC to boot (Visible on Figure 13)

Open Ozeki Software Platform

To access the Ozeki Software Platform, start by clicking on the search element in the Windows Taskbar. Then, type in Ozeki 10 and click on the application that appears in the search results named Ozeki 10. The software should launch within a few seconds. (Visible in Figure 14).

if you have not yet downloaded Ozeki 10, you can download it here: Ozeki Installer Download Page

Open SMS Gateway App in Ozeki Software Platform

Access the Ozeki SMS Gateway within the Ozeki Software Platform. You'll typically find a set of default apps on the left-hand side. Open the SMS Gateway app, identifiable by a phone icon with "SMS" written inside it. This action will launch the SMS Gateway Application. (Visible in Figure 15).

Add a new connection

To add a new connection in Ozeki SMS Gateway, locate the add new connection link in the left Connections panel and give it a click. This will open up the connection list page, where you can configure an SMS modem. (As demonstrated in Figure 16).

Install a new SMS Modem

Within the connection list, search for SMS modem and locate an Install link next to it. This entry can be found at the top of the list within the Wireless Connections (SMS, MMS) category. Click on this link to initiate the process of setting up your SMS Gateway and start sending messages. (Shown in Figure 17).

Set a name for your modem

In the settings section, under the General tab, you have the option to assign a custom name to your modem. However, avoid using special characters like question marks or asterisks. Setting a custom name is strongly advised to prevent any confusion, especially when managing multiple connections. (Refer to Figure 18).

Select the Port

Under the Serial port settings, open the Port dropdown menu and find Ozeki Modem Port. Choose this option to begin configuring the built-in modem of the Ozeki SMS Gateway PLC for sending messages via 4G. (Refer to Figure 19).

Autodetect properties

Adjacent to the dropdown menu, locate the blue button labelled Autodetect. Click on this button to automatically retrieve all the necessary data from your SIM card, including your phone number, and configure the settings accordingly. This process might take a few seconds to complete. (Refer to Figure 20).

Check the information

Examine your details closely. A window labelled Autodetect will appear, displaying the information retrieved from your SIM card. Verify that all the details match your SIM card's information, and you can also find modem details here. Once you've confirmed everything, click on the Ok button located at the bottom. This will conclude the Autodetect procedure and prepare your modem for sending SMS messages from your computer. (Refer to Figure 21).

Finish setting up your modem

To complete the setup for your modem, locate the blue Ok button at the bottom of the screen. If you'd like to make additional adjustments to your modem settings, you have the option to do so now under the SMS tab or the Advanced tab. Alternatively, you can return to this tab later after pressing Ok and access the Configure tab for further modifications. (Visible in Figure 22).

Navigate to the Test panel

Head to the navigation bar located in the right panel and select Test to access the Test tab page. From there, you can enter the Test SMS sending page. This is where you can send test messages to recipients with customized content. (Visible in Figure 23).

Enable SMS Modem Connection

To activate the SMS modem connection, locate the Connection group on the left. Within this group, find the Connection switch, which is the second option listed. Click on this switch to turn it on, making it green. This action will initiate the process of your modem connecting to your service provider. (Figure 24).

Fill the recipient's address and test message

Enter the recipient's address and compose your test message. Locate the To field within the Recipient group. In this field, input the recipient's phone number. Then, use the SMS text field to type the content of your message. Feel free to write any desired content here. (Refer to Figure 25).

Send the SMS

If you've finished composing your SMS, proceed to send it. Look for the blue Send button located at the bottom of the screen. Click on this button to send the message. You can expect to receive the SMS on the specified phone number shortly thereafter. (Refer to Figure 26).

Check the test message

Inspect the test message on your mobile device. Locate an application designed for managing SMS messages and launch it. If you observe your test message displayed with the accurate content, you can rest assured that your SMS modem is functioning properly. Congratulations! (Refer to Figure 27).

Summary

As you can see in the guide, the Ozeki SMS Gateway PLC works really well with Ozeki SMS Gateway. Using them together lets you send messages from your computer, helping your company to grow bigger. You can use this to send out automated or bulk messages. After you went through the steps, got the needed hardware and software, you will be able to send SMS using your computer.

Compare SMS devices

This article will compare our SMS devices, features, differences and similarities while also pointing out the main uses for each device.

Ozeki 4G Modem

The Ozeki 4G Modem is a small form factor, easy to setup 4G Modem. This modem does not require any external power supplies due to its efficiency; you can just connect it to your computer. After activating the device on myozeki.com, you can download the required drivers and use it in Ozeki SMS Gateway.

Ozeki 4G Dual SIM Modem

The Ozeki 4G Dual SIM Modem features a Dual SIM option for price-efficient SMS sending. This modem does not require any external power supplies but needs two USB connections for sufficient power. After activating the device on myozeki.com, you can download the required drivers and start using it with Ozeki SMS Gateway. The Dual SIM function works with Ozeki SMS Gateway, but the Gateway decides which SIM card to use for best message pricing. The device can listen to only one SIM card for incoming messages, but Ozeki SMS Gateway can automatically switch between the SIM cards to receive all incoming messages.

Ozeki SMS Gateway One

Ozeki SMS Gateway One is a Hardware SMS Gateway featuring a high-speed modem for the best performance. The Ozeki SMS Gateway One comes with Linux and Ozeki Software Platform pre-installed for the easiest setup experience. You do not need to install any drivers when using the pre-installed operating system. The device requires an external power supply which is included in our package.

Ozeki SMS Gateway PLC

The Ozeki SMS Gateway PLC is a Hardware SMS Gateway with PLC features to fulfil all your industrial needs. The device features several connections, Wi-Fi, Cellular and GPS antennas, as well as different Serial port standards. The Ozeki SMS Gateway PLC uses passive cooling, due to its efficient power use, it always stays cool and stays quiet without the loud fans. The device comes with Windows 11 and drivers pre-installed for an easy setup experience.

What is an SMS modem?

An SMS modem is a hardware device which is connected to a computer and a cellular network. You need to use a computer with Ozeki SMS Gateway installed to set the recipient phone address and message text, after which Ozeki SMS Gateway will compose your SMS, forward it to your service provider through the modem and the Service Provider will send it to the recipient.

Comparison of the four devices

Our SMS Gateway devices come in four models, which can be seen on the sheet below with all their important features and properties. The Ozeki devices are as compact, as possible for a small form factor, high speed solution.

Software Support

The Ozeki devices are widely compatible with our services, and we offer a long software support for these devices to ensure flawless operation for as long as possible. The supported services can be seen on the sheet below.

FAQs

I have only one serial (RS232) port on my computer. How can I attach more than one GSM phone or GSM modem to the SMS software?

If you need to connect more GSM modems to your system than the available serial ports allow, fret not! USB to RS-232 converters offer a convenient solution.

• Functionality: These converters act as adapters, transforming a standard USB port on your computer into a virtual serial port (COM port). This enables you to connect additional serial devices, like GSM modems, through the familiar USB interface.
• Easy Availability: USB to RS-232 converters are readily available at most electronics and computer stores, making them a convenient option.
• Multiple Modem Connections: With most computers offering several USB ports, you can potentially connect at least four modems using individual USB to RS-232 converters.
• Further Expansion with USB Hubs: For even more connections, you can utilize USB hubs. These devices add additional USB ports to your system, allowing you to connect even more modems if needed.
• Driver Installation and Configuration: Most USB to RS-232 converters come with a driver disk. Installing the driver creates a new COM port on your system, which you can then select during the modem configuration process within the Ozeki SMS software.

By using USB to RS-232 converters, you can significantly increase the number of GSM modems connected to your system, enhancing your communication capabilities.

If I attach multiple modems, can they be the same type, or do I need different models? Will there be any conflicts?

Ozeki SMS Gateway offers flexibility when it comes to connecting GSM modems. You have the option to use:

• Identical Models: For optimal compatibility and potentially simplified configuration, using the same GSM modem model across all connections is recommended.
• Different Models: While not necessarily discouraged, you can also utilize different GSM modem models. The software communicates with each modem through a dedicated COM port, preventing conflicts.

Ozeki SMS Gateway controls the modems by sending AT commands through the established COM ports. This ensures clear communication regardless of the specific modem model being used.

While both approaches work, using identical GSM modem models can potentially streamline the setup process and minimize compatibility concerns. However, the choice ultimately depends on your specific needs and available resources.

I can send SMS messages, but I cannot receive, what can be the problem?

While Symbian-based phones like some Nokia and Ericsson models can be used for sending SMS messages, they might not be ideal for receiving messages through Ozeki SMS Gateway. Here's why:

• Limited Functionality in Mobile OS: Some mobile operating systems, including older versions of Symbian, may not be fully optimized for handling incoming SMS messages within gateway software environments. It's possible that the phone's internal SMS software might unintentionally intercept incoming messages, preventing them from reaching Ozeki.
• Recommendation: Dedicated GSM Modem: For reliable incoming message delivery through Ozeki, we recommend using a dedicated GSM modem. These devices are specifically designed for SMS communication and work seamlessly with gateway software, ensuring consistent message flow.

Alternative Solutions (if applicable):

• Phone Model Compatibility: If you'd prefer to continue using a phone, check if your specific Symbian phone model has documented compatibility with Ozeki for receiving messages. Some models might have workarounds or configuration options to enable proper message reception.
• Software Updates: For Symbian phones that support software updates, consider checking if a newer version might address the message handling issue.

Overall, while Symbian phones might have limitations for receiving messages within Ozeki, using a dedicated GSM modem is the recommended approach for optimal performance and reliability.

I would like to send SMS and MMS messages from my computer. To do this, can I connect the application to any mobile phone or GSM modem, and which is better if it support both?

Ozeki SMS Gateway offers flexibility in how users establish a connection for sending and receiving SMS/MMS messages. This document outlines the two primary methods available:

Mobile Phone Connection:

• A mobile phone can be connected to a computer using a dedicated phone-to-PC data cable. Alternatively, infrared or Bluetooth connections can be employed for compatible devices.
• This approach offers a convenient solution for users who already own a mobile phone.

GSM Modem Connection:

• For users prioritizing long-term reliability and performance, a dedicated GSM modem is the recommended choice.
• Several advantages make GSM modems the preferred option:
  • Enhanced Reliability: GSM modems feature streamlined software designed specifically for SMS communication. This reduces the potential for software-related issues compared to a mobile phone's operating system.
  • Continuous Operation: Unlike mobile phones, GSM modems do not rely on batteries that require frequent charging. This ensures uninterrupted operation for critical SMS/MMS communication needs.

Both mobile phone and GSM modem connections offer functionalities for sending and receiving SMS/MMS messages through Ozeki SMS Gateway. However, for users seeking a more reliable and long-term solution with optimized performance, a dedicated GSM modem is the recommended choice.

SMS modem pool

This guide gives information on how to connect SMS modem pools to Ozeki SMS Gateway. Setting up a modem pool is usually very easy. Modems in the modem pool will be handled as independent modems in your system. In this guide you can read the detailed steps for configuring an 8 port GSM modem pool. The steps are similar for larger 16, 32, 64, 128 port pools. Modem pools are a good choice if you want to operate many phone numbers. To get the phone numbers, you need to purchase SIM cards for each modem slot in the modem pool. The SIM cards will have their mobile phone numbers assigned to them, and you can use these phone numbers in the SMS routing in Ozeki 10 SMS gateway. (Figure 1)

How to send sms with a gsm modem pool

1. Check the prerequisites
2. Set up the modem pool
3. Connect the modem pool to the computer via USB cable
4. Launch Ozeki using your account
5. Add new connection by install SMS modem connection
6. Autodetect the port where you connected the modem
7. Create connections for all ports of the modem
8. Enable Connection in the Connection details tab
9. Compose a test SMS message with recipient address and text
10. Send test SMS text message with the GSM modem pool
11. Review the received SMS message

How to set up an 8-port GSM modem pool using USB for Ozeki SMS Gateway (video tutorial)

This video tutorial shows you how you can set up an 8-port GSM modem pool using USB to use with Ozeki SMS Gateway. In this video we can find all components required for connectivity. You need a SIM card, an antenna, an 8 port gsm modem pool, a power cable and a USB cable for this setup. First, we insert the SIM card into one of the slots of the modem pool, then we connect the antenna. Next, we plug our modem pool into a socket using the power cable and turn it on. Finally, we can connect the 8-port modem pool to our computer with the USB cable. If everything is connected properly, a blue light should start blinking on the modem pool.

Ozeki SMS Gateway configuration for 8-port GSM modem pool (video tutorial)

This video shows you how you can configure your newly setup 8 port modem pool to be used with Ozeki SMS Gateway. In this video we use an 8-port modem pool, which is automatically detected as the port by the Autodetect system. We then repeat this for all 8-ports. Now we can turn the on the connection for one of them and send a text message. We type in our message and phone number, then click on Send. We can see that the message was successfully sent and shows up on the mobile device.

The following document gives information on how to setup GSM modem pools with Ozeki 10 SMS Gateway. These devices allow you to send SMS through SIM cards. If you wish to send SMS messages through SIM cards, maybe a better alternative would be to setup Android phones using the Ozeki Android Client. They can be connected to Ozeki SMS gateway through the network (for example the Office Wifi. There are dual sim Android devices, and by connecting four of them, you get the same 8 phone numbers the modem pool would offer.

The reason we recommend you the Android SMS gateway option, is because the Android phones support messaging over 3G, 4G and 5G networks, and the modem pools only work on 2G. The 4G and 5G networks are significantly faster in terms of SMS messaging. Another problem is that 2G networks are being phased out in many countries. The mobile network operators will not provide 2G services in the near future to allocate frequencies to 4G and 5G.

More information can be found about how to setup the Ozeki Android Client at this URL: https://android-sms-gateway.com/p_34-quick-start-guide.html

Set up your 8-port GSM modem pool

The first step of setting up your modem pool is to insert a SIM card into one or more ports. The SIM card can be plugged into the modem as Figure 2 shows.

Next, you need to connect the antenna to the ports that have a SIM card inserted into. You can connect the antenna right after you removed the cover like in Figure 3.

To use the modem pool, next you have to connect it to a light socket with a power cable. As you can see on Figure 4, the power cable can be connected to the modem pool easily.

After you connected the modem pool to the power supply, you just need to turn on the modem pool by switching on the button as you can see it on Figure 5. If your modem is under power, the button lights up.

Next, you need to turn on the selected GSM port as well like in Figure 6.

The connectivity of the ports can be checked easily by the blue light next to the antenna (Figure 7). If it starts to blink, the SIM card connected right.

The last step of the setup process is to connect the modem pool to the PC. For that, as you can see on Figure 8, plug the USB cable into your modem pool.

To finish the setup, just insert the other end of the cable into your computer (Figure 9).

Configure the modem pool with Ozeki NG 10

Now your modem is ready to be configured. The first step you have to fulfil is to open Ozeki NG 10 on your desktop (Figure 10).

Next, log in with your Ozeki NG 10 account by typing your username and password as you can see on Figure 11 This account has to be created during the installation process.

Here, in the SMS Gateway application, the first thing that you need to do is to create a new connection. This can be done by clicking on Add new connection as you can see on Figure 12.

The next window lists you all the connections that you can create in the SMS Gateway application. Now, as Figure 13 demonstrates, you have to select the SMS modem connection by clicking on Install.

In the installation menu, you need to select the port, where you connected the modem. For that, just click on the Autodetect button as you can see on Figure 14.

This Autodetect option will detect your modem, and if it is connected right the following window should show up like in Figure 15.

You can do this process with all the other ports, so like in Figure 16, you can manage maximum eight SMS modem connection at the same time.

Send an SMS message using the modem connection

At this point, you have an SMS modem connection in the SMS Gateway application. To handle SMS messages with this connection, first, you need to enable the connection (Figure 17) by turning on the switch button in the connection details window.

To send the SMS message, you need to type the phone number of the recipient (Figure 18) in the Recipient field.

Next, just type the text of the SMS message to the SMS field like in Figure 19.

If you are ready to send the SMS message, just click on the Send button (Figure 20).

If you did everything right, the message will be received by the recipient as you can see on Figure 21.

Quick Data sheet

Support	Windows, Linux, Unix OS
Messaging capacity	6800 SMS or 3200 MMS per hour
Size	440x220x50mm
TCP/IP Stack	yes
Internet	Wireless Access to internet
Internet services	PPP, TCP, UDP, HTTP, SMTP, POP3
SIM card slots	8
Dual band	900/1800 Mhz
Tri band	850/1800/1900 Mhz 900/1800/1900 Mhz
Quad band	850/900/1800/1900 Mhz
Transmitting Speed	Maximum Transmitting Speed 115.2 Kbps
Input voltage	100V - 240V
Working temperature	-20°C to +60°C
Storage temperature	-25°C to +70°C

Summary

In this guide we showed you how to configure an 8 port GSM modem pool and how to use it with Ozeki SMS Gateway. This solution allows you to send messages to your customers from a computer. As you could see, the configuration has a few steps, so reading this guide carefully is recommended. After you did everything right, you will have the tools to send out short messages with a configured modem and Ozeki SMS Gateway. Since this is an 8 port GSM modem pool, you have the opportunity to use 8 different SIM cards when you send SMS from your computer.

Do not finish your reading here, read about Wavecom SMS modem and Sierra SMS modem in our page.

Now your next thing to do is to download Ozeki SMS Gateway and let the work begin!

SMPP Client Connection

This guide is about SMPP client connection setup. It defines what an SMPP client connection is, what does SMPP stand for and how you can use an SMPP client connection to connect your Ozeki SMS gateway system directly to the Short Message Service Centre (SMSC) of a mobile network operator over the Internet.

What does SMPP stand for?

SMPP stands for Short Message Peer-to-Peer Protocol. This is an industry standard protocol designed to deliver SMS messages over TCP/IP connections through the Internet. This protocol is implemented by Ozeki SMS Gateway.

What is an SMPP client?

An SMPP client is a software that allows you to connect to an SMS service provider on the Internet. An SMPP client, such as Ozeki SMS Gateway, uses the SMPP protocol to send and receive SMS text messages.

How to connect an SMPP Client

To connect an smpp client to an SMS service provider in order to send and receive SMS, please follow these steps:

1. Open https://localhost:9515 in your browser
2. Login using your username and password
3. Click on "Add new connection"
4. Select "SMPP client"
5. Enter the smpp host name and port
6. Enter the telephone number
7. Click ok to connect the smpp client
8. Check the smpp logs
9. Send a test sms

The SMPP client provides a standardized way for applications to programmatically send and receive SMS messages in bulk to the SMPP Server. The SMPP client initiates a TCP/IP connection to the server. This makes SMPP clients essential for applications like marketing platforms, notification systems, and two-factor authentication services.

How to send SMS through an SMPP client

This system works in a way that the user gives their computer instructions on sending a message (Figure 1). The computer forwards this information to an SMS Centre. This is done through an SMPP (Short Message Peer-to-Peer Protocol) client connection. The SMSC then sends the text message to the recipients' mobile devices.

How to setup an SMPP client connection using Ozeki SMS Gateway (video tutorial)

The following short video shows the steps you need to take to setup an SMPP client connection in Ozeki SMS Gateway what works in any country. The video starts with the login form and takes you all the way to sending your first text message as a test over the newly created SMPP client connection.

Detailed smpp setup instructions

Setting up an smpp SMS connection in Ozeki SMS Gateway is a relatively simple procedure. You need to login to the SMS gateway using a web browser as administrator, and you need to perform a few simple steps. For configuration we recommend to login using the administrator account. The administrator account username is "admin", and the password is the one you provided during install. (Figure 2)

How to create a new SMPP client connection

To create a new SMPP client connection after login, you need to click on the 'Add new connection' link in the management console of the Ozeki 10 SMS Gateway app. This link is located in the Connections panel below the text "No connections are installed..." (Figure 3). This link will bring up a list of available protocols. Note that SMPP is an SMS protocol that can be used to send SMS messages.

To install the SMPP client connection, you will have to select SMPP client from the available connections list. The SMPP client can be found in the IP SMS Connections section (Figure 4). You need to click install to install the SMPP client. You will use a client connection because you wish to connect the SMS gateway to an SMS service provider over the Internet. (If you wish to provide an SMS service, and you want your customers to connect to your SMS gateway over SMPP, you need to setup an SMPP user account and you need to configure an SMPP service.)

Select the 'SMPP client' from the list and click on install.

Configure your SMPP client connection

In order to configure your SMPP client connection, you need to provide the host name and port number of the SMPP service, your SMPP credentials and your must specify telephone number associated with this connection. There could be more than one phone numbers associated with this connection. In this case provide the first one and check the overridable checkbox. If this checkbox is checked, you will be able to use all phone numbers as sender IDs.

To configure an smpp client (Figure 5):

1. Select the General tab
2. Scroll to the smpp client config form
3. Give a name to this smpp client connection
4. Enter the smpp hostname
5. Set the smpp port number
6. Provide your smpp username
7. Type your password
8. Assign a sender id to this smpp client
9. Click OK

It is important to mention that the SMPP hostname and port plus the username and password are provided by your SMS service provider. For example, if you contact Vodafone, and ask for an SMPP SMS service, you will sign a contract with them, and often an attachment of this contract will contain the connection following information. If you subscribe to an SMS service on-line, you will likely find this information in the on-line control panel of your SMS service provider. Of course, you can always ask your SMS service provider in e-mail and ask what the SMPP server connection details are.

Smpp host:

The smpp host is the host name of the IP address the SMPP client uses to connect to the SMPP server. This is the IP address (or host name) of the SMPP server.

Smpp port number:

The smpp port number is the TCP IP port number of the SMPP client uses to connect to the SMPP server. This port number is where the server is listening for incoming SMPP connections.

Smpp username:

The smpp username is the smpp system id. This identifier is provided by the SMPP server operator when you sign up to their service.

Smpp password:

The smpp password is the password that is used to authenticate your smpp account on the SMPP server. This password is provided to you by the SMPP server operator (or SMPP service provider) when you sign up to their service.

Smpp telephone number:

The smpp telephone number is the smpp sender ID. This is the phone number that is displayed on the mobile phone as the sender address, when your SMS messages is received.

Check the SMPP log

Once the SMPP client connection is configured, you should check the SMPP client connection log to see if the system connected properly to your SMS service provider. If the system connected properly, you would see the "Connection online" log entry. The SMS connection logs can be found in the following directory in Windows: C:\Program Files\Ozeki\Data\Logs\Connections\. In this Event tab of the SMPP client connection's details page, you can see a preview of the log. This page contains the last 100 log entries. Note that the SMPP log files are rotated to save disk space.

How to view the SMPP client connection log (Figure 6):

1. Open the SMPP client connection's details page
2. Click on the Events tab
3. Click on the eye icon next to the Events title
4. Copy the file name next to the Events title
5. Open notepad
6. Paste the filename into the File/Open dialog in notepad
7. Click OK to open the SMPP log file
8. Use F3 to find the date you are interested in
9. Search for "ERRO" to find errors in the log

Send a test SMS message

Once your connection is connected, you can check to see if it is ready to deliver SMS messages by sending a test SMS. To send a test SMS message, you need to open the Test tab, and you need to enter the phone number and message text. It is recommended to provide the phone number in international format. This means the phone number should start with a plus sign followed by a country code. If your local phone number starts with a 0, it is likely that you will need to drop the 0 prefix. For example, if your UK phone number 07958663698, you would send the test SMS to +447958663698.

How to send a test SMPP message (Figure 7):

1. Navigate to the SMPP client connection's details page
2. Select the Test tab
3. Enter the recipient phone number
4. Make sure the phone number is in international format
5. Enter the message text
6. Make sure the message text is less than 160 characters
7. Click on the Send button
8. Check the SMPP logs

The sms is sent using the smpp submit_sm pdu over the SMPP link established between the SMPP client and the SMPP server. This PDU carries the sender id, the recipient address, the message text and all the necessary flags and smpp parameters needed to display the sms properly on the recipient mobile phone.

You might ask why the message text should be less than 160 characters. This is because GSM system was designed to send 160-character-long text messages. If a message is longer, it will be split into multiple message segments, and will be delivered in more than one SMS message.

After the message is successfully sent, you should check the SMPP logs. The SMPP logs will reveal the low level SMPP messages, that are used to pass the message content to the SMS service provider. These messages are also called an SMPP PDU (SMPP protocol data unit). If there is a problem with message submission, your SMS service provider will ask for the SMPP logs. In this case, you need to send the SMPP PDUs to them. For every SMS submission, two SMPP PDUs will appear in the log. One is the SMPP SUBMIT_SM pdu, which passes the message to the SMS service provider's over, and the SMPP SSUBMIT_SM_RESP, which returns a reference ID, that can be used for tracking a message, and for finding the delivery reports returned to you when the message is delivered to the recipient handset. (Figure 8)

SMPP protocol specification

The SMPP protocol specification can be used to understand each SMPP PDU you see in the logs. You will see that there are several operations in this protocol specifications. For example, there is an operation for keeping the SMPP client connection alive using keep alive messages, and there are multiple operations for submitting and receiving SMS messages and SMS delivery reports.

SMPP protocol specification:

Download: smpp-protocol-specification-v3.4.pdf

SMPP protocol versions

The SMPP standard is an evolving protocol. The first widely adopted version was v3.3. Currently the most common version you will find is v3.4, but there is also a newer version v5.0 which is rarely used in SMS services.

SMPP 3.3 the oldest version supports GSM SMS messages only. It generates an immediate response for each message sent. In most cases this version is not supported over SSL connections. The problem with SMPP 3.3 is that it requires two SMPP links: an SMPP transmitter and an SMPP receiver link to the SMS service provider. When you setup an SMPP v3.3 link in Ozeki SMS Gateway, you will have to create two SMPP client connections, and configure on as SMPP transmitter and the other as SMPP receiver.

The SMPP 3.4 protocol is similar to SMPP 3.3, but it has a strong advantage: it allows you to send and receive SMS messages over a single TCP/IP link. In Ozeki SMS gateway you will only have to setup on SMPP client connection if you wish to use this protocol. SMPP v3.4 also adds optional Tag-Length-Value (TLV) parameters, to the SMS message, which allows the user to work with non-GSM SMS technologies, such as SMS messaging in CDMA networks.

SMPP 5.0 is the latest version of SMPP. It extends v3.4 by adding support for cell broadcasting, smart flow control. Not many SMS service providers use this protocol. We recommend you to setup SMPP v3.4 connections in Ozeki SMS gateway.

SMPP client testing

To test your SMPP client connection, it is a good idea to setup another SMPP gateway as an SMPP Simulator. This way you can do performance testing and test all the aspects of SMS messaging. To see how we have used this SMPP simulator method to test the performance of our SMS gateway by sending 1 000 000 SMS through it, check out the SMPP performance testing page.

FAQs

What kind of parameters do I need to connect to an SMPP service provider?

These are the essential details required to configure an SMPP connection for your Ozeki SMS Gateway:

• Server Address/Hostname: Specifies the location of the SMSC server (either its IP address or hostname) for the gateway to connect to.
• Port Number: Defines the specific TCP/IP port on the SMSC server that the gateway should use for communication.
• Username (System ID): Identifies your account on the SMSC server.
• Password: The password associated with your username for secure authentication.
• SMPP Version: Select the compatible version of the SMPP protocol supported by your SMSC server (Ozeki supports v3.3 and v3.4).
• System Type (Optional): Only required if the SMSC server mandates it. This value, often "SMPP," will be provided by your SMPP system administrator.
• Sender Address: The default phone number that appears as the sender for outbound SMS messages.
• Address Range (Optional): Primarily used for receiving messages. This information, sent to the SMSC after login, is relevant when managing multiple phone numbers on a single SMPP link.

Having these details readily available ensures a smooth configuration process for your Ozeki SMS Gateway's SMPP connection.

What is an SMPP transmitter connection?

An SMPP transmitter connection is designed specifically for sending SMS messages. It acts like a one-way street, allowing your Ozeki SMS Gateway to transmit messages outward to the SMSC (Short Message Service Centre). This type of connection is ideal when you only need to send SMS messages and don't require receiving functionality.

What is an SMPP receiver connection?

An SMPP receiver connection functions solely for receiving incoming SMS messages. It operates like a dedicated mailbox, allowing the SMSC (Short Message Service Centre) to deliver messages to your Ozeki SMS Gateway. This type of connection is suitable when you only need to receive incoming messages and don't plan on sending any.

What is an SMPP transceiver connection?

An SMPP transceiver connection offers a versatile option for both sending and receiving SMS messages. It functions like a two-way street, enabling your Ozeki SMS Gateway to transmit messages outward and receive incoming messages from the SMSC (Short Message Service Centre) over a single TCP/IP connection. This type of connection is ideal for most scenarios where you require both sending and receiving SMS capabilities.

Summary

This guide provided all the necessary information on how to setup SMPP client connection in Ozeki SMS Gateway. SMPP is great because it allows you to send SMS messages to the SMSC over the Internet and Ozeki SMS Gateway provides excellent speed for delivery. If you wish to setup an efficient SMS notification service in your business, SMPP is the way to go.

The information you have obtained is valuable, there are further useful documents in this guide, so keep on reading. It is a good idea to check out the UCP protocol setup guide and the CIMD client connection tutorial, because these protocols offer similar, high speed SMSC connectivity.

Now download Ozeki SMS Gateway and let the work begin!

SMPP protocol specification

This page lists the SMPP specifications currently in use. The most widely used SMPP version is currently version 3.4. You may download the specifications in PDF format from this page. Ozeki SMS Gateway implements all of these protocol versions and is fully compliant with them.

For outgoing SMPP connections you can select which protocol version to use on the configuration form. For incoming SMPP connections, the protocol version is automatically determined by Ozeki SMS Gateway.

You can find a comparison chart of these SMPP protocol versions in our "Compare SMPP protocol versions" guide.

SMPP v3.3 specification

There are three versions of the SMPP protocol specification in use. The original public version of the specification is SMPP v3.3 and was released in 1997. SMPP systems using this version usually rely on two links an SMPP transmitter and an SMPP receiver. One link is used for sending the other is used for receiving SMS.

Download: SMPP v3.3 PDF (373Kb)

SMPP v3.4 specification

The original specification was updated to SMPP v3.4, the most important change in this version was the recommendation to use a single TCP/IP link to send and receive SMS messages instead of two links. This is called the SMPP transceiver connection. The word transceiver is a mix of the words "transmitter" and "receiver". Using a single link makes connection management much easier and more resource efficient on the server side. This protocol version is the most widely used version to date (year %2025).

Download: SMPP v3.4.pdf (1.13Mb)

SMPP v5 specification

SMPP v5 is currently the most up to date version of the SMPP specification. This version was released in 2003. The major change in this version was the shift to using Type-Length-Value (TLV) fields. The idea was great, but this version is not as widely adapted as SMPP version 3.4, as most SMPP systems were in operation before this protocol version was released and few providers decided to upgrade their system to work according to this standard, as the previous standard is fulfilling most of the needs.

Download: SMPP v5.pdf (1.01Mb)

Compare SMPP protocol versions

SMPP (Short Message Peer-to-Peer) is an open, industry standard protocol that enables the transfer of short message data between applications and mobile networks. SMPP is widely used for SMS messaging, as well as other mobile services such as EMS, voicemail notifications, cell broadcasts, USSD, and MMS. SMPP has three versions in use: SMPP 3.3, SMPP 3.4, and SMPP 5.0. Each version has its own advantages and disadvantages, depending on the use case and requirements. In this article, we will compare the features and benefits of each SMPP version, and provide some statistics and a comparison table to help you choose the best one for your needs.

SMPP 3.3

SMPP 3.3 is the oldest version of the protocol, released in 1997. It supports GSM only and has a limited set of operations and parameters. It does not support optional tag-length-value (TLV) parameters, which are used to extend the functionality and information of the protocol. It also does not support non-GSM SMS technologies, such as UMTS, CDMA, TDMA, and iDEN. Moreover, it does not support transceiver sessions, which allow a single connection to send and receive messages.

The main advantage of SMPP 3.3 is its simplicity and compatibility with older systems. It is easy to implement and understand, and it works with most SMS service providers and mobile network operators. However, it has many limitations and drawbacks, such as:

• It cannot handle long messages (more than 160 characters) or concatenated SMS (splitting a long message into multiple parts).
• It cannot handle binary messages (such as ringtones, logos, or pictures) or Unicode messages (such as Arabic or Chinese characters).
• It cannot handle delivery receipts (confirmation of message delivery or failure) or message status reports (information about the message state).
• It cannot handle advanced features such as data coding schemes (specifying the encoding and compression of the message), service types (specifying the application or service that originated the message), priority flags (specifying the urgency of the message), validity periods (specifying how long the message should be stored by the network), or scheduled delivery times (specifying when the message should be delivered).

According to a survey conducted by Ozeki, a leading SMS gateway software provider, SMPP 3.3 is still widely used by businesses and SMS service providers, despite its limitations. The survey found that 38% of respondents use SMPP 3.3 for their SMS messaging needs.

SMPP 3.4

SMPP 3.4 is an updated version of the protocol, released in 1999. It adds optional TLV parameters, support for non-GSM SMS technologies, and transceiver support. It also adds new operations and parameters to enhance the functionality and information of the protocol.

The main advantage of SMPP 3.4 is its flexibility and versatility. It can handle various types of messages and services, such as:

• Long messages (up to 64 KB) or concatenated SMS
• Binary messages or Unicode messages
• Delivery receipts or message status reports
• Data coding schemes or service types
• Priority flags or validity periods
• Scheduled delivery times or replace-if-present flags (specifying whether to replace an existing message with a new one)
• Message payload (specifying the actual content of the message)
• User data header (specifying additional information about the message)
• Source address subunit (specifying the subunit within a device from which the message originated)
• Destination address subunit (specifying the subunit within a device to which the message should be delivered)
• More subaddress (specifying additional addressing information for routing purposes)
• Callback number (specifying a number to which a reply should be sent)
• Callback number presentation indicator (specifying how the callback number should be displayed)
• Callback number tag (specifying an alphanumeric string associated with the callback number)
• Number of messages in mailbox (specifying how many messages are waiting in a mailbox)
• Alert on message delivery (specifying whether to alert the recipient when a message is delivered)
• Language indicator (specifying the language of the message)
• Its session initiation protocol information element (specifying information related to SIP)

The main disadvantage of SMPP 3.4 is its complexity and compatibility issues. It is more difficult to implement and understand than SMPP 3.3, and it may not work with some SMS service providers or mobile network operators that do not support it. Moreover, some TLV parameters are vendor-specific or optional, which may cause interoperability problems or confusion.

SMPP 3.4 is the most popular version of the protocol, used by 54% of respondents. It is the recommended version for most SMS messaging applications and services.

SMPP 5.0

SMPP 5.0 is the latest version of the protocol, released in 2003. It adds support for cell broadcasting, smart flow control, and other minor enhancements. It also clarifies some ambiguities and inconsistencies in the previous versions.

The main advantage of SMPP 5.0 is its completeness and standardization. It covers all the features and functionalities of SMPP 3.4, and adds some new ones, such as:

• Cell broadcast operations (for sending messages to multiple recipients in a specified area)
• Cell broadcast data coding scheme (specifying the encoding and compression of the cell broadcast message)
• Cell broadcast service type (specifying the application or service that originated the cell broadcast message)
• Cell broadcast channel indicator (specifying the channel on which the cell broadcast message should be transmitted)
• Cell broadcast content type indicator (specifying the type of content of the cell broadcast message)
• Smart flow control (for optimizing the throughput and performance of the protocol)
• Message reference number (specifying a unique identifier for each message)
• Message sequence number (specifying a sequential number for each message within a session)
• Message state TLV parameter (specifying the state of a message at any point in time)

The main disadvantage of SMPP 5.0 is its availability and adoption. It is not widely supported by SMS service providers or mobile network operators, and it is not widely used by businesses or SMS service providers. In 2023 only 8% of respondents indicated to use SMPP 5.0 for their SMS messaging needs.

SMPP Version Comparison Table

The following table summarizes the main features and benefits of each SMPP version:

| Feature                     | 3.3 | 3.4 | 5.0 |
| --------------------------- | --- | --- | --- |
| GSM support                 | Yes | Yes | Yes |
| Non-GSM support             | No | Yes | Yes |
| TLV parameters              | No | Yes | Yes |
| Transceiver support         | No | Yes | Yes |
| Long messages               | No | Yes | Yes |
| Concatenated SMS            | No | Yes | Yes |
| Binary messages             | No | Yes | Yes |
| Unicode messages            | No | Yes | Yes |
| Delivery receipts           | No | Yes | Yes |
| Message status reports      | No | Yes | Yes |
| Data coding schemes         | No | Yes | Yes |
| Service types               | No | Yes | Yes |
| Priority flags              | No | Yes | Yes |
| Validity periods            | No | Yes | Yes |
| Scheduled delivery times    | No | Yes | Yes |
| Replace-if-present flags    | No | Yes | Yes |
| Message payload             | No | Yes | Yes |
| User data header            | No | Yes | Yes |
| Source address subunit      | No | Yes | Yes |
| Destination address subunit | No | Yes | Yes |

Conclusion

To conclude, SMPP is a powerful and flexible protocol that enables the transfer of short message data between applications and mobile networks. SMPP has three versions in use: SMPP 3.3, SMPP 3.4, and SMPP 5.0. Each version has its own features and benefits, depending on the use case and requirements. SMPP 3.3 is simple and compatible, but limited and outdated. SMPP 3.4 is flexible and versatile, but complex and inconsistent. SMPP 5.0 is complete and standardized, but unavailable and unpopular. The choice of the best SMPP version depends on the needs and preferences of the user, as well as the support and compatibility of the SMS service provider and the mobile network operator.

If you are looking for a reliable and easy-to-use SMS gateway software that supports all SMPP versions, you may want to check out Ozeki SMS Gateway. It is a high-performance software that allows you to send and receive SMS messages from your computer using a GSM modem or an IP SMS connection. It also offers various features and functionalities, such as email-to-SMS, SMS-to-email, database-to-SMS, SMS-to-database, HTTP-to-SMS, SMS-to-HTTP, and more. You can download a free trial version from their website and start sending and receiving SMS messages in minutes.

SMPP PDU logging

Find out how to view the SMPP PDUs (Protocol Data Units) in your connection's log. This guide gives you the steps to turn on SMPP low level logging for an SMPP client connection. It also shows you where you can find the log file in the file system.

The first step is to open the SMPP client connection on the left side of the SMS Gateway Manager console page as you can see it on the Figure 1.

Now in the Log level section of the user's Advanced tab enable the 'Log Communication Events' checkbox if you wish to get Low Level log information about what happens on this connection (Figure 2).

To send a test SMS message, you need to open the Admin user, and you need to enter the phone number and message text. It is recommended to provide the phone number in international format. This means the phone number should start with a plus sign followed by a country code (Figure 3).

After the message is successfully sent, you should check the SMPP logs. The SMPP logs will reveal the low level SMPP messages, that are used to pass the message content to the SMS service provider. These messages are also called an SMPP PDU (SMPP protocol data unit). If there is a problem with message submission, your SMS service provider will ask for the SMPP logs. In this case, you need to send the SMPP PDUs to them. For every SMS submission, two SMPP PDUs will appear in the log (Figure 4).

How to use SMPP api with programming languages

How to send sms from c# with smpp

This page demonstrates how to send sms from c# with smpp. It will start with clearing up the term of what c# with smpp is and will continue with the explanation of how it can be used. C# with smpp is a great tool to send sms, it can be used in various environments. This guide is useful for c# developers. Maybe the biggest advantage of this smpp api solution is that all you have to do is perform some configuration and you will be ready to send sms messages in a short period of time. The smpp api with c# sms example is based on Ozeki SMS Gateway, so you can take advantage of that fact that it offers excellent logging capabilities, which means you can track down errors quickly. We presume you are familiar with the basics of SMS technology and the c# programming. You will be provided some valuable information and well-structured step by step instructions.

What is c# smpp?

C# smpp is a method to send sms messages from a c# application using the smpp protocol. It is used by c# software developers in windows services, windows desktop applications and c# driven websites.

Detailed instructions to send sms from c# with smpp

To send sms from c# with smpp:

1. Start the Ozeki management console
2. Create an SMPP Client connection
3. Create an SMS API user for your c# app
4. Open 'Add new user/application...'
5. Scroll down to http user
6. Click 'install'
7. Create an sms route from c# to smpp
8. Copy the c# sms example into visual studio
9. To send your first text, run the project

How to Use SMPP to send SMS?

SMPP (Short Message Peer-to-Peer) is a protocol used by the telecommunications industry. It exchanges SMS messages between (SMSC) and Ozeki SMS gateway. SMSC acts as middleman to store the message and route it. Ozeki SMS gateway is the system that delivers SMS to SMSC. To use Ozeki SMS gateway to connect to the mobile network using SMPP you need to setup an secure SMPP Client connection.

C# requirements and resources

C# is a programming language and can be used to quickly and easily add SMS support for programmatically sending and receiving text messages. Use it for transactional messaging and notifications between your application and mobiles. The following are required to send SMS using C#:

• Visual Studio
• Ozeki c# sms example code
• SMS api account created in Ozeki SMS Gateway
• SMPP Client connection configured in Ozeki SMS gateway

C# SMS source code example

The following example C# source code is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. If you would like to run this example code, you just need to copy-paste it into your Console App project and run the project.

using System;
using System.Net.Http;
using System.Text;
using System.Web;
namespace HttpApiTester
{
    class Program
    {
        static async System.Threading.Tasks.Task Main(string[] args)
        {
            var username = "john";
            var password = "Xc3ffs";
            var messagetype = "SMS:TEXT";
            var httpUrl = "https://127.0.0.1:9508/";
            var recipient = HttpUtility.UrlEncode("+36201324567", Encoding.UTF8);
            var messagedata = HttpUtility.UrlEncode("TestMessage", Encoding.UTF8);
            
            var sendString = $"{httpUrl}api?action=sendmessage&username=" +
                             $"{username}&password={password}" +
                             $"&recipient={recipient}&messagetype=" +
                             $"{messagetype}&messagedata={messagedata}";

            Console.WriteLine("Sending request: " + sendString);

            var handler = new HttpClientHandler();
            handler.ServerCertificateCustomValidationCallback = 
                (sender, cert, chain, sslPolicyErrors) => { return true; };

            using var client = new HttpClient(handler);

            try
            {
                var response = await client.GetStringAsync(sendString);
                Console.WriteLine("Http response received: ");
                Console.WriteLine(response);

            } catch(Exception e)
            {
                Console.WriteLine(e.Message);
            }
        }
    }
}

Testing

For testing your application's SMS support when using the SMPP protocol, we recommend starting with the Ozeki SMPP simulator configuration to simulate SMS message delivery to mobiles (MT SMS) and simulate SMS messages from mobiles (MO SMS). The SMSC Simulator supports SMPP v3.3, v3.4 and v5.

For live testing and delivery to mobiles, you can use the reliable and dependable Ozeki SMS gateway with an android sms gateway setup.

To sum it up

We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as painlessly as possible. By following the above tutorial steps, you can create the solution in a short period of time. Now you can use c# with smpp to send texts. You have seen the advantages Ozeki SMS Gateway can bring. If you have already completed the steps, you can enjoy a well-deserved coffee or some other treat you have in mind. If you would like to find out more about the benefits of other similar solutions, please open ozeki-sms-gateway.com. I hope this article will be useful to all the readers and especially to beginners.

How to send sms from c/c++ with smpp

To create software for sending text messages from c/c++ with smpp requires basic knowledge of how mobile text messaging works and you must be familiar with c/c++ programming. This solution is based on Ozeki SMS Gateway. It can be downloaded from our website. The goal is to make the process of creating your c/c++ SMS program with smpp as quick as possible. This document presents the tutorial steps and the necessary information to help you complete the c/c++ sms api integration efficiently. We provide a list of requirements and resources that you need to know, before you start this sms integration project.

What is c/c++ smpp?

C/C++ smpp is an sms api used by c/c++ developers to send and receive sms messages from their development environment and finished software products.

Detailed instructions to send sms from c/c++ with smpp

To send sms from c/c++ with smpp:

1. Open the Ozeki management console
2. Setup an SMPP Client connection
3. Create an SMS API user for your c/c++ api
4. Navigate to 'Add new user/application...'
5. Select http user
6. Hit 'install'
7. Setup an sms route from c/c++ to smpp
8. Create the .cpp file based on the c/c++ SMPP sms example
9. Send your first sms from your c/c++ program
10. Check the logs to see if your texts were successfully sent

C/C++ requirements and useful resources

C and C++ are commonly used programming languages that can be used to efficiently add SMS support. This will give your applications and mobiles the ability to send and receive SMS messages. Here are the requirements to send and receive SMS using C and C++:

• Visual Studio (optional)
• Ozeki C/C++ sms example code
• Existing SMS api account created in Ozeki SMS Gateway
• Configured SMPP Client connection in Ozeki SMS gateway
• Downloaded ozApi.dll

SMPP C/C++ example code

The following C/C++ sms api example source code is free to use. You can simply implement it into your project. You can modify the source code to use it for other projects or applications. In order to run the following example, you just need to copy-paste it into a blank project. Add the ozApi.dll to the linker and run it.

#include "../ozApi/ozApi.h"
#include <iostream>
#include <string>
#include <Windows.h>
using namespace std;

// dll description
HINSTANCE hDLL = NULL;

// This function unload ozApi.dll
void UnLoadOzekiApi()
{
        FreeLibrary((HMODULE)hDLL);
}

// This function load ozApi.dll
ozApi* LoadOzekiApi()
{
        HINSTANCE hDLL = NULL;
        SmsConnection conn;

        // Load ozApi.dll
        hDLL = LoadLibrary("ozApi.dll");

        if (hDLL != NULL)
        {
                conn = (SmsConnection)GetProcAddress((HMODULE)hDLL, "CreateSmsConnection");
            if (conn != NULL) return conn();
                UnLoadOzekiApi();
        }

        return NULL;
}


int main(int argc, char** argv)
{
        // Load ozApi dll and connect to it.
        ozApi* myConn = LoadOzekiApi();
        if (myConn == NULL)
        {
                // Error while connect to dll.
                cout << "Unable to load ozApi.dll" << endl;
                system("pause");
                return 0;
        }
        else
        {
                // Dll is loaded.
                cout << "Loaded" << endl;
        }

        // Connect to Ozeki NG SMS Gateway
        // on localhost (127.0.0.1) at port 9500.
        myConn->open("127.0.0.1", 9500);

        // Login with default username and password
        // (admin / abc123)
        if(myConn->login("admin", "abc123"))
        {
                // Send a test message to 0011111
                myConn->sendMessage("0011111", "Test Message.");
        }
        else
        {
                // If username/password is bad
                cout << "Bad usename or password" << endl;
        }


        // Closing connection.
        cout << "Closing connection..." << endl;
        myConn->close();

        // Unload ozApi.dll
        UnLoadOzekiApi();
        cout << "Done" << endl;

    return 0;
}

Conclusion

We did our very best to make it simple and to walk you through all the details as painlessly as possible. By following the steps above, you can create the solution in a short period of time. You have seen the advantages Ozeki SMS Gateway can bring. If you have already completed the steps, I am sure, if you let your wife (or girlfriend) know, you will be rewarded. If you would like to find out more useful insights about the benefits of other similar solutions, please open ozeki-sms-gateway.com. I hope this page will be useful to all the readers.

SMPP over SSL/TLS

This guide gives you the instructions to follow if you wish to use SMPP over a secure SSL/TLS connection. SMPP over SSL/TLS has 3 main advantages: The network traffic between your system and the system of the SMS service provider will be encrypted. You will be able to validate the identity of the SMS service provider, which is great, because you can detect a Man in the Middle attack this way, and finally the service provider will also be able to verify your system if you setup client SSL certificates. Ozeki 10 SMS gateway supports all of these options.

How to setup a secure SMPP client connection

To setup a secure SMPP client over SSL/TLS:

1. Open the security app in Ozeki
2. Generate an SSL certificate
3. Save the SSL certificate
4. Check "Use SSL" in the SMPP client config
5. Upload the SSL certificate
6. Enter the certificate password
7. Connect to the SMPP server
8. Send a test SMS over the secure SMPP client link

How to setup a secure SMPP client connection (video)

This video takes you through the steps of setting up a secure smpp SMS client connection that operates over an SSL/TLS links. It shows you how you can generate an SSL certificate to be used for authentication, and you will see how to configure this certificate and how to enable SSL encryption over the SMPP link. You will also see how an SMS is sent and how the SMPP submit_sm pdu can be viewed in the logs.

Secure SMPP link configuration steps

Open Security app from the Start menu.

Figure 1 - Open Security app

Create a Signed certificate.

Figure 2 - Create Signed certificate

Specify the certificate details.

Figure 3 - Provide certificate details

Provide the password for the created certificate. Then click OK.

Figure 4 - Provide certificate password

Download the certificate and send it to the client.

Figure 5 - Download certificate

Enable SSL connection on the SMPP client.

Figure 6 - Use SSL connection

Upload the Signed certificate.

Figure 7 - Upload certificate

Provide the certificate password and then click OK.

Figure 8 - Provide certificate password

The secure connection successfully initialized.

Figure 9 - Successful secure connection

Now try to send a test message.

Figure 10 - Send test message

The test message successfully sent.

Figure 11 - Message successfully sent

SMPP delivery report format

SMPP delivery reports are sent by the SMPP Server, to the SMPP client after the text messages was successfully delivered to the handset. The original SMS is submitted by the SMPP client using an smpp submit_sm request. When the submit_sm is accepted by the SMPP server, it returns a submit_sm_resp response, with an sms reference ID. The delivery report comes in at a later date. It contains the time of delivery and the sms reference ID that identifies the sms. The document below explains the contents of an SMPP delivery report PDU and gives you a delivery report example.

What is the smpp delivery report format

And smpp delivery report is received as a standard text message. The messages text has a special format, that contains various fields about the originally submitted sms. These fields can be used to determine the state of the sms delivery.

Delivery report example

Delivery report received. +44251234567->+0000000 'Delivered; To: +44251234567; At: 2022-10-03 12:07:00; 
Ref: 636445148; id:636445148 sub:000 dlvrd:001 submit date:2210031207 done date:2210031207 
stat:DELIVRD err: text:'

Successful delivery reported to admin@localhost. Task ID: cdfd66e1-880e-4ead-a559-7ca46d9ec669. 
Delivered; To: +44251234567; At: 2022-10-03 12:07:00; Ref: 636445148; id:636445148 sub:000 dlvrd:001 
submit date:2210031207 done date:2210031207 stat:DELIVRD err: text:

How to receive an SMPP delivery report

To receive an SMPP deliver report

1. Connect the SMPP client
2. Bind as transceiver
3. Send the SMS using the submit_sm pdu
4. Record the SMS ID of the submit_sm_resp
5. Wait for the SMS to arrive to the mobile
6. Receive the SMS delivery report pdu
7. Match the SMS ID to the submitted message
8. Record the sms delivery timestamp

SMPP deliver report parameters

SMPP supports delivery receipts / reports (DLRs) for SMS messages so that your application can determine delivery outcomes.

The returning of a message delivery receipt / report (DLR) is dependent on the value set in the registered_delivery field of the message originally sent from the ESME to the MC in an submit_sm operation. This can be configured for non-delivery and delivery-only scenarios that can result in circumstances where the receipt will not be returned. Message delivery receipts are returned in the deliver_sm and data_sm operations.

The following fields are relevant in the deliver_sm and data_sm operations when used for transmitting delivery receipts.

• source address (i.e. source_addr_ton, source_addr_npi, source_addr) - The source address will be taken from the destination address of the original short message, which generated the delivery receipt. The receipt appears as if it emanated from the recipient of the original registered message.
• destination address (i.e. dest_addr_ton, dest_addr_npi, destination_addr) - The destination address will be taken from the source address of the original short message, which generated the delivery receipt. The receipt is addressed to the SME that originally sent the registered message.
• esm_class - Bit 2 of the esm_class is set to 1 to indicate that the message is an MC Delivery Receipt. If bit 5 is set, then the message is an Intermediate Notification.
• message_state TLV - Indicates the final state of the original message. See Message states below.
• network_error_code TLV - See Error codes below.
• receipted_message_id TLV - Message ID that was returned to the ESME by the MC in the submit_sm_resp PDU.

MC Delivery Receipt

This message type is used to carry a MC delivery receipt. The MC, on detecting the final state of a registered message, would normally generate a new receipt message addressed to the originator of the first message. The MC Delivery Receipt is then delivered to the ESME in a deliver_sm or data_sm operation.

Intermediate Notification

An intermediate notification is a special form of message that the MC may send to an ESME for a mobile terminated message delivery. It provides an intermediate status of a message delivery attempt.

Typical uses are to report the outcome of delivery attempts made during the message’s retry lifetime within the MC. This could be used to track the various reasons why a message is not delivered to its destination and use this to profile the subscriber’s availability.

Support for Intermediate Notification functionality is specific to the MC implementation and the MC Service Provider and is beyond the scope of this specification.

Receipt in short_message field

Many pre-v3.4 APIs and Message Centres supporting v3.3 are likely to have a means of passing receipt information within the short_message field. This applies to MC Delivery Receipts and Intermediate Notifications. The format specifics of this information are SMS gateway and SMSC platform specific and beyond the scope of the specification. However, the following shows the approach typically taken:

id:123A456B sub:1 dlvrd:1 submit date:1702281424 done date:1702281424 stat:DELIVRD err:0 text:

The fields are specified as follows:

Field	Size (octets)	Description
id	Variable	The message ID allocated to the message by the SMSC when originally submitted.
sub	3	Number of short messages originally submitted. The value may be padded with leading zeros.
dlvrd	3	Number of short messages delivered. The value may be padded with leading zeros.
submit date	10	The time and date at which the short message was submitted. In the case of a message which has been replaced, this is the date that the original message was replaced. The format is as follows: YYMMDDhhmm where: YY last two digits of the year (00-99) MM = month (01-12) DD day (01-31) hh hour (00-23) mm minute (00-59
done date	10	The time and date at which the short message reached it’s final state. The format is the same as for the submit date.
stat	7	The final status of the message. See Message states below. State text may be abbreviated.
err	3	A network or SMSC error code for the message. See Error codes below.
text	20	Unused field, result will be blank.

Ozeki SMPP improvements

As we have implemented a very large number of SMPP connections we have found the following issues in various implementations:

Finding 1:

The value of the ID field in the delivery report (which we call Submit Reference in Ozeki) is often different from the ID we receive from the SMS service provider. The most common difference is that the original ID is returned as a standard integer number and the ID in the delivery report is returned as a hexadecimal number. This can also happen vice versa. The good thing is that in this situation, when converted back the two numbers match, so the delivery reports can match. The Ozeki SMS implementations perform various checks and can handle the described situation properly.

Finding 2:

The value of the date fields often come in non-standard format. Ozeki currently parses the date fields using the following patterns. You may also define a custom date field pattern on the configuration form of the software.

• "yyMMddHHmm",
• "yyMMddHHmmss",
• "dd-MMM-yyHH:mm",
• "dd-MMM-yyHH:mm:ss",
• "dd-MMM-yy HH:mm",
• "dd-MMM-yy HH:mm:ss",
• "yyyyMMddHHmmss",
• "yyyyMMddHHmm",
• custom

Message states

The following is a list of allowable states for a short message. The MC returns the message_state value to the ESME as part of the query_sm_resp, query_broadcast_sm_resp or deliver_sm delivery receipt PDU.

Intermediate states are states that can change. Final states are states that represent an end-of-life state for a message.

For example, a message in retry may return an ENROUTE state. At some point in the future, this message will either expire or be delivered. The state will then progress to EXPIRED or DELIVERED. Thus, a message in ENROUTE state is said to be in an intermediate state.

A message in DELIVERED or EXPIRED state cannot progress to another state. These states are therefore final states.

Message State	Value	Type
SCHEDULED	0	Intermediate
The message is scheduled. Delivery has not yet been initiated. A message submitted with a scheduled delivery time may return this state when queried. This value was added for SMPP v5.0. MCs supporting earlier version of SMPP v3.3 and SMPP v3.4 are likely to return ENROUTE for scheduled messages.
ENROUTE or EN_ROUTE	1	Intermediate
The message is in enroute state. This is a general state used to describe a message as being active within the MC. The message may be in retry or dispatched to a mobile network for delivery to the mobile.
DELIVERED	2	Final
Message is delivered to destination. The message has been delivered to the destination. No further deliveries will occur.
EXPIRED	3	Final
Message validity period has expired. The message has failed to be delivered within its validity period and/or retry period. No further delivery attempts will be made.
DELETED	4	Final
Message has been deleted. The message has been cancelled or deleted from the MC. No further delivery attempts will take place.
UNDELIVERABLE	5	Final
Message is undeliverable. The message has encountered a delivery error and is deemed permanently undeliverable. No further delivery attempts will be made. Certain network or MC internal errors result in the permanent non-delivery of a message. Examples of such errors would be an unknown subscriber or network error that indicated that the given destination mobile was denied SMS service or could not support SMS.

SMPP Delivery Receipt Error Codes

Error codes returned in delivery receipts are used to indicate any error situation encountered when attempting to deliver a message. Error codes are SMS gateway and SMSC platform specific. However, the following shows an approach often taken:

Code	Meaning
1	MT number is unknown in the MT network’s HLR
2	MT number is unknown in the MT network’s HLR
5	MT number is unknown in the MT network’s MSC
9	MT number is classed as an illegal subscriber in the MT network’s MSC
11	MT HLR sends back a “Teleservice not provisioned” error in response to the SRI
12	MT handset is listed as an Illegal device on the MSC.
13	Customer is barred according to the MT HLR from receiving SMS
15	MT customer is part of a CUG that is not allowed to receive SMS
21	SMS not supported in the MT network.
22	SMS not supported in the MT MSC
31	MT handset is busy. The signalling control channel is in use. 
	(Probably receiving another SMS at the same time)
32	GPRS – As above
34	System failure in the MT network.
35	Data Missing in either the MT HLR or MSC
36	Unexpected data value received in response to a FSM or SRI
40	Memory capacity exceeded on the MT handset
41	MT handset protocol error
42	MT handset is not equipped to support SMS
43	Short message type “0” not supported by the MT handset.
44	MT network unable to replace the SMS on the MT customers’ handset
45	Unspecified protocol error on the MT handset
46	Message class not supported on the MT handset
47	Unspecified DCS (Data coding scheme) error on the MT handset
48	Transfer layer PDU not supported by MT handset
49	SIM card full on MT handset
50	MT handset’s SIM is unable to store the message
51	Error in MT handset
52	Memory capacity exceeded on the MT handset
53	SIM application toolkit busy on the MS handset
54	SIM data download error on the MT customer’s handset
55	Unspecified MS handset error
60	Absent subscriber. No reason known
61	Absent subscriber due to phone being switched off
62	Absent subscriber due to phone out of coverage/flat battery
63	Absent subscriber due to roaming restriction/restricted area
64	Absent subscriber due to being deregistered in the HLR
65	Absent subscriber due to being purged in the VLR (off for 24+ hours)
66	Absent subscriber (GPRS) cannot be paged by the SGSN
67	Absent subscriber due to GPRS detached
68	Absent subscriber due to deregistration in the HLR (GPRS)
69	Absent subscriber due to GPRS MS purged in VLR
70	Absent subscriber due to unidentified subscriber on the MSC that the FSM was sent to.
71	Absent subscriber due to unidentified subscriber on the SGSN

How to test SMPP delivery reports

You can create an SMPP simulator configuration, to test SMS delivery reports. In the simulator the tester connection can return successful delivery and failed delivery reports. It will do this if you configure "Delivery report request" on the "Advanced" tab page of the SMPP Tester connection's configuration form. If you have this option enable a delivery report will be returned for each submitted SMS at a random later date with a random status of successful or failed delivery.

FAQs

What is a delivery report?

When sending an SMS message, confirmation of its arrival at the recipient's phone is crucial. SMS employs a two-step confirmation system to ensure this.

Upon submitting your message to the mobile network's Short Message Service Centre (SMSC), you receive a "message submission report." This report signifies that the SMSC has accepted your message for delivery. It also includes a unique identifier, often referred to as a "message reference" or "callback ID," that allows tracking the message within the SMSC system.

After acceptance, the message is stored in the SMSC until delivery becomes possible. This might be delayed if the recipient's phone is switched off, potentially extending the wait to days. Once the recipient's phone becomes available, the message is delivered. Upon successful delivery, a "delivery report" is sent back to the sender as a separate SMS message.

This confirmation SMS contains:

• Recipient's phone number: Verifies the intended recipient received the message.
• Message reference (callback ID): Matches the identifier from the original submission report, providing a clear link between the two stages.
• Delivery timestamp: Provides the exact time the message reached the recipient's phone.

It's important to note that "delivery report" generally refers to this confirmation SMS received by the sender. Not all mobile networks offer delivery reports, and some require activation by the user.

Can I adjust how long a message is stored in the SMSC?

While SMS messaging offers a convenient way to communicate, ensuring a message reaches its recipient promptly is crucial. This is where the concept of the "validity period" comes into play.

The validity period refers to the timeframe an SMS message is stored in the Short Message Service Centre (SMSC) when the recipient's phone is unavailable. If the message remains undelivered after this period elapses, it's automatically deleted from the SMSC, preventing a delayed delivery.

Benefits of Utilizing Validity Period:

• Time-Sensitive Messages: Imagine sending a text about a time-sensitive event, like a live TV program. Setting an appropriate validity period ensures the message isn't delivered after the event has concluded, rendering it irrelevant.
• Network Efficiency: By preventing unnecessary delivery attempts to unavailable phones, the validity period optimizes network resources.

While some mobile networks offer the option to directly set the validity period for outgoing messages, the default setting is often the network's maximum (typically one week). This value can be adjusted through the phone's built-in menu options.

It's important to remember that not all mobile networks offer user-configurable validity periods, and some may require user activation for delivery reports (confirmation that the message reached the recipient).

SMPP Simulator

An SMPP simulator is a software that acts as an virtual Short Message Service Centre (SMSC). It can be used to simulate an SMPP SMS service. This is often required by software developers who want to develop an SMS solution without sending and receiving real messages. This guide (Figure 1) explains how you can setup your own SMPP simulator using Ozeki SMS Gateway.

What is an SMPP simulator

An SMPP simulator is a software that can send and receive SMS messages through the SMPP protocol without actually delivering the messages to the mobile network. Ozeki SMS Gateway is an SMPP simulator.

How does an SMPP simulator work

An SMPP simulator works by providing a virtual SMPP service on a TCP/IP port. SMPP clients can connect to this virtual SMPP service the same way they would connect to a standard SMPP service. The SMPP clients can send and receive SMS messages using this virtual SMPP service.

The Ozeki SMPP simulator can be used to simulate:

• Successful SMS delivery
• Failed SMS delivery
• Successful SMS delivery report
• SMS delivery failure report
• SMPP server failure report
• Invalid SMPP username/password
• SMPP throttling error

The major difference between an SMPP simulator and a real SMSC, is that the SMPP simulator "eats" the SMS messages. It logs the message submissions, but instead of delivering the SMS messages to the mobile network it removes them. The SMPP simulator gives the ability to the tester users to simulate various conditions for SMS delivery.

Is there another name for an SMPP simulator

An SMPP simulator is also called virtual SMPP server.

How can I configure an SMPP simulator

The basic idea behind setting up an SMPP simulator with Ozeki SMS Gateway is to route the SMS messages to a tester connection instead of routing them to the mobile network. The tester connection will simply log the messages and will report them as either being sent or rejected depending on the configuration. The tester connection can also be configured to return delivery reports. If delivery reporting is configured, delivery reports will be returned at a later time to simulate real-life behaviour.

To setup an SMPP simulator follow these steps:

1. Install Ozeki SMS Gateway
2. Setup a tester connection
3. Create an SMPP user account
4. Enable low level SMPP logging
5. Create an SMS route between the SMPP user and the tester connection
6. Your SMPP simulator is now up and ready

Step 1 - Setup a tester connection

The tester connection is listed as a standard mobile network connection. It can be selected from the "Connections" list, that can be accessed from the toolbar of the SMS Gateway app by clicking on the "Connect" icon. To install the Tester connection, all you have to do is click Install (Figure 1).

Step 2 - Install an SMPP user

To install an SMPP user for testing, you need to open the main user interface of the SMS Gateway, called the Management console. On this form, find the "Add new user/application" link, and click on it to open the Users/Application list screen (Figure 2).

Step 3 - Configure the SMPP user

To configure the SMPP user, you need to click Install (Figure 3), then on the configuration form, that comes up, you need to provide a username and password.

After you have created the SMPP user account, you are ready to connect to the SMPP simulator. To see the SMPP communication, it is recommended to enable detailed SMPP logging. To do this, open the SMPP user configuration form, and on the Advanced tab of the configuration form, open the logging group box, and tick the "Low communication events" checkbox. You may also tick the other checkboxes to have a more detailed log. The log files will be written to the default log folder. Each SMPP simulator account will have its own log file. (Figure 4)

SMPP simulator log location:
C:\Program Files\Ozeki\Data\Logs\Connections\SMPP_user_smppsim_localhost.txt

Simulate SMPP throttling error

Many SMPP service provider return an SMPP Throttling error, if their service cannot deal with the transfer speed. You can simulate SMPP throttling error, by enabling the SMPP speed limit feature in the Speed limit group box of the Advanced tab page in the SMPP user's configuration form (Figure 5). Note that the speed limit is provided in MPM. MPM means Messages per Minute. If you set a speed limit of 10 MPM, throttling error will happen for the 11th message, if the SMPP client sent in 11 messages in a 1-minute window. You can increase and decrease this speed limit according to your testing scenario and you can switch it off all together. If the speed limit feature is switched off, no throttling error will be return. If the system gets overloaded the system will simple react slower.

Simulate submit failed

To constantly simulate SMS submission failure, it is best to remove all mobile network connections from the SMS gateway app. If the SMPP user does not find a possible route to deliver the incoming SMS messages, it will immediately return and SMPP submit failed answer to the SMPP client. This setup is great if you want to test your system for service provider failures and Internet connection failures. If the Internet connection fails, all the Internet based IP SMS connections go offline. In this case an SMS app, that wants to send an SMS will immediately receive an SMPP submit failed message.

Simulate SMPP delivery reports

By default, the tester connection will return submit failed and submit successful reports randomly. You can configure it to return SMS successful delivery reports for successful virtual deliveries. If you enable this option, your SMPP client, that connected to Ozeki SMS Gateway will receive a standard SMPP delivery report as if the submitted SMS messages was delivered to a recipient handset (Figure 6).

SMPP simulator alternatives

Although there are some SMPP simulators on the web, the best SMPP simulator is Ozeki 10 SMS Gateway. The reason for this is that it is high performance, provides details SMPP logging, handles multipart SMS messages and delivery reports.

SMPP simulator alternatives

• Ozeki 10 SMS Gateway
• Ozeki NG SMS Gateway
• Ozeki Message Server 6

SMPP Error Codes

The following error codes are returned by smpp servers to smpp clients to indicate that something went wrong. The table below is indicative as many smpp providers use custom error codes in addition to the codes listed below.

The most frequent SMPP error code:

The full SMPP Error Codes table

0	0x0	ESME_ROK	Ok - Message Acceptable
1	0x1	ESME_RINVMSGLEN	Invalid Message Length
2	0x2	ESME_RINVCMDLEN	Invalid Command Length
3	0x3	ESME_RINVCMDID	Invalid Command ID
4	0x4	ESME_RINVBNDSTS	Invalid bind status
5	0x5	ESME_RALYBND	Bind attempted when already bound
6	0x6	ESME_RINVPRTFLG	Invalid priority flag
7	0x7	ESME_RINVREGDLVFLG	Invalid registered-delivery flag
8	0x8	ESME_RSYSERR	SMSC system error
10	0xa	ESME_RINVSRCADR	Invalid source address
11	0xb	ESME_RINVDSTADR	Invalid destination address
12	0xc	ESME_RINVMSGID	Invalid message-id
13	0xd	ESME_RBINDFAIL	Generic bind failure
14	0xe	ESME_RINVPASWD	Invalid password
15	0xf	ESME_RINVSYSID	Invalid System-ID
17	0x11	ESME_RCANCELFAIL	Cancel failure
19	0x13	ESME_RREPLACEFAIL	Replace failure
20	0x14	ESME_RMSGQFUL	Too many messages in queue, at present
22	0x16	ESME_RINVSERTYP	Invalid services type
51	0x33	ESME_RINVNUMDESTS	Invalid number of destination addresses
52	0x34	ESME_RINVDLNAME	Invalid name
64	0x40	ESME_RINVDESTFLAG	Invalid Destination Flag Option
66	0x42	ESME_RINVSUBREP	Invalid value for submit with replace option
67	0x43	ESME_RINVESMCLASS	Invalid value for esm_class field
68	0x44	ESME_RCNTSUBDL	Cannot submit to a distribution list
69	0x45	ESME_RSUBMITFAIL	Generic submission failure
72	0x48	ESME_RINVSRCTON	Invalid type of number for source
73	0x49	ESME_RINVSRCNPI	Invalid numbering plan indicator for source
74	0x4a	ESME_RINVDSTTON	Invalid type of number for destination
75	0x4b	ESME_RINVDSTNPI	Invalid numbering plan indicator for destination
77	0x4d	ESME_RINVSYSTYP	Invalid esm type
78	0x4e	ESME_RINVREPFLAG	Invalid submit with replace flag option
85	0x55	ESME_RINVNUMMSGS	Invalid number of messages specified for query_last_msgs primitive
88	0x58	ESME_RTHROTTLED	SMSC is throttling inbound messages
98	0x62	ESME_RINVEXPIRY	Invalid Validity Date
103	0x67	ESME_RQUERYFAIL	Quota violation, add credit to account
194	0xc2	ESME_RINVPARLEN	Invalid optional parameter length
195	0xc3	ESME_RMISSINGOPTPARAM	Missing optional parameter
196	0xc4	ESME_RINVOPTPARAMVAL	Invalid optional parameter value
254	0xfe	ESME_RDELIVERYFAILURE	Generic delivery failure
255	0xff	ESME_RUNKNOWNERR	Unknown Error

How to handle SMPP error: Message Length invalid

This document shows the settings that need to be applied in case you receive an SMPP error: 1: Message Length is invalid from your mobile network operator or SMPP service provider. In short, this error indicates that the submitted SMPP SMS PDU contains a message that is longer than the allowed limit set by the SMS service provider.

Error Message

2023-06-20 14:02:58.398 ERRO Swisscom: Envelope rejected by SMSC. SMPP error: 1: Message Length is invalid.
2023-06-20 14:02:58.398 INFO Swisscom: Message submit failed.

Relevant settings

To begin the process, log into your Ozeki SMS Gateway account, or if you do not have an Ozeki account, then download the Ozeki Gateway from the https://ozeki-sms-gateway.com/ website. After logging in to the Ozeki SMS Gateway, you need to load the SMS Gateway, by clicking on the "SMS Gateway" icon from the given ones. It will bring you to the Ozeki Home page, where you need to find the "Connections" part of the page, which is located on the upper left side. Click on your SMPP client to set up the necessary settings to solve the error message, you've received before.

By clicking on the SMPP client, you will be directed to the connection's details page. Choose the "Configure" menu, then the "SMS" tab, which allows you to access various configurations.

Open the "Multipart (SAR)" section of the SMS details. There you need to set up the message reference number length to use. Mark the needed options with an "X" sign. To enable Segmentation, you need to mark the "Segment plain text messages", "Segment unicode text messages" and "Segment binary messages" formats.

Summary

In conclusion, Ozeki SMS Gateway provides an effective solution for overcoming SMPP issues and assuring seamless SMS transmission. Ozeki SMS Gateway is high-performance, reliable SMS gateway software that helps handle SMPP errors. By following these steps, the error can be resolved, allowing users to send longer messages within the provider's limitations.

SMPP Throttling Error

On SMPP links you may experience the "88: Throttling error ESME has exceeded allowed message limits" error message for some SMS service provider connections in case of high load or when sending multiple SMS messages.

This is what you see in the logs:

-	88: Throttling error (ESME has exceeded allowed message limits)
-	Timeout. No submit response received for SMS.

What causes this error

SMS aggregators and mobile network operators often put a limitation for the number of SMS Messages they accept on a connection per second. For example, they may say that they only allow 10 SMS per second. If you send more messages, they will reject some of your SMS messages with the above error code.

In short, they do not want to handle (or cannot handle) high throughput SMS connections.

Since Ozeki SMS Gateway is very fast we often see this error, when we send too many SMS messages in a very short period of time.

When can this SMPP throttling error happen

In most cases this error happens when you send many messages (a bulk sms jobs) on a single link.

In other cases, it happens when you send long (multi part) sms messages. In this case the problem of the provider is that the 2nd, 3rd, ... part of the SMS follows the first part very quickly.

How to handle this problem

If you experience this problem, you must slow down the SMPP client in Ozeki SMS Gateway. You can do this by opening the "Advanced" tab page of the Ozeki SMS Gateway's SMPP configuration form and select the Speed Group box.

In the "Speed" group box tick the "Limit speed" checkbox and set a capacity limit (e.g. 60 MPM). MPM means messages per minute (Figure 1).

How to send a test SMPP SMS message

This article is about how you can test your SMPP SMS system by sending a test messages. The SMPP (or Short Message Peer-to-Peer) technology is used by the industry because it is more reliable and faster than other messaging systems. This technology can acquire the 1000 message/second speed. By reading this article, you will be able to test such systems with the help of a test message. The process takes 10 minutes to perform and with the help of this detailed tutorial, you will have no problem with the setup. We assume that you are already familiar with the SMS technology. We are using the Ozeki SMS Gateway in this article which features a very intuitive user interface for the best user experience.

How to send a test SMPP SMS message (Quick steps)

To send a test SMPP SMS message:

1. Go to the SMPP client connection's details page
2. Select the Test tab
3. Enter the recipient phone number
4. Make sure the phone number is in international format
5. Type the test SMS message text
6. Ensure the message text is less than 160 characters
7. Click on the Send button
8. Check the SMPP logs

How to send a test SMPP SMS message (Video tutorial)

In the following video explain how to send a test SMPP SMS message using the Ozeki SMS Gateway. The video starts with composing a new message, providing the address and the body of the message. At the end of the video, it shows you how to access log of the connection. The video is detailed and only 50 seconds long, so you will have no problem following the steps. It uses the Ozeki SMS Gateway which is a powerful and easy to master SMS gateway that is independent from providers. You will learn how to compose and send SMS using the SMPP protocol.

Send a test SMS message

Once your connection is connected, you can check to see if it is ready to deliver SMS messages by sending a test SMS. To send a test SMS message, you need to open the Test tab, and you need to enter the phone number and message text. It is recommended to provide the phone number in international format. This means the phone number should start with a plus sign followed by a country code. If your local phone number starts with a 0, it is likely that you will need to drop the 0 prefix. For example, if your UK phone number 07958663698, you would send the test SMS to +447958663698.

The sms is sent using the smpp submit_sm pdu over the SMPP link established between the SMPP client and the SMPP server. This PDU carries the sender id, the recipient address, the message text and all the necessary flags and smpp parameters needed to display the sms properly on the recipient mobile phone.

You might ask why the message text should be less than 160 characters. This is because GSM system was designed to send 160-character long text messages. If a message is longer, it will be split into multiple message segments, and will be delivered in more than one SMS message.

Click the New icon on the Toolbar

On the Ozeki Home page, you can see the New icon. It is located Toolbar next to the Home icon and can be identified by the phone and envelope shape (Figure 1). Click it to see the message composing window.

Compose the SMPP test message

In the message composing window, you can see two group boxes. To and Message. Type in the recipient’s address into the Address input field in the To group box. Next, you need to provide a body for the message (Figure 2). A good test message text is Hello World which is what we used here. Click the Ok button after you finished with this step.

Send the test message

After you send a message, you will see the Message deliver history page. Here you will see details about the process of SMS sending involving all the steps it takes. You can see a timestamp for every event here (Figure 3). This page helps you to identify problems during the sending process and solve them.

Check the events log of the SMS gateway

If you would like to see the whole events tab, go back to the main page of the Ozeki SMS Gateway. Look for the blue Admin link on the right-side panel of the main page. Click it and search for the Events tab in the tab bar (Figure 4). In the Events tab, you can check all the events of the user you are logged in. You can see the sent test message here as the last record.

Summary

The purpose of this short guide was to show you how to send a test SMPP SMS message using Ozeki SMS Gateway. Sending a test message is very important because you can check whether your SMS sending connection works or not by using this function. Use a phone number which can be checked in order to see the test message and pay attention to the 160 characters limit. Ozeki SMS Gateway is easy to use and makes your work smoother, even when we only talk about test messages.

Do not finish your work here, you can get more information about topics like SMPP delivery report and SMPP error codes in our page.

Now your only thing to do is to download Ozeki SMS Gateway and let the work begin!

How to decode an SMPP PDU

This guide explains how you can decode and understand an SMPP PDU better. It shows you how to use the built in SMPP decoder of Ozeki SMS Gateway to understand the parts of the SMPP PDU created by Ozeki SMS Gateway better.

How to decode an SMPP PDU - Using the Ozeki SMPP PDU decoder

1. Enable low level logging
2. Send a test SMS message
3. Copy the SMPP PDU from the log
4. Open the Ozeki SMPP PDU decoder
5. Paste the SMPP PDU into the decode window
6. Click Decode

Decoding an SMPP PDU (Video Tutorial)

In this video tutorial we provide a simple guide that you can use to decode an SMPP PDU. The aim of this tutorial is to enable the users to be able to decode any SMPP PDU by themselves. We will walk you through the most crucial steps when it comes to decoding an SMPP PDU, from enabling low level logging to pasting the SMPP PDU into the decoder window and decode it. By decoding SMPP PDUs we can find and fix problems, check if messages are delivered,

Decoding an SMPP PDU (Step by step guide)

First thing first, go to 'Configure' and enable 'Log communication events'. This way you can get more information about what happens. Once you are done press 'OK'. If you did everything properly, a window would pop up on your screen with a notifying message saying 'Configuration successfully updated'.

The next step is sending an SMS message. Do this by filling out the correct boxes. You will be asked to enter the addressee's telephone number and then enter the desired text in the box below.

When you are done with the previous steps, you have to copy message PDU from 'Events'.

After copying the message PDU, you have to go to the 'PDU decoder'. There you have to enter the SMPP PDU you would like to decode. Paste the previously copied PDU into the box and decode it.

How to decode an SMPP PDU Using an independent SMPP PDU decoder

https://www.sysop.fr/smpp-decoder/

Decoding an SMPP PDU using an independent SMPP PDU decoder (Video Tutorial)

In this video tutorial we provide a simple guide that you can use to decode an SMPP PDU using an independent SMPP PDU decoder. You can most definitely decode SMPP PDUs within Ozeki SMS Gateway, but the aim of this video is to show users that they can also use individual decoders. We have placed a sample individual decoder in a link format.

Decoding an SMPP PDU using and independent SMPP PDU decoder (Step by step guide)

The very first thing you need to do, is open a web browser and copy-paste the SMPP decoder link we have placed above. Then you need to copy message PDU from 'Events'.

After copying the right message PDU you need paste it into the independent PDU decoder and decode message PDU.

Common Questions (FAQs)

What is SMPP PDU?

An SMPP PDU is a special message format used by mobile networks to send text messages. It contains important details like who is sending the message, who is receiving it, and the message itself. Think of it as the basic unit that helps mobile networks communicate with each other when sending texts.

Why is it important to decode SMPP PDUs?

Decoding SMPP PDUs is important because it helps us understand how messages move between different parts of the mobile network. By decoding these messages, we can find and fix problems, check if messages are getting through okay, and make texting work better overall. It is like understanding the secret language of text messages, so everything runs like it supposed to.

What are some common problems that decoding SMPP PDUs can help solve?

• Message delivery failures: By decoding PDUs, we can identify errors or issues that prevent messages from being delivered, such as incorrect recipient numbers or network connectivity problems.

• Message routing errors: PDUs can reveal misconfigurations or errors in message routing, helping to ensure that messages are sent to the correct destination.

• Message content issues: PDUs may help identify issues with message content, such as encoding errors or character limitations, ensuring that messages are delivered properly.

Are there any risks associated with decoding SMPP PDUs?

Decoding SMPP PDUs can provide valuable insights into messaging systems, but it comes with risks such as complexity for non-experts, privacy concerns regarding sensitive data access, resource intensiveness for analysis, and potential misuse if security measures are lacking.

How can understanding SMPP PDUs improve your experience with texting?

Understanding SMPP PDUs can make texting easier by helping you fix any problems with sending or receiving messages. It also lets you keep an eye on how your messages are sent and delivered, so you can have more control. Plus, it helps make texting faster and more reliable. So, knowing about SMPP PDUs makes texting a a better experience overall.

Summary

Decoding SMPP PDUs is the key to understand the hidden language behind texting. With the help of SMPP PDU decoders, we can easily understand SMPP PDUs, fixing texting issues, monitoring message movements. Decoding improves texting performance and helps identify problems. Try the SMPP PDU decoder within Ozeki SMS Gateway to enhance your texting efficiency. These decoders are essential for translating complex data into clear information, allowing for quicker issue resolution and improved communication. Unlock the benefits of clear texting with an SMPP PDU decoder!

How to configure the SMPP Service Type field

The service_type field in SMPP (Short Message Peer-to-Peer) protocol defines the kind of messaging service being requested when submitting a message. This field appears in several SMPP PDUs such as submit_sm, data_sm, and submit_multi.

Field Details

• Field Name: service_type
• Data Type: C-Octet String (null-terminated ASCII)
• Max Length: 6 characters (including null terminator)
• Purpose: To categorize the message being sent (e.g., voicemail, WAP push, etc.)

Common Values

While service_type is optional and often left blank (null string), it can be used to request specific message handling. Here are common values:

Value	Description
null or ""	Default SMS (no special treatment)
"CMT"	Cellular Messaging
"CPT"	Cellular Paging
"VMN"	Voice Mail Notification
"VMA"	Voice Mail Alerting
"WAP"	Wireless Application Protocol message
"USSD"	USSD message

Custom Values

Some operators or SMSCs may support custom values like "OTP" or "PROMO" to trigger special routing, filtering, or billing rules.

Example Usage in a PDU

Below is an SMPP submit_sm PDU with service_type = "CMT":

0000003F  // Command Length (63 bytes)
00000004  // Command ID (submit_sm)
00000000  // Command Status
00000001  // Sequence Number
434D54    // service_type: "CMT" in ASCII
00        // Null terminator
01        // source_addr_ton: International
01        // source_addr_npi: ISDN
31323334  // source_addr: "1234"
00
01        // dest_addr_ton
01        // dest_addr_npi
35363738  // destination_addr: "5678"
00
00        // esm_class
00        // protocol_id
00        // priority_flag
00        // schedule_delivery_time
00        // validity_period
00        // registered_delivery
00        // replace_if_present_flag
00        // data_coding
00        // sm_default_msg_id
05        // sm_length: 5
48656C6C6F // short_message: "Hello"

When to Use service_type

• When instructed by your SMS provider for routing purposes.
• To categorize messages (e.g., alerts, promotions, 2FA).
• To activate services like voicemail notifications or WAP Push.
• To trigger special billing or delivery logic.

Important Notes

• Leaving service_type blank is standard unless otherwise required.
• Some SMSCs may ignore or override this field.
• Incorrect values may lead to message rejections or delivery failures.

Conclusion

The service_type field in SMPP is a flexible but often optional way to classify SMS messages. While many systems use the default empty value, certain applications—especially those requiring special treatment by the SMSC—can benefit from explicitly setting this field.

References

• SMPP 3.4 Specification (Section 4.7)
• Vendor-specific SMPP documentation (e.g., Twilio, Infobip, Syniverse)

How to configure the SMPP phone number fields

SMPP (Short Message Peer-to-Peer) is a protocol used by telecom systems to exchange SMS messages between SMSC (Short Message Service Centers) and ESMEs (External Short Messaging Entities). A key component of the protocol is how it encodes phone numbers (source and destination addresses) in the SMPP PDU (Protocol Data Unit).

Address Parameters in SMPP

The key fields used to define a phone number in SMPP are:

• addr_ton (Type of Number)
• addr_npi (Numbering Plan Indicator)
• address_range or source_addr/destination_addr

Type of Number (TON)

This field defines the format of the number. Common values include:

Value	TON	Description
0	Unknown	Unknown format
1	International	Number includes country code
2	National	Local number format
5	Alphanumeric	Used for sender names like "MyCompany"

Numbering Plan Indicator (NPI)

This field indicates the numbering format. Common values:

Value	NPI	Description
0	Unknown	Unknown format
1	ISDN (E.164)	Standard international phone number format
3	Data	Data network (X.121)

Encoding an Address

When encoding a phone number in SMPP, the system sends the number as a null-terminated string in ASCII, accompanied by the appropriate TON and NPI values.

Example:

Phone number: +14155552671
TON: 1 (International)
NPI: 1 (ISDN/E.164)
Encoded as: 31 34 31 35 35 35 35 32 36 37 31 00  (ASCII "14155552671" + NULL)

Example SMPP PDU

Below is an example of a submit_sm PDU that includes a destination number:

0000003F  // Command Length (63 bytes)
00000004  // Command ID (submit_sm)
00000000  // Command Status
00000001  // Sequence Number
74657374  // service_type: "test"
01        // source_addr_ton: International
01        // source_addr_npi: ISDN
31323334  // source_addr: "1234" (ASCII)
00        // NULL terminator
01        // dest_addr_ton: International
01        // dest_addr_npi: ISDN
2B393138  // destination_addr: "+918123456789" (ASCII, without +)
31323334
35363738
3900      // NULL terminator
00        // esm_class
00        // protocol_id
00        // priority_flag
00        // schedule_delivery_time (null)
00        // validity_period (null)
00        // registered_delivery
00        // replace_if_present_flag
00        // data_coding (default GSM)
00        // sm_default_msg_id
0D        // sm_length (13)
48656C6C  // Short message ("Hello, World!")
6F2C2057
6F726C64
2100

Alphanumeric Sender Example

When using an alphanumeric sender name (common for one-way bulk SMS):

Sender: "MyBrand"
TON: 5 (Alphanumeric)
NPI: 0 (Unknown or irrelevant)
Encoded: ASCII string "MyBrand" + NULL terminator

Important Notes

• Alphanumeric sender IDs must be 11 characters or fewer.
• Alphanumeric addresses are not supported in all countries.
• Always match TON and NPI correctly with your address format to avoid routing issues.

Conclusion

SMPP number encoding is critical for ensuring proper message delivery. By setting the correct TON, NPI, and encoding the address correctly in ASCII (null-terminated), developers can ensure compatibility with SMSCs and mobile networks.

How to configure the SMPP ESM Class field

Ozeki SMS Gateway ESM class settings

Ozeki SMS Gateway allows you to manually configure the ESM class field (Figure 1)

What is the ESM Class Field?

The Extended Service Message (ESM) Class in SMPP is a 1-byte field in SMPP PDUs that controls advanced message handling features. It is used in submit_sm, deliver_sm, and data_sm operations to specify:

• Message types (e.g., SMS, delivery receipt)
• Delivery receipt behavior
• UDH (User Data Header) presence
• Message priority and routing flags

ESM Class Structure and Bitmask

The ESM class is a bitmask where each bit or group of bits activates specific features:

Bits	Description
7	Messaging Mode: 0 = Default, 1 = Datagram
6	Message Type: 0 = Normal, 1 = Delivery Receipt
5	UDHI Indicator: 1 = UDH present in payload
4	Reply Path: 1 = Reply path requested
3-2	Message Priority (00 = Normal, 01 = Interactive, 10 = Urgent, 11 = Emergency)
1-0	Reserved

Common ESM Class Values

ESM (Hex)	Binary	Description
0x00	00000000	Default (no special handling)
0x04	00000100	UDHI flag set (UDH present)
0x08	00001000	Reply path requested
0x20	00100000	Delivery receipt (bit 6 = 1)
0x30	00110000	Urgent priority + delivery receipt
0x60	01100000	Datagram mode + delivery receipt

Key Use Cases

1. Concatenated SMS (UDHI Flag)

When sending multipart messages, set bit 5 (UDHI=1) and include a User Data Header (UDH) in the payload. Example for a 3-part message:

ESM Class: 0x40 (binary 01000000: UDHI enabled)
Payload: 
05 00 03 02 01  // UDH (5 bytes: IEI=00, IEDL=03, part 1 of 2)
C8329BFD06       // GSM-7 payload ("Hello")

2. Delivery Receipt Requests

Set bit 6 (0x20) to request a delivery receipt. Often combined with the registered_delivery field:

ESM Class: 0x20 (binary 00100000)
registered_delivery: 0x01 (request receipt)

3. Priority Messaging

Use bits 3-2 to prioritize messages. Example for urgent priority:

ESM Class: 0x10 (binary 00010000: Urgent priority)

Example SMPP PDUs

Example 1: Basic SMS (ESM=0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class (0x00: Default)
00        // Protocol ID (PID)
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")

Example 2: Concatenated SMS (ESM=0x40)

00000025  // Command Length (37 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
40        // ESM Class (0x40: UDHI enabled)
00        // Protocol ID (PID)
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
0C        // SM Length (12 bytes)
0500030201C8329BFD06DDDF72  // UDH + "Hello" (Part 1/2)

Example 3: Delivery Receipt (ESM=0x20)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000003  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
20        // ESM Class (0x20: Delivery receipt)
00        // Protocol ID (PID)
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
01        // Registered Delivery (receipt requested)
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")

Interactions with Other Fields

• UDHI (ESM) + DCS: If UDHI is set, ensure the DCS supports UDH (e.g., GSM-7 or 8-bit).
• ESM Class + registered_delivery: Use both to request delivery receipts explicitly.
• Priority Bits + Priority Flag: Some SMSCs prioritize messages based on ESM bits instead of the separate priority field.

Common Pitfalls

• Setting UDHI without including a valid User Data Header.
• Using delivery receipt flags (ESM=0x20) without setting registered_delivery.
• Mismatching ESM priority bits with the standalone priority_flag field.

Conclusion

The ESM class is a powerful tool for controlling message behavior in SMPP. Its bitmask design enables features like concatenation, receipts, and prioritization. Always verify SMSC support for advanced flags and test configurations thoroughly. For authoritative details, refer to the SMPP specification v3.4 or v5.0.

Understanding the SMPP PID Field

What is the SMPP PID Field?

The Protocol Identifier (PID) in SMPP (Short Message Peer-to-Peer Protocol) is a 1-byte field within SMPP PDUs (Protocol Data Units). It identifies the protocol used by the originating system or provides special instructions for message handling. The PID field is defined in the submit_sm, deliver_sm, and data_sm operations and is critical for:

• Specifying higher-layer protocols (e.g., X.400, Telnet)
• Triggering special message types (e.g., voice mail notifications)
• Handling message replacement (e.g., overwriting existing messages)

PID Structure and Bitmask

The PID is a bitmask where specific bits control protocol behavior. Its structure aligns with GSM 03.40 specifications:

Bits	Description
7-5	Protocol Type: Indicates the protocol (e.g., GSM, Telex, or SMS).
4-0	Instructions/Flags: Special handling (e.g., replace message, voice mail).

Key PID Values and Interpretation

PID (Hex)	Binary	Description
0x00	00000000	Default (no special protocol)
0x01	00000001	Telex (obsolete)
0x03	00000011	X.400 (obsolete)
0x40	01000000	Return call message (SIM card handling)
0x41	01000001	Replace Short Message (overwrite existing)
0x42	01000010	Voice mail notification
0x7F	01111111	Reserved for future use

Use Cases and Scenarios

1. Message Replacement (PID=0x41)

Used to overwrite an existing message stored on the recipient's device. Common in OTP (One-Time Password) systems where a new password replaces the old one.

2. Voice Mail Notification (PID=0x42)

Triggers a visual/audible alert on the recipient's device for a new voice mail. The SMS body is often empty, as the PID itself is the trigger.

3. SIM Data Download (PID=0x40)

Instructs the SIM card to process the message (e.g., updating preconfigured settings).

Example SMPP PDUs with PID

Example 1: Default PID (0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID (PID=0x00)
00        // Priority Flag
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding Scheme (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Example 2: Voice Mail Notification (PID=0x42)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
42        // Protocol ID (PID=0x42: Voice Mail)
00        // Priority Flag
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
00        // SM Length (0 bytes: No payload)
    

Example 3: Replace Existing Message (PID=0x41)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000003  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
41        // Protocol ID (PID=0x41: Replace)
00        // Priority Flag
00        // Schedule Delivery Time
00        // Validity Period
01        // Registered Delivery (receipt requested)
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("New OTP: 1234")
    

PID Interaction with TP-Protocol-Identifier (GSM)

In GSM networks, the PID maps to the TP-Protocol-Identifier in SMS TPDUs. Key mappings include:

• 0x41: Replace Command (GSM 03.40 TP-PID=0x41)
• 0x42: Voice Mail (GSM 03.40 TP-PID=0x42)

Common Pitfalls

• Using reserved PID values (e.g., 0x7F) without SMSC support.
• Mismatching PID and DCS (e.g., using UCS2 encoding for SIM data).
• Ignoring network-specific rules (e.g., PID=0x40 may require special SMSC configuration).

Conclusion

The PID field is essential for advanced SMS routing and handling. While often set to 0x00 (default), its specialized values enable features like message replacement, SIM updates, and voice mail alerts. Always test PID configurations with your SMSC and refer to the GSM 03.40 or SMPP v5.0 specifications for precise behavior.

How to configure the SMPP Priority field

What is the Priority Field?

The Priority Flag in SMPP (Short Message Peer-to-Peer Protocol) is a 1-byte field in SMPP PDUs like submit_sm and deliver_sm. It indicates the urgency of a message, influencing how SMSCs (Short Message Service Centers) handle queuing, delivery retries, and routing. Key use cases include:

• Prioritizing emergency alerts over promotional SMS
• Optimizing network resource allocation
• Meeting SLA requirements for high-priority messages

Priority Field Values and Interpretation

Defined in SMPP v3.4, the priority flag uses a 4-bit value (though only values 0-3 are typically used):

Priority (Hex)	Decimal	Description
0x00	0	Lowest priority (bulk messages)
0x01	1	Normal priority (standard SMS)
0x02	2	Interactive priority (time-sensitive)
0x03	3	Highest priority (emergency alerts)

How Priority Affects Message Handling

1. Queuing Behavior

High-priority messages jump ahead in SMSC queues. Example:

Priority 3: Delivered before Priority 0 messages
    

2. Delivery Retries

Higher priorities may get more retry attempts. Example SMSC policy:

Priority 3: 5 retries over 24 hours
Priority 0: 2 retries over 2 hours
    

3. Network Routing

Some SMSCs route high-priority messages through dedicated channels.

Example SMPP PDUs

Example 1: Bulk SMS (Priority=0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID (PID)
00        // Priority Flag (0x00: Lowest)
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Example 2: Emergency Alert (Priority=0x03)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID (PID)
03        // Priority Flag (0x03: Highest)
00        // Schedule Delivery Time
FF        // Validity Period (max)
01        // Registered Delivery (receipt)
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
0A        // SM Length (10 septets)
E8329BFD0E...  // Payload ("ALERT: Flood!")
    

Interactions with Other Fields

• ESM Class Priority Bits: Bits 3-2 of the ESM Class may override this field on some SMSCs.
• validity_period: High-priority messages often have shorter validity (e.g., 1 hour vs 3 days).
• registered_delivery: Priority 3 messages frequently require delivery receipts.

Common Pitfalls

• Assuming all SMSCs honor priority levels (verify with provider)
• Confusing SMPP Priority with GSM TP-Status-Report-Indication
• Setting Priority=3 for non-emergency content (may violate regulations)
• Mismatching Priority and validity_period (e.g., Priority=3 with validity=7 days)

Priority vs ESM Class Priority Bits

Field	Bits	Priority Levels	Typical Usage
SMPP Priority Flag	Entire octet	0-3	End-to-end priority
ESM Class (bits 3-2)	2 bits	00=Normal, 01=Interactive, 10=Urgent, 11=Emergency	Network-level prioritization

Conclusion

The Priority field is crucial for managing SMS delivery urgency but requires careful coordination with SMSC capabilities and regulations. Always test priority behavior with your provider and align settings with local telecom guidelines. For detailed implementations, refer to SMPP v3.4 Section 5.2.12 and GSM 03.40 documentation.

How to configure the SMPP Scheduled Delivery Time Field

What is the Scheduled Delivery Time Field?

The Scheduled Delivery Time field in SMPP (Short Message Peer-to-Peer Protocol) is an optional parameter in the submit_sm PDU that allows a message to be queued for delivery at a future date and time. This field is critical for:

• Delaying message delivery to off-peak hours
• Scheduling time-sensitive campaigns (e.g., birthday messages)
• Coordinating messages across time zones

Field Format and Structure

The SMPP v3.4 specification defines this field as a C-Octet String (null-terminated) with a specific date-time format:

YYMMDDhhmmssnnp

Where:

Component	Description	Range
YY	Last two digits of the year	00-99
MM	Month	01-12
DD	Day	01-31
hh	Hour (24h format)	00-23
mm	Minute	00-59
ss	Second	00-59
nn	Tenths of seconds (optional)	00-99
p	Time zone offset (e.g., +, -)	+/- followed by 4 digits (HHMM)

Example Time Strings

Time String	Interpretation
231015143000000+	Oct 15, 2023 14:30:00 UTC+0
231015143000000-0800	Oct 15, 2023 14:30:00 UTC-08:00
000000000000000	Immediate delivery (legacy)
NULL	Immediate delivery (recommended)

Use Cases

1. Birthday Messages

Schedule a message to deliver exactly at midnight on the recipient’s birthday:

scheduled_delivery_time: "231016000000000+"
// Oct 16, 2023 00:00:00 UTC+0
    

2. Off-Peak Delivery

Avoid network congestion by sending bulk messages at night:

scheduled_delivery_time: "231015020000000+"
// Oct 15, 2023 02:00:00 UTC+0
    

3. Time Zone Coordination

Deliver messages at 9 AM local time for recipients in New York (UTC-5):

scheduled_delivery_time: "231015090000000-0500"
// Oct 15, 2023 09:00:00 UTC-05:00
    

Example SMPP PDUs

Example 1: Immediate Delivery (NULL)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority Flag
00        // Schedule Delivery Time (NULL: immediate)
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Example 2: Future Delivery (Oct 15, 2023 14:30 UTC)

0000002A  // Command Length (42 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority Flag
3233313031353134333030303030302B00  // "231015143000000+" (16 bytes + null)
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Interactions with Other Fields

• validity_period: Defines how long the SMSC will attempt delivery. Starts counting from the scheduled time.
• priority_flag: Higher-priority messages may bypass scheduling queues on some SMSCs.

Common Pitfalls

• Using local time without specifying the time zone offset.
• Incorrectly formatting the date string (e.g., invalid month "13").
• Assuming all SMSCs support scheduled delivery (verify with provider).
• Setting a time in the past, causing immediate delivery.

Conclusion

The Scheduled Delivery Time field enables precise control over when SMS messages are delivered. Proper use requires careful formatting of time strings and coordination with SMSC capabilities. Always test scheduled messages with your provider and refer to the SMPP v3.4 specification for edge cases (e.g., leap years, time zone transitions).

How to configure the SMPP Validity Period field

What is the Validity Period Field?

The Validity Period in SMPP (Short Message Peer-to-Peer Protocol) is a null-terminated string field in PDUs like submit_sm that defines how long an SMSC will attempt to deliver a message before discarding it. This field is critical for:

• Preventing indefinite retries for undeliverable messages
• Managing SMSC storage resources
• Handling time-sensitive content (e.g., OTPs, promotions)

Field Format and Structure

The validity period uses the same absolute time format as the scheduled delivery time (SMPP v3.4 specification):

YYMMDDhhmmssnnp

Where components match the scheduled delivery time format. Common relative format shortcuts are also supported:

Format	Example	Description
Absolute	231215235959000+	Dec 15, 2023 23:59:59 UTC+0
Relative	000003000000000R	3 days from submission time

Key Validity Period Formats

1. Absolute Time Format

YYMMDDhhmmssnnp // Full format
231215143000000+  // Dec 15, 2023 14:30:00 UTC+0

2. Relative Time Format

00000X000000000R // X = Days (00-99)
000003000000000R  // 3 days validity

Use Cases

1. OTP Expiration (Short Validity)

validity_period: "000000010000000R" // 1 hour validity
    

2. Promotional Campaign (Extended Validity)

validity_period: "000007000000000R" // 7 days validity
    

3. Midnight Expiry (Absolute Time)

validity_period: "231215235959000+" // Expires Dec 15, 2023 23:59:59 UTC+0
    

Example SMPP PDUs

Example 1: 24-Hour Validity (Relative Format)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
...
00        // Priority Flag
00        // Schedule Delivery Time
303030303234303030303030305200  // "00002400000000R" (24 hours)
00        // Registered Delivery
...
    

Example 2: Absolute Expiry Time

0000002A  // Command Length (42 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
...
00        // Schedule Delivery Time
3233313231323332353935393030302B00  // "231212235959000+" (Dec 12, 2023 23:59:59 UTC+0)
...
    

Interactions with Other Fields

• scheduled_delivery_time: Validity period countdown starts from scheduled time if set
• priority_flag: High-priority messages may override validity period settings on some SMSCs
• registered_delivery: Delivery receipts are sent even after validity period expiration

Common Pitfalls

• Using relative format without the 'R' suffix
• Setting validity periods longer than SMSC limits (e.g., 30 days max)
• Mismatching time zones between scheduled time and validity period
• Assuming all SMSCs support relative format (verify with provider)

Validity Period vs SMSC Defaults

Validity Period Value	SMSC Behavior
NULL or 00	Uses SMSC default (varies by provider)
Explicit value	Honors value (within SMSC limits)
Past timestamp	Message discarded immediately

Conclusion

The Validity Period field is essential for controlling message lifecycle in SMPP. While absolute timestamps provide precision, relative formats offer simplicity for common use cases. Always coordinate validity settings with SMSC policies and test edge cases (e.g., daylight saving transitions). For detailed implementations, refer to SMPP v3.4 Section 5.2.18 and GSM 03.40 documentation.

How to configure the SMPP Registered Delivery Field

What is the Registered Delivery Field?

The Registered Delivery field in SMPP is a 1-byte bitmask in PDUs like submit_sm and data_sm that controls delivery receipts and acknowledgments. It enables senders to track message delivery status through SMSC-generated receipts. Key functions include:

• Requesting final delivery receipts (success/failure)
• Enabling intermediate delivery notifications
• Handling SME (Short Message Entity) acknowledgments

Field Structure and Bitmask

Defined in SMPP v3.4, the field uses the following bitmask structure:

Bit	Description
0	SMSC Delivery Receipt (0 = disabled, 1 = enabled)
1	SME Originated Acknowledgment (0 = disabled, 1 = enabled)
2	Intermediate Notification (0 = disabled, 1 = enabled)
3-7	Reserved

Common Values

Value (Hex)	Binary	Description
0x00	00000000	No receipts requested
0x01	00000001	SMSC delivery receipt only
0x03	00000011	SMSC receipt + SME acknowledgment
0x05	00000101	SMSC receipt + intermediate notifications

Use Cases

1. Basic Delivery Receipts

registered_delivery: 0x01  // Request final delivery status
    

2. High-Reliability Messaging

registered_delivery: 0x05  // Receipt + intermediate notifications
    

3. Two-Way Communication

registered_delivery: 0x03  // Confirm both SMSC and SME delivery
    

Example SMPP PDUs

Example 1: No Receipts (0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority Flag
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery (0x00: No receipts)
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Example 2: SMSC Delivery Receipt (0x01)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
...
00        // Validity Period
01        // Registered Delivery (0x01: SMSC receipt)
00        // Replace-if-Present
...
    

Example 3: Intermediate Notifications (0x05)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000003  // Sequence Number
...
05        // Registered Delivery (0x05: SMSC receipt + intermediates)
...
    

Delivery Receipt Format

SMSCs return receipts via deliver_sm PDUs with a payload formatted as:

id:IIIIIIIIII sub:SSS dlvrd:DDD submit date:YYMMDDhhmm done date:YYMMDDhhmm stat:STATUS err:EEE
    

Example receipt for a delivered message:

id:1896384752 sub:001 dlvrd:001 submit date:2310151430 done date:2310151431 stat:DELIVRD err:000
    

Interactions with Other Fields

• esm_class: Bit 6 (delivery receipt flag) must align with registered_delivery settings
• validity_period: Determines how long the SMSC will attempt delivery before sending a failure receipt
• message_id: Critical for correlating receipts with original messages

Common Pitfalls

• Enabling receipts but not listening to deliver_sm PDUs
• Assuming all SMSCs support SME acknowledgments (0x02)
• Mismatching registered_delivery and esm_class flags
• Ignoring SMSC rate limits for receipt generation

Conclusion

The Registered Delivery field is essential for tracking SMS delivery status in SMPP. While basic receipt handling (0x01) is widely supported, advanced features like intermediate notifications require SMSC-specific testing. Always implement robust receipt parsing and correlate messages using message_id. For detailed behavior, consult SMPP v3.4 Section 5.2.17 and your provider's documentation.

How to configure the SMPP Replace if Present Field

What is the Replace If Present Field?

The Replace If Present field in SMPP is a 1-byte flag in PDUs like submit_sm that instructs the SMSC to replace an existing message stored on the recipient's device or SMSC queue. Key applications include:

• Updating time-sensitive content (e.g., OTPs, status alerts)
• Preventing duplicate messages
• Managing device storage constraints

Field Values and Interpretation

The field uses a simple boolean-like structure:

Value (Hex)	Description
0x00	Do NOT replace existing messages (default)
0x01	Replace existing messages if present

Use Cases

1. OTP Message Update

replace_if_present: 0x01  // Replace prior OTP message
PID: 0x41                 // Protocol ID for replacement
payload: "Your new OTP: 5678"
    

2. Campaign Message Refresh

replace_if_present: 0x01  // Update promotional content
PID: 0x00                 // Default protocol
payload: "Flash Sale: New prices!"
    

3. Queue Management

replace_if_present: 0x01  // Overwrite queued message
scheduled_delivery_time: (future timestamp)
    

Example SMPP PDUs

Example 1: Replacement Disabled (0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
...
00        // Replace If Present (0x00: Disabled)
...
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Payload ("Hello!")
    

Example 2: Replacement Enabled (0x01)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
...
01        // Replace If Present (0x01: Enabled)
...
07        // SM Length (7 septets)
E8329BFD0E...  // Payload ("Updated: 3 PM")
    

Example 3: Combined with PID=0x41

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000003  // Sequence Number
...
41        // Protocol ID (PID=0x41: Replace)
01        // Replace If Present (0x01)
...
07        // SM Length (7 septets)
C8329BFD06...  // Payload ("OTP: 9876")
    

Interactions with Other Fields

• Protocol ID (PID): PID=0x41 explicitly triggers replacement in many SMSCs
• message_id: Some SMSCs use this to identify messages for replacement
• registered_delivery: Receipts indicate whether replacement succeeded

Common Pitfalls

• Enabling replacement without SMSC support
• Not setting message_id for targeted replacement
• Assuming all SMSCs use the same replacement logic
• Mismatching PID and replace_if_present values

Conclusion

The Replace If Present field provides critical control over message lifecycle management but requires careful coordination with SMSC capabilities. Always verify replacement behavior with your provider and use PID=0x41 for explicit replacement requests. For detailed implementations, refer to SMPP v3.4 Section 5.2.20 and GSM 03.40 documentation on message handling.

How to configure the sm_default_msg_id field

The sm_default_msg_id field is part of the submit_sm and deliver_sm PDUs in the SMPP (Short Message Peer-to-Peer) protocol. It is used to reference pre-defined (built-in) short messages stored on the SMSC, typically by a numeric ID.

Field Details

• Field Name: sm_default_msg_id
• Size: 1 byte (unsigned integer)
• Range: 0–255
• Usage: Indicates which default message to send (if any)

Usage Description

The sm_default_msg_id field allows a user to request that the SMSC send a pre-defined message from its internal message store. This can be useful in constrained environments or for sending standard system messages without transmitting the full text each time.

Default Behavior

• If sm_default_msg_id = 0, then the user-defined message content in short_message is used instead.
• If sm_default_msg_id > 0, then the message with that ID is used, and the short_message field should typically be empty or ignored by the SMSC.

Common Practice

In most modern SMS systems and APIs, sm_default_msg_id is not used and is typically set to 0. The actual message content is sent via the short_message field.

Example PDU with Default Value

0000003B  // Command Length (59 bytes)
00000004  // Command ID: submit_sm
00000000  // Command Status
00000001  // Sequence Number
00        // service_type
01        // source_addr_ton
01        // source_addr_npi
31323334  // source_addr ("1234")
00
01        // dest_addr_ton
01        // dest_addr_npi
35363738  // destination_addr ("5678")
00
00        // esm_class
00        // protocol_id
00        // priority_flag
00        // schedule_delivery_time
00        // validity_period
00        // registered_delivery
00        // replace_if_present_flag
00        // data_coding
00        // sm_default_msg_id = 0 (use short_message)
05        // sm_length
48656C6C6F // short_message = "Hello"

Example PDU with Predefined Message ID

...
00        // sm_default_msg_id = 1 (use predefined message 1)
00        // sm_length
(empty)   // short_message is empty or ignored

When to Use

While rare, you might use sm_default_msg_id when:

• Working with legacy SMSC implementations that support predefined messages
• Sending high-volume, repetitive system alerts or templates stored on the SMSC
• You are advised by your SMS provider to use this feature

Important Considerations

• If sm_default_msg_id > 0, some SMSCs may ignore short_message entirely.
• If both are used, the behavior is implementation-specific. Always test or check documentation.
• Setting a non-zero value without a valid predefined message ID may result in delivery failure or message rejection.

Conclusion

The sm_default_msg_id field is a legacy feature of the SMPP protocol that allows referencing default message templates stored on the SMSC. While it's largely unused in modern systems, understanding its role helps ensure compatibility when working with legacy gateways or custom SMSC implementations.

References

• SMPP 3.4 Protocol Specification
• Vendor-specific SMPP SMSC documentation

The SMPP DCS field (and SMPP character encoding)

This page offers information on how to encode the SMPP DCS field.

How does Ozeki SMS Gateway encode the SMPP DCS field

In most scenarios you don't have to manually configure the DCS field of SMPP PDUs. Ozeki SMS Gateway does this for your. To control how Ozeki SMS Gateway does the encoding, you can configure the default aphabet on the SMPP Client configuration form (Figure 1).

On this form, you can set the preferred character set, or you can ask Ozeki SMS Gateway to use a fix value for the DCS parameter in the SMS PDU.

What is the SMPP DCS Field?

The Data Coding Scheme (DCS) in SMPP (Short Message Peer-to-Peer Protocol) is a 1-byte field within SMPP PDUs (Protocol Data Units). It defines how the message payload is encoded, enabling proper interpretation by the receiving entity. The DCS specifies:

• Character encoding (e.g., GSM-7, UCS2, 8-bit binary)
• Message class (e.g., Flash SMS)
• Compression flags

DCS Structure and Bitmask

The DCS is a bitmask where each bit group serves a specific purpose:

Bits	Description
7-6	Coding Group: Determines the general encoding type.
5-4	Alphabet: Specifies the character set (if Coding Group = 00).
3-0	Message Class/Flags: Indicates message type (e.g., Flash) or compression.

Coding Group Values

Coding Group (Bits 7-6)	Description
00	General Data Coding (alphabet specified in bits 5-4)
01	Reserved
10	UCS2 Encoding (16-bit)
11	Data Coding/Message Class (e.g., Flash SMS)

Example DCS Values

DCS (Hex)	Description	Binary
0x00	GSM-7 Default Alphabet	00000000
0x04	8-bit Binary Data	00000100
0x08	UCS2 (Unicode)	00001000
0x10	Flash SMS (GSM-7)	00010000
0xF0	Flash SMS (UCS2)	11110000

Example SMPP PDUs with DCS

Example 1: SubmitSM with GSM-7 Encoding (DCS=0x00)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000001  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
00        // Data Coding (DCS=0x00)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Short Message ("Hello!")
    

Example 2: SubmitSM with UCS2 Encoding (DCS=0x08)

00000024  // Command Length (36 bytes)
00000004  // Command ID (SubmitSM)
00000002  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
08        // Data Coding (DCS=0x08)
00        // SM Default Message ID
0C        // SM Length (12 bytes)
00480065006C006C006F0021  // "Hello!" in UCS2
    

Example 3: Flash SMS (DCS=0x10)

0000001D  // Command Length (29 bytes)
00000004  // Command ID (SubmitSM)
00000003  // Sequence Number
00        // Source TON
00        // Source NPI
736F7572636500  // Source Address ("source")
00        // Dest TON
00        // Dest NPI
36353433323100  // Destination Address ("654321")
00        // ESM Class
00        // Protocol ID
00        // Priority
00        // Schedule Delivery Time
00        // Validity Period
00        // Registered Delivery
00        // Replace-if-Present
10        // Data Coding (DCS=0x10: Flash SMS)
00        // SM Default Message ID
07        // SM Length (7 septets)
C8329BFD06DDDF72  // Short Message ("Hello!")
    

Conclusion

The DCS field is critical for ensuring SMS messages are encoded and displayed correctly. Implementations may vary, so consult the SMPP specification (v3.4 or v5.0) for precise bitmask details. Proper use of DCS avoids encoding errors and ensures compatibility across SMSCs.

How to calculate the SMPP SM Length field

In the SMPP protocol, the sm_length field specifies the length in bytes of the short message content contained in the short_message field of PDUs such as submit_sm, deliver_sm, and data_sm.

Field Details

• Field Name: sm_length
• Size: 1 byte (unsigned integer)
• Range: 0–254 (maximum allowed by SMPP 3.4)
• Location: Directly before the short_message field
• Purpose: Indicates the number of bytes in the short_message payload

Key Behavior

The value of sm_length depends on the encoding used:

Encoding	Characters per SMS	Byte Size	Notes
GSM 7-bit	Up to 160	Up to 140	Packed bits; actual byte size depends on content
UCS2	Up to 70	2 × number of characters	Each character is 2 bytes
8-bit binary	N/A	Up to 140	Raw byte length

Example: ASCII Message

A simple message using default 7-bit encoding:

Text: "Hello"
Encoding: GSM 7-bit
Packed Bytes (Hex): C8 32 9B FD 06
Byte Length: 5
sm_length: 5

Example: UCS2 Encoded Message

A Unicode message using UCS2 encoding (data_coding = 0x08):

Text: "Hi"
UCS2 Hex: 0048 0069
Byte Array: 00 48 00 69
Byte Length: 4
sm_length: 4

SMPP PDU Example (submit_sm)

0000003B  // Command Length (59 bytes)
00000004  // Command ID: submit_sm
00000000  // Command Status
00000001  // Sequence Number
00        // service_type
01        // source_addr_ton
01        // source_addr_npi
31323334  // source_addr ("1234")
00
01        // dest_addr_ton
01        // dest_addr_npi
35363738  // destination_addr ("5678")
00
00        // esm_class
00        // protocol_id
00        // priority_flag
00        // schedule_delivery_time
00        // validity_period
00        // registered_delivery
00        // replace_if_present_flag
08        // data_coding: UCS2
00        // sm_default_msg_id
04        // sm_length: 4
00480069  // short_message: "Hi" in UCS2

Important Notes

• sm_length refers to byte length, not character count.
• If message content is split across multiple messages (concatenation), each part has its own sm_length.
• Do not confuse sm_length with the total message length (PDU length).

Message Splitting & Concatenation

When a message exceeds the maximum payload size, it is split into parts using a UDH (User Data Header). The sm_length in such cases includes the UDH as well:

Example: UDH (6 bytes) + 67 UCS2 bytes = 73
sm_length = 73

Conclusion

The sm_length field is critical in SMPP messaging as it defines how many bytes the SMSC should read for the actual message body. Understanding how encoding affects this field ensures accurate and successful message delivery.

References

• SMPP 3.4 Specification
• GSM 03.38 Character Set
• Unicode UCS2 Encoding

How to put data into the SMPP SM field

In SMPP (Short Message Peer-to-Peer), the Short Message (SM) payload is the actual text (or binary data) of the SMS message being transmitted. To ensure the correct interpretation of this content, the data_coding field in the PDU plays a critical role by indicating the encoding format of the message.

Common SMPP Encodings

The data_coding field is 1 byte and informs the SMSC how to interpret the message payload.

Hex	Decimal	Encoding	Description
0x00	0	GSM 7-bit default	Standard SMS character set
0x01	1	ASCII	8-bit ASCII (Latin-1 subset)
0x03	3	Latin-1 (ISO 8859-1)	Western European charset
0x08	8	UCS2	Unicode (16-bit, big-endian)
0x04	4	Binary	Raw 8-bit binary data

Examples of Encoded Messages

1. GSM 7-bit (data_coding = 0x00)

Standard SMS encoding. Efficient (up to 160 characters in a single message).

Text: "Hello"
GSM 7-bit Packed: C8 32 9B FD 06

2. UCS2 (data_coding = 0x08)

Used for non-Latin scripts (e.g., Arabic, Chinese, emojis). Supports 70 characters per message.

Text: "مرحبا"
UCS2 Hex: 0645 0631 062D 0628 0627
Bytes (hex): 06 45 06 31 06 2D 06 28 06 27

3. ASCII (data_coding = 0x01)

Basic Latin characters only, less space-efficient than GSM 7-bit.

Text: "Hello"
ASCII Hex: 48 65 6C 6C 6F

SMPP PDU Example with UCS2 Encoding

Here is an SMPP submit_sm PDU carrying a Unicode message:

0000004B  // Command Length (75 bytes)
00000004  // Command ID (submit_sm)
00000000  // Command Status
00000001  // Sequence Number
74657374  // service_type: "test"
01        // source_addr_ton: International
01        // source_addr_npi: ISDN
31323334  // source_addr: "1234" (ASCII)
00
01        // dest_addr_ton
01        // dest_addr_npi
35363738  // destination_addr: "5678"
00
00        // esm_class
00        // protocol_id
00        // priority_flag
00        // schedule_delivery_time
00        // validity_period
00        // registered_delivery
00        // replace_if_present_flag
08        // data_coding: UCS2
00        // sm_default_msg_id
0A        // sm_length: 10 bytes
06450631  // Message in UCS2 (e.g. "مر")
062D0628

Encoding and Concatenation

Long messages are split into parts using UDH (User Data Header). This reduces max payload size:

• GSM 7-bit: 160 → 153 chars per part
• UCS2: 70 → 67 chars per part

Example UDH for message part:

05 00 03 CC 02 01
// 05: header length
// 00 03: Concatenation IEI
// CC: Message reference
// 02: total parts
// 01: current part

Summary

SMPP provides flexible encoding options through the data_coding field. Proper encoding ensures compatibility across global networks, especially when handling multilingual text or binary data. Developers must match encoding types with the content and expected recipients to avoid message corruption.

References

• SMPP 3.4 Specification
• GSM 03.38 Character Set
• Unicode Standard

SMPP Character Encoding

This guide explains how to fix SMPP character encoding errors. This guide was created because various SMPP SMS service providers encode SMPP characters in different ways. Ozeki SMS Gateway can be configured to adjust to the requirements of most providers. You will see the necessary steps to take to setup the proper SMS character set encoding.

How to set the SMPP character encoding policy (Quick steps)

1. Send SMS message
2. Copy SMS PDU from the log
3. Decode SMS PDU in decoder
4. Change charset to: UCS-2
5. Send SMS message
6. Copy SMS PDU from the log
7. Decode SMS PDU in decoder
8. Change character encoding policy to: Enforce
9. Send SMS message
10. Copy SMS PDU from the log
11. Decode SMS PDU in decoder

How to set the SMPP character encoding policy (Video tutorial)

In this video we provide a simple, user-friendly guide that you can use to fix SMPP character encoding errors. The goal of this video tutorial is to enable the users to be able to fix SMPP character encoding errors by themselves. Fixing encoding errors and having knowledge about SMPP character encoding ensures that the messages are readable by both sender and receiver (Video 1).

How to set the SMPP character encoding policy (Step by step guide)

The very first thing you need to do is send an SMS text. You will be asked to set the recipient's address, meaning entering their phone number. Then you have to enter the SMS text into the box below and press 'OK' once you are done (Figure 1).

After succeeding with the first step, you need to copy message PDU from 'Events' and decode SMS PDU (Figure 2).

The third step is changing character encoding. Go to 'Configure' and then 'SMS'. You have to open down the 'Character encoding' option and select your preferred character set, which in this case is 'UCS-2' (Figure 3). Press 'OK' when you are done. If you did the way you were supposed to, a window will pop up on your screen with a notifying message saying 'Configuration successfully updated'.

Now you have to send another SMS message, the same way as before but with these updated configurations. You will be asked to enter the addressee's telephone number and then enter the desired SMS message into the box below (Figure 4).

When you are done with the previous steps, you have to copy message PDU from 'Events'. Paste the previously copied PDU into the box and decode it (Figure 5). Once you are with this step the SMS PDU will be decoded.

Go to 'Configure' and the 'SMS'. Open down the 'Character encoding' option by clicking on it. A couple of steps before you had to change the 'Charset'. Right now, you have to change the 'Policy' (Figure 6). You have to select the 'Enforce' character encoding policy in order to move onto the next step. The same way as before a window will pop up on your screen with a message saying 'Configuration successfully updated'.

Now you have to send a new SMS message with the updated configurations. Enter the addressee's telephone number and the SMS text you would like to send (Figure 7).

Repeat the same step we have done before. Copy PDU from 'Events', and then paste it into to decoder and decode PDU (Figure 8). If you did everything according to the guide the SMS PDU will be decoded.

How to set SMPP character codes (Quick Steps)

1. Send SMS message
2. Copy message PDU
3. Decode SMS PDU
4. Go to 'Configure' and the 'User data'
5. Select 'USE GSM 7 but codes in ISO 8859-1 messages'
6. Send SMS message
7. Copy message PDU
8. Decode SMS PDU

How to set SMPP character codes (Video tutorial)

In this short video guide, we provide a simple, easy-to-follow assistance for users about how to set up SMPP character codes. By following these steps, you will be able to set SMPP Character codes by yourself. It is very crucial to use the right codes because that way your SMS texts are shows correctly. If you are using the wrong one your message might be unreadable to the recipient (Video 2).

Setting SMPP character codes (Step by step guide)

First thing first, send an SMS message. You have to enter general information, such as the recipient's address and SMS text you would like to send. Press 'OK' when your message is ready to be delivered (Figure 9).

Go the 'Event' and copy message PDU. Paste it into the decoder and press 'decode'. As you can see in the picture the SMS PDU has been successfully decoded and the SMS can be seen at the bottom of the screen, shown by the red arrow (Figure 10).

Go to 'Configure' and set character codec. Select the option 'USE GSM 7 but codes in ISO 8859-1 messages' (Figure 11). Keep in mind that the encoding requirements of the short message data could be different for some SMS providers.

Send an SMS message with the previously updated configurations (Figure 12).

When you are done with the previous step, you have to copy message PDU from 'Events'. Paste it into the decoder and see when the SMS PDU is decoded (Figure 13).

Frequently Asked Questions (FAQs)

What is character encoding SMPP?

Character encoding in SMPP refers to how text is represented in SMS messages. There are different methods for encoding text, like GSM 7-bit, GSM 8-bit, and UCS-2. Each method has limits on how many characters can be in a message. Which one to use depends on what characters you want to send and any rules from your network provider.

Why is SMPP Character encoding important?

SMPP Character Encoding is important because it decides how text is sent in SMS messages. Picking the right encoding ensures messages are readable by both sender and receiver. Incorrect encoding can make messages unreadable. So, it is vital for clear communication.

How does character encoding affect the text messages I send and receive?

Character encoding affects your text messages by deciding how characters are sent and received. Different encoding types have limits on what characters they support and how many can be in one message. So, the encoding used can affect what you can send and how your message appears to the receiver.

Do different mobile carriers or networks handle character encoding differently?

Yes, different mobile carriers or networks may handle character encoding differently. This means that how your text messages appear or are processed could vary depending on the carrier or network you're using.

Will changing the character code settings affect how my messages are delivered?

Yes, changing the character code settings can affect how your messages are delivered. Using the right code ensures that your text is shown correctly to the recipient. If you use the wrong one, your message might look strange or unreadable to them. So it is important to choose the right code for your messages to be understood properly.

Summary

This guide explains why SMPP character encoding is important, helping you understand how to decode confusing messages. With Ozeki SMS Gateway's flexible setup, you can easily switch between different encoding types for better communication. By following these steps and choosing the right encoding, you can make sure your texts are clear and reliable. Learning this code lets you fix jumbled messages and make sure your texts are always easy to read.

How to capture SMPP traffic with Wireshark

To capture SMPP traffic with wireshark you need to use Wireshark and you need to be able to generate SMPP traffic. This document explains how you can setup the Wireshark packet capturing utility and how you can use it to capture SMPP traffic for further analysis.

SMPP wireshark package capture - Quick steps

1. Install wireshark
2. Start the capture
3. Send a test SMPP SMS
4. Stop the capture
5. Find the SMPP PDU
6. Save the capture dump

Installing Wireshark (Video tutorial)

In this short video guide, we provide a simple, easy-to-follow assistance guide about installing Wireshark. Wireshark is a tool that helps you see what is happening on your computer network. It lets you capture and look at the data going between devices, helping to find and fix network problems (Video 1).

Installing Wireshark (Step by step guide)

The first thing you need to is download the Wireshark software. As you can see in the picture you have various type option that you can choose from and download them (Figure 1). Select the one that fits for your device.

Open Wireshark from the 'Downloads' and start the installation. Do not forget to allow the app to make changes to your device. The wizard will guide you the installation of the software (Figure 2). Keep on clicking 'Next' until Wireshark is ready to be installed.

You will have to wait while Wireshark is being installed (Figure 3). That might take some time.

Once Wireshark is installed on your computer, you can click on 'Finish' to close the Setup. The next step is opening the Wireshark application. You can do this by either going to the folder you have previously saved it into, or search for it in the taskbar (Figure 4).

How to capture SMPP traffic? (Quick Steps)

1. Start Wireshark capture
2. Send SMS message
3. Stop Wireshark capture
4. Filter SMPP communication
5. Save SMPP capture

Capture SMPP traffic (Video tutorial)

In this video tutorial we provide a simple guide that you can use to learn how to capture SMPP traffic with the help of the Wireshark software. The aim of this tutorial is to enable the users to be able to capture SMPP traffic by themselves. Knowing how to capture SMPP traffic is important because it helps fix problems, monitor performance, improve security and save costs (Video 2).

Capture SMPP traffic (Step by step guide)

First thing first, open Wireshark. To start capturing you need to click on 'Ethernet' as you can see in the picture below (Figure 5).

Now you have to open Ozeki SMS Gateway in order to continue the process. You have send an SMS message. Do this by entering the recipient's phone number and the message you would like to send (Figure 6). Press 'OK' to deliver your SMS text.

The next thing you need to do is stop Wireshark capture. To do this, you have to click on little red square, as shown in the picture (Figure 7).

After you stopped Wireshark capturing you have to filter SMPP communication. Do this by typing in 'smpp' into the search bar where is says 'Apply a display filter' (Figure 8). Press enter to make the results appear.

Your last step is to save SMPP capture. Go to 'File' in the upper left corner select the saving option (Figure 9).

Frequently Asked Questions (FAQs)

What is Wireshark?

Wireshark is a network protocol analyser that lets you capture and inspect the data flowing over a computer network. It allows users to see detailed information about network traffic, including individual data packets, and helps diagnose network issues, detect security threats, and troubleshoot network performance problems. With its ability to analyse various protocols, Wireshark is a valuable tool for network administrators, security professionals, and developers.

What is SMPP traffic?

SMPP traffic is the messages sent between mobile networks and other systems using the SMPP protocol. It is how text messages are exchanged between phones and services like messaging apps or marketing platforms.

How does Wireshark work?

Wireshark works by watching all the data going through a network. It captures this data and lets you see it on your computer. You can then look at the data to understand how your network is working, find problems, or see what is happening on your network.

Why is capturing SMPP traffic important?

• Fixing Problems: It helps find and fix issues with sending text messages, like delays or failures.

• Monitoring: It allows keeping an eye on how well the system for sending messages is working.

• Security: By spotting any suspicious activities, it helps in keeping the messaging system secure.

• Optimization: Analysing the traffic can lead to making the system for sending messages work better, saving money and making users happier.

Summary

This guide has helped you learn how to use Wireshark to capture and understand SMPP traffic. Remember, you need to create SMPP traffic to capture it effectively. Now that you know how to set up Wireshark, you can uncover important information hidden in the data it captures. Use this new skill to analyse communication better by capturing and studying SMPP data!

UCP SMS client

In this chapter, we will connect a UCP sms client (UCP sms link) to an SMS service provider and show you all steps necessary to setup this mobile network connection. There are two UCP sms connection modes: one uses a simple TCP/IP link, the other uses SSL/TLS over TCP/IP. The connection steps presented in this chapter are for a simple TCP/IP link.

What is a UCP/EMI sms connection?

A UCP/EMI sms connection is a mobile network link that you can setup to connect your SMS gateway over the Internet to the Short Message Service Centre (SMSC) of a mobile network operator. UCP/EMI is the communication protocol used over this link.

What does UCP/EMI stand for?

UCP stands for Universal Computer Protocol. EMI stands for External Machine Interface. This is the name of the protocol developed by CMG Wireless Solutions Inc.

How to connect a UCP client (Quick steps)

To connect a UCP client:

1. Open the https://localhost:9515 URL
2. Login with your username and password
3. Open "Add new connection"
4. Click on "UCP client"
5. Type in the Hostname and port
6. Enter the UCP OAdC and password
7. Enter the telephone number
8. Send a test message

How to send SMS through a UCP client

Sending SMS through a UCP client makes messaging from computer via SMS possible. The solution consists of a user, a computer with Ozeki SMS Gateway connected to the SMSC of Mobile Carrier (using the Internet and a UCP client) and the mobile users. You write the text of the message and the Ozeki SMS Gateway sends it to the users. (Shown in Figure 1)

How to send SMS through a UCP client using Ozeki SMS Gateway (video tutorial)

This video shows you how you can send SMS through a UCP client using Ozeki SMS Gateway. First, we install and configure a new connection in form of a UCP client and enable all the Log levels. After these steps, we can turn the connection on and send a text message. We send an SMS that contains "Hello World" as a test. In the event log we can see that the message was sent successfully.

Create a new connection

To create a new connection, the Ozeki Home Page offers you the Connections panel with the 'Add new connection...' link. Select that in order to add a new connection and start the configuration process. To start the communication, you have to install a connection, so this is the first step of the setting up. (Figure 2)

Install the UCP connection

In the Add a connection list you find the IP SMS connections install section where you have plenty of options to choose. In this guide, we are using UCP client so select the 'UCP client' install item to install the UCP connection. By doing this, you can make sure that you use the right protocol in the messaging process.
(Highlighted in Figure 3)

Provide UCP Client credentials

The Install connection list has a General tab where you can configure the basic details. In order to connect to the server, you have to enter the contact details like Host, port, username (OAdC) and password ('Connect to server' group box). After that, give the phone number of the connection in the 'Telephone number' textbox. To save the configuration form, click on the OK button (Figure 4).

Check successful login

In the UCP_client_1 details page you find the 'Events' tab where you can see the logging of the latest server events. You can check every event in this tab, so you will find information about the success of the login process here. (Highlighted in Figure 5)
You have the ability to switch on/of the auto update of the logging, to delete or refresh the content with the buttons in the right side of the panel. Study this Log carefully if you want to understand the ongoing process in the connection.

Send a test message

From the Test tab you can send a test SMS message. This is the perfect way to test the configuration. In the General tab, you can specify the recipient's address and the message that you want to send out as a test. To provide the recipient's address, write the phone number to the 'To:' textbox. Write the message to the 'SMS' group box and click on the Send button. (Figure 6)

Check that the message is sent

Finally, you can check whether the message is sent successfully or not at the bottom of the UCP_client_1 details page. A short message will appear with the sending date, the status of the sending and the connection. If you did everything right, you would see a green check mark next to the text. (Shown in Figure 7)

Example UCP PDU

The following example UCP PDU is a login PDU sent by the SMS gateway to the SMSC

<- 00/00051/O/60/ucp1/6/5/1/717765313233//0100//////41
-> 00/00035/R/60/A/Login successful/C4

The next is an UCP submit message PDU, used to send an SMS to the SMSC.

Sending message (1 parts). +3620123546->+3620123456 'Hello world'
<- 01/00106/O/51/003620123456/3620123546//1//7////
/////////3//48656C6C6F20776F726C64////////1139//020100///A1
-> 01/00045/R/51/A//003620123456:200718075707/A2
Message part sent as sequence 01 was accepted by remote server.  with Reference 
Id: '200718075707'.

The above PDUs were extracted from the Ozeki SMS Gateway logs.

Where can I find the UCP protocol specification?

• ucp-emi-specification-4.7.pdf
• ucp-emi-specification-5.3.pdf
• ucp-emi-specification-8.0.pdf

FAQs

Is your gateway fully compatible with Huawei hardware SMSCs?

Ozeki SMS Gateway seamlessly integrates with a variety of Short Message Service Centres (SMSCs) through industry-standard IP SMS protocols. Here's an overview of the supported protocols:

• Short Message Peer-to-Peer (SMPP) v3.3 and v3.4: These widely adopted protocols provide a robust foundation for message exchange between SMS gateways and SMSCs.
• Cellular Information Management System Definition 2 (CIMD2): This protocol caters to specific needs within cellular networks.
• Universal Charging Platform/Enhanced Messaging Interface (UCP/EMI) 4.0: This protocol facilitates advanced functionalities like mobile billing and enhanced messaging features.

By supporting these prevalent IP SMS standards, Ozeki SMS Gateway establishes effective communication channels with a vast array of SMSCs. While we cannot confirm direct experience with Huawei hardware SMSCs, the supported protocols ensure broad compatibility, and successful communication is highly likely.

For comprehensive functionality and optimal performance, it's recommended to consult the specific documentation of your SMSC provider. This can help verify full compatibility and identify any potential configuration requirements.

What is a UCP/EMI connection?

The Universal Computer Protocol/External Machine Interface (UCP/EMI) protocol is a popular choice among GSM service providers for establishing IP SMS connectivity. It offers several advantages for high-volume SMS communication:

• Extensive Version Support: UCP/EMI utilizes various versions (v3, v3.5, v4.0) to handle large volumes of SMS traffic efficiently.
• Flexible Message Rates: The protocol accommodates both standard and premium SMS message rates, making it suitable for diverse needs.
• Customizable Sender Identity: UCP/EMI empowers you to specify the sender address for your messages. This address can be a custom phone number or a short alphanumeric word, enhancing branding or recognition.
• Rich Message Support: Beyond text-based messages, UCP/EMI allows sending various message types supported by the GSM network. This includes binary SMS for operator logos and ringtones, WAP Push messages, and more, enabling broader communication possibilities.

In summary, UCP/EMI provides a robust and versatile solution for IP SMS connectivity, catering to high-volume traffic, diverse message types, and customizable sender identities.

Summary

In this guide, we showed you how to set up a mobile network connection using a UCP client. From the two UCP connection modes, we used TCP/IP over SSL/TLS. TCP/IP is an open, industry-standard protocol which is helpful when you want to use a fast and simple solution. UCP is also a protocol, helping you to connect SMSCs for mobile devices. Now you are able to send out SMS messages using a computer device with an installed and configured Ozeki SMS Gateway.

You can find other articles related to this topic in our website, such as SMPP connection setup and HTTP SMS client connection. Make sure that you check these links and gather as much information as you need.

The next thing to do is to download Ozeki SMS Gateway and start working!

CIMD2 SMS client

The CIMD2 protocol is and SMS protocol that enables you to connect to Nokia SMSCs. In Europe many mobile networks use this protocol to offer IP SMS services to customers. This guide explains, how you can connect to the mobile network that offers IPS SMS services through the CIMD2 protocol. You will also find direct download links to the protocol specifications.

What is a CIMD2 connection?

A CIMD2 connection is TCP/IP connection to the short message service centre (SMSC) of a mobile network operator. It allows your Ozeki SMS Gateway system to connect directly your mobile network operator's SMSC.

What does CIMD2 stand for?

CIMD stands for Computer Interface to Message Distribution. CIMD2 stands for version two of this protocol. This is protocol is implemented by Ozeki SMS Gateway.

How to send SMS with CIMD2 connection (Quick steps)

To send SMS with CIMD2 connection:

1. Browse https://localhost:9515
2. Login using your username and password
3. Add new connection in the connections panel
4. Select "CIMD2 client"
5. Type in the CIMD2 server details
6. Specify the telephone number
7. Click ok to save your entries
8. Send a test SMS message

How to send SMS through a CIMD2 client

This system works in a way that the user gives their computer instructions on sending a message (Figure 1). The computer forwards this information to an SMS Centre. This is done through a CIMD2 (Computer Interface to Message Distribution) client connection. The SMSC then sends the text message to the recipients' mobile devices.

How to setup a CIMD2 client in Ozeki SMS Gateway (video tutorial)

In this short video you will learn how to set up a CIMD2 client in Ozeki SMS Gateway, as well as use it to send text messages. First, we configure and install a new CIMD2 client connection. Then we use this connection to send SMS to a phone number. We can also monitor our actions using the event log, to see if it has been sent successfully.

Create a new connection

The first screenshot shows you how to start the connection procedure to connect your SMS gateway system to an CIMD2 service provider. To do this, you need to create an CIMD2 client connection. To create this new connection, go for the Connections panel in the dashboard and click on the "Add new connection..." link. (Highlighted in Figure 2)

Install the CIMD2 connection

To install the CIMD2 connection, look for the IP SMS connections install section. This section has five install items, CIMD2 client, SMPP client, UCP client, HTTP Server and HTTP client. You have to select the CIMD2 client to continue the instalment. (All shown in Figure 3)

Provide CIMD2 Client credentials

Your next step is to provide the CIMD2 Client credentials. To give these details, go for the Install connection's page General tab and you will find the Connect to server. There you can enter these contact details: Host, Port, Username and Password. You have to give the connection's telephone number in the Telephone number group box. You can save the details by clicking the Ok button. (Highlighted in Figure 4)

Check that the login was successful

You can check that the login was successful by visiting the CIMD2_client_1 details page's Events tab. Here you have the event log where you can find every notable information about the connection, such as the success of the login procedure. It is advised to study the log carefully to fully understand the latest server events. (Shown in Figure 5)

Send a test message

In the CIMD2_client_1 details page, there is the Test tab page where you can send a test SMS message by choosing the General tab. Provide the recipient's phone number in the Recipient group box, the message in the SMS group box and click on the Send button to send out this test message. (Highlighted in Figure 6)

Check that the message was sent successfully

At the final step you can check whether the test message was sent successfully or not. At the bottom of the CIMD2_client_1 details page you will see the exact date of the sending, the status of the message transferring process and the connection. A green check mark indicates that everything went according to the plan. (Figure 7)

Example CIMD2 PDU

An example CIMD PDUs look like the following:

Each packet starts with STX (hex 02) and ends with ETX (hex 03). The content of the packet consists of fields separated by TAB (hex 09). Each field, in turn, consists of a parameter type, a colon (:), and the parameter value. Note that the last field must also be terminated with a TAB before the ETX.

In the CIMD2 PDUs two-digit parameter types are operation codes, and each message must have exactly one. The number after the operation code is the sequence number used to match an operation to its response. The response code often referred to as acknowledgement of the message is equal to the operation code plus 50.

In the example above, the operation code 03 means submit message. Field 021 defines the destination address (telephone number), with field 033 is the user data (content) of the message. Response code 53 with a field 060-time stamp indicates that the message was accepted; if the message failed, the SMSC would reply with field 900 (error code) instead.

CIMD2 protocol specification

CMID2-protocol-specification.pdf

FAQs

What is an CIMD2 connection?

Developed by Nokia, the Computer Interface Message Distribution (CIMD) protocol facilitated communication between applications and the Nokia Short Message Service Centre (SMSC). Notably, the CIMD2 version (CIMD version 2) addressed this need through a dedicated interface.

Benefits for Ozeki:

The CIMD2 interface leverages TCP/IP sockets for message exchange, making it particularly suitable for client applications like Ozeki SMS Gateway. This compatibility allows Ozeki to seamlessly send and retrieve SMS messages through the Nokia SMSC.

In essence, CIMD2 serves as a bridge for Ozeki, enabling it to interact effectively with the Nokia SMSC for SMS communication.

Summary

As you could read in this guide, CIMD2 connection helps you to send SMS using your computer and Ozeki SMS Gateway. This protocol gives you the opportunity the reach your clients via SMS while the Ozeki SMS Gateway implements the protocol. CIMD2 is capable of delivering different kind of SMS message types, like SMPP and UCP/EMI and Ozeki SMS Gateway is a solid platform which helps this process.

With the explanation and the attached specification, you should be able to set up CIMD2 connection with Ozeki SMS Gateway and send messages. Make sure to check out other articles as well, like UCP and OZX connection.

Your next step is to download Ozeki SMS Gateway and start working!

OZX SMS client

This guide is about OZX client connection setup. It defines what an OZX connection is, what does OZX stand for and how you can use an OZX client connection to connect your Ozeki SMS gateway system directly to the Short Message Service Centre (SMSC) of a mobile network operator over the Internet.

What is an OZX connection?

An OZX client is a software that allows you to connect to an SMS service provider on the Internet. An OZX client, such as Ozeki SMS Gateway, uses the OZX protocol to send and receive SMS text messages.

How to connect to an OZX service

To connect to an OZX service:

1. Browse https://localhost:9515
2. Login using your username and password
3. Click on "Add new connection"
4. Select "OZX client"
5. Enter the OZX host name and port
6. Enter the telephone number
7. Click ok and send a test message
8. Check the logs

How to send SMS through an OZX client

How to connect an OZX connection (video tutorial)

The following short video shows the steps you need to create to setup an OZX client connection in Ozeki 10 SMS Gateway. The video starts with the login form and takes you all the way to sending your first SMS test message over the newly created SMPP connection.

Detailed setup instructions

Setting up an SMS connection in Ozeki SMS Gateway is a relatively simple procedure. You need to login to the SMS gateway using a web browser as administrator, and you need to perform a few simple steps. For configuration we recommend to login using the administrator account. The administrator account username is "admin", and the password is the one you provided during install.

How to create a new OZX connection

To create a new OZX connection after login, you need to click on the 'Add new connection' link in the management console of the Ozeki 10 SMS Gateway app. This will bring up a list of available protocols. You will have to select OZX client from the list. Note, that an OZX client connection is used if you wish to connect your SMS gateway to an SMS service provider over the Internet. (If you wish to provide an SMS service, and you want your customers to connect to your SMS gateway over OZX, you need to setup an OZX user account and you need to configure an OZX service.)

Select the 'OZX Client Connection' from the list and click on install next to it.

Configure your OZX connection

In order to configure your OZX connection, you need to provide the host name and port number of the OZX service, your OZX credentials and you must specify telephone number associated with this connection. There could be more than one phone numbers associated with this connection. In this case provide the first one and check the overridable checkbox. If this checkbox is checked, you will be able to use all phone numbers as sender IDs.

OZX connection configuration steps:

1. Select the General tab on the OZX connection form
2. Give a name to this OZX connection
3. Enter the OZX hostname
4. Enter the OZX port number
5. Provide your OZX username
6. Enter your password
7. Assign a telephone number to this OZX connection
8. Click OK

It is important to mention that the OZX hostname and port plus the username and password are provided by your SMS service provider. For example, if you contact Vodafone, and ask for an OZX SMS service, you will sign a contract with them, and often an attachment of this contract will contain the connection following information. If you subscribe to an SMS service on-line, you will likely find this information in the on-line control panel of your SMS service provider. Of course, you can always ask your SMS service provider in e-mail and ask what the OZX server connection details are.

Check the OZX log

Once the OZX connection is configured, you should check the OZX connection log to see if the system connected properly to your SMS service provider. If the system connected properly, you would see the "Connection online" log entry. The SMS connection logs can be found in the following directory in Windows: C:\Program Files\Ozeki\Data\Logs\Connections\. In this Event tab of the OZX connection's details page, you can see a preview of the log. This page contains the last 100 log entries. Note that the OZX log files are rotated to save disk space.

Send a test SMS message

Once your connection is connected, you can check to see if it is ready to deliver SMS messages by sending a test SMS. To send a test SMS message, you need to open the Admin user, and you need to enter the phone number and message text. It is recommended to provide the phone number in international format. This means the phone number should start with a plus sign followed by a country code. If your local phone number starts with a 0, it is likely that you will need to drop the 0 prefix. For example, if your UK phone number 07958663698, you would send the test SMS to +447958663698.

You might ask why the message text should be less than 160 characters. This is because GSM system was designed to send 160-character long text messages. If a message is longer, it will be split into multiple message segments, and will be delivered in more than one SMS message.

After the message is successfully sent, you should check the OZX logs. The OZX logs will reveal the low level OZX messages, that are used to pass the message content to the SMS service provider. These messages are also called an OZX PDU (OZX protocol data unit). If there is a problem with message submission, your SMS service provider will ask for the OZX logs. In this case, you need to send the OZX PDUs to them. For every SMS submission, two OZX PDUs will appear in the log.

Conclusion

This article explained how to set up an OZX connection using Ozeki SMS Gateway. An OZX connection allows you to connect to the SMSC of a mobile carrier or to another Ozeki SMS Gateway service effortlessly and the connection will be very reliable and will offer amazing speed. The main advantage of using OZX is that all messages will be sent using a single transaction unlike other SMS protocols, such as SMPP, CIMD2, UCP where long SMS messages are sent in multiple transactions. This simplicity is better when it comes to controlling costs and keeping track of messages.

As you could see OZX is a better protocol for message delivery, because it offers simplicity and better performance. If you want to build a reliable, high-performance system you should not stop reading here. Find out how you can setup a test system in your network that is able to deliver 1000 SMS per second. This amazing speed can be achieved with Ozeki SMS Gateway.

To create your first high performance SMS gateway system, now is the best time to download Ozeki SMS Gateway!

FAQs

What is an SMSC?

A Short Message Service Centre (SMSC) is a network element in the mobile telephone network which delivers SMS messages. It has SMS message forwarding and SMS message storing functionality.

In the world of mobile communication, a fundamental yet often unseen element plays a vital role in ensuring the smooth delivery of text messages: the Short Message Service Centre (SMSC). Functioning as a central hub for a wireless network or SMS service provider, the SMSC acts as the conductor of the entire messaging process. When a text message is sent, it is first directed to the SMSC. This intelligent intermediary then determines the most efficient route for the message to reach its intended recipient, potentially involving other SMSCs within the broader network infrastructure. Importantly, the SMSC possesses storage capabilities. In situations where the recipient's device is unavailable, the message is held for a predefined period (typically up to a week) to ensure successful delivery once connectivity is restored. While network operators often maintain their own SMSCs for optimal control, the use of third-party SMSC services is also a possibility. Although the SMSC address, formatted similarly to an international phone number, serves as a unique identifier for a network's messaging centre, user intervention is generally not required. Most mobile phones come pre-configured with the correct SMSC address stored on the SIM card, allowing for a seamless text messaging experience for users.

Can I operate my own SMSC?

Yes, you can.

Setting up a private SMSC requires a computer connected to the mobile network and specialized software. This software acts as the brain of the operation, routing messages efficiently and communicating with the network using industry-standard protocols like SMPP, UCP, or CIMD2.

Benefits for Businesses:

• Cost-Effectiveness: For companies sending a high volume of SMS messages, private SMSCs can offer significant cost savings compared to traditional SMS services.
• Customization: Private SMSCs provide greater control over message delivery and security compared to relying on third-party providers.
• Integration Flexibility: The software often integrates with various applications using APIs (Application Programming Interfaces) like HTTP, C#, or PHP, allowing businesses to automate SMS communication within their existing workflow.

Do I have to pay for SMS messages if I operate my own SMSC?

Yes

While SMSCs handle the magic behind sending text messages, there's a cost involved when your message reaches the mobile network. This fee is typically charged on a per-message basis. You'll pay this fee either to the mobile network operator directly or to the SMS service provider who allows you to connect your system to the network.

To send SMS messages from your SMSC, you need a way to connect to the mobile network. This connection isn't possible without signing up for a service offered by a mobile network operator or an SMS service provider. Think of them as the gatekeepers to the network, ensuring proper routing and billing for your messages.

This rephrases the text to be more user-friendly and avoids technical jargon. It emphasizes the per-message cost and the necessity of a connection service.

Can I connect to the SMSC of a mobile network operator (MNO)?

With the right tools in place, you can connect your system to a mobile network operator's SMSC (Short Message Service Centre) and start sending SMS messages. Here's what you'll need:

• Internet or Leased Line Connection: A reliable internet connection or a dedicated leased line provides the pathway for your messages to reach the network.
• IP SMS Protocol: Specialized protocols like SMPP, UCP, or CIMD2 enable communication between your system and the SMSC. These act like a common language for message exchange.
• Mobile Network Operator Agreement: To ensure proper routing and billing, you'll need a formal agreement with a mobile network operator. This agreement grants you permission to connect to their SMSC and send messages through their network.
• SMS Sending Fees: Be prepared for per-message fees associated with sending SMS messages through the network operator's SMSC. These fees cover the cost of delivering your messages to their destinations.

Can I connect to the SMSC of a mobile network operator through SS7?

When you send a text message, it relies on a hidden communication system within the mobile network. Here's a breakdown of two key protocols involved:

• SS7: Imagine a special language used by phones and network components to talk to each other. This protocol, called SS7, coordinates various tasks behind the scenes, including routing SMS messages between the SMSC (Short Message Service Centre), the HLR (Home Location Register), and mobile phones. Traditionally, SS7 uses dedicated E1 ISDN lines for communication. However, a newer version called SIGTRAN transmits data over the internet.
• IP SMS Protocols: For connecting your system (like a business application) to send SMS messages, SS7 isn't the right fit. Instead, you'll need a more user-friendly option. This is where IP SMS protocols come in. Think of them as universal translators. Protocols like SMPP, UCP, or CIMD2 allow your system to communicate with the SMSC over the internet, eliminating the need for the complex SS7 environment.

SS7 plays a crucial role within the mobile network, but for connecting an external system to send SMS messages, IP SMS protocols are the way to go. They provide a simpler and more accessible way for your system to interact with the network's messaging centre.

HTTP SMS client connection

This page is about to demonstrate how to set up an HTTP SMS Client connection in Ozeki 10 SMS Gateway. The guide shows all steps that you have to follow to create the connection, how to configure it, and most importantly, how you can send SMS messages using this connection. The guide itself does not require any specific knowledge, you can easily complete it by just following the steps and it does not take more than ten minutes to successfully complete the guide. So, let's begin right now!

What is HTTP?

HTTP is a protocol, the foundation of any data exchange on the global network. It uses client-server protocol which the client and the server communicate with each other by exchanging individual messages.

What is an SMS?

SMS is stands for 'Short Message Service'. It is used to send text messages to mobile phones. It was originally created for phones that use GSM communication, but now all the major cell phone systems support it.

How to send SMS with HTTP SMS client connection

To send SMS with HTTP SMS client connection:

1. Browse 'https://localhost:9515'
2. Select the SMS Gateway application
3. Click on 'Add new connection...'
4. Select the HTTP client connection
5. Configure the HTTP client connection
6. Enable SMS forwarding for the connection
7. Send test message
8. Check the Event to see if the connection is working

How to send SMS through a HTTP SMS Client

This architecture diagram shows how the system works. It consists of 3 parts. A computer, an HTTP SMS service provider and recipient mobile devices. Your computer sends information containing your message to a server using an HTTP SMS client through Ozeki SMS Gateway. This HTTP SMS server then sends the text message to your configured recipients. (Figure 1)

How to send SMS through a HTTP SMS Client (video tutorial)

In this short video you will learn how to set up an HTTP SMS client in Ozeki SMS Gateway, as well as use it to send text messages. First, we configure and install a new HTTP SMS client connection. Then we use this connection to send SMS to a phone number. We can also monitor our actions using the event log, to see if it has been sent successfully.

Step 1 - Create a new connection

The first step that you have to fulfil is to connect to the HTTP service provider. For that, you need to create the HTTP client connection. So, open the SMS Gateway in your browser by typing 'https://localhost:9515' in your browser and hit Enter. Then, open the SMS Gateway application from the Ozeki desktop. By doing this, the main menu of the SMS Gateway shows up as you can see it in Figure 2. Here at this point, click on the 'Add new connection...' to create a new connection.

Step 2 - Select HTTP client connection

The next menu contains every connection that can be created in the SMS Gateway. Each of these connections has got a short description to inform you which case you need to use them. In this list, you need to find the HTTP client connection, and as Figure 3 shows that, click on its 'Install' button to create it.

Step 3 - Configure the HTTP client connection

In the configuration menu, you need to specify some details for the connection. First of all, just give a name for the connection or you can leave the default name if you wish. Next, as Figure 4 demonstrates that, specify a phone number for the HTTP client connection. This phone number will be used to identify the connection if it sends or receives an SMS message.

Step 4 - Enable SMS forwarding

At last configuration step, that you need to perform is to enable the SMS forwarding for that connection. To do this, select the HTTP tab in the configuration menu. Here, in the first step, check the 'Enable SMS forwarding' option as Figure 5 shows that. Then, you can configure the HTTP URL that will be called to submit the SMS messages. If you finished with all the configuration, just click OK to create the HTTP client connection.

Step 5 - Check the Events menu of the connection

Now, your HTTP client connection is created and ready to use. To check that, you can go to the Event menu of the connection. In this menu, you will be able to see every event that occurred with the connection. Figure 6 shows the event that informs you about that connection is successfully initialized and ready to use.

Step 6 - Send a test message

The HTTP client connection is capable of sending and receiving SMS messages. To test the connection, you can simply send a message using the connection. For that, go to the menu of the connection, and select the 'Test' tab. Here you can compose a new message. So, as you can see it in Figure 7, set a recipient and the text of the message. If you have done it, just click on 'Send' to send the message.

Step 7 - Check if the connection is working

As soon as you sent the message, the connection is going to give you feedback about the delivery of the message was successful or not. Figure 8 demonstrates it below, that if the connection is working and able to send messages, it displays it with an event message.

Summary

In the guide above, we showed you how to configure and use HTTP SMS client connection with Ozeki SMS Gateway. If you are interested in sending SMS from computers, this solution can be really useful. Ozeki has experience in SMS technologies and Ozeki SMS Gateway is an application with the ability of sending SMS using different protocols, giving you the opportunity to choose between them based on your needs. Ozeki SMS Gateway also offers excellent logging capabilities, so errors can be tracked easily and quickly.

Since you have finished this article, you have the knowledge to send messages with HTTP SMS client. This technology can be used to reach out to mobile using customers from your computer, making the information sharing faster.

Expand your knowledge and continue reading on Ozeki's tutorial pages, where you find articles about similar topics, like SMPP connection and SMS modem.

Now make sure that you download Ozeki SMS Gateway and start working!

HTTP basic authentication for HTTP SMS Clients

This tutorial provides instructions on configuring HTTP Basic authentication for HTTP SMS Clients. It outlines the process of placing the HTTP username and password within the SMS service access settings. Additionally, the tutorial includes a video demonstration and several screenshots for a concise visual overview.

What is HTTP authentication?

A method for verifying the identification of users who access SMS services on the web is known as HTTP authentication for HTTP SMS clients. It involves authenticating user requests using credentials like usernames and passwords to make sure that only authorized users may send or receive SMS messages using the API. During SMS contacts, this security mechanism helps protect private communication and data.

How to setup HTTP Basic authentication for HTTP SMS Clients?

To setup HTTP Basic authentication for HTTP SMS Clients

1. Access your Ozeki SMS Gateway account
2. Open HTTP client configuration panel
3. Authenticate HTTP
4. Enter the necessary details for authentication
5. Send a test SMS from HTTP client
6. View event history
7. Wait for notification about successful message delivery
8. Apply the immersive features of Ozeki SMS Gateway in the future

Implementing HTTP Basic Authentication (video tutorial)

In this quick video, we're going to explore the concept of HTTP Basic Authentication for HTTP SMS clients. This authentication method plays a crucial role in ensuring the security of your SMS API requests. By the end of this video, you can learn how to securely add HTTP Basic Authentication to your HTTP SMS client apps, strengthening the security of your API queries and guaranteeing the successful delivery of your SMS messages.

For the first, log in to your Ozeki SMS Gateway account, or if you do not have one yet, create one by downloading the Ozeki SMS Gateway software from the ozeki-sms-gateway.com website. To access the HTTP client configuration panel, enter the gateway's home page and click the "HTTP client 1" link. The client's information is visible by clicking on it.

Access the "Configure" tab to make modifications. Indicate connection specifics by selecting the "Advanced" choice and opting for "HTTP authentication" to personalize the HTTP server operator settings.

Enter username and password to setup HTTP basic authentication. Once you've entered the username and password, click the "OK" button to finalize the setup of HTTP basic authentication. This security measure will help protect access to the associated resources or services.

You must use the HTTP client to send an SMS at the next step of the process. Enter the "Test" tab, then start writing your SMS. In addition to the text message's content, enter the recipient's details. To send the message to the recipient, use the "Send" button. You'll get a notification as promptly as possible verifying that the message was sent.

By clicking on the "Events" tab, you can see the settings and SMS history. You can follow up on a variety of SMS interaction-related events here. This contains information regarding SMS messages sent, responses received, and any mistakes that could have occurred. You may solve problems and make sure your messages are delivered successfully by keeping a watch on these occurrences.

FAQs

How do I send HTTP basic authentication?

Provide a "Authorization" header in your HTTP request if you want to send HTTP Basic Authentication. The Base64-encoded string containing your login and password, connected by a colon, should be the header's value, followed by the word "Basic" and a space (e.g., "username:password"). Make sure that the full header value is Base64 encoded.

What is standard HTTP basic authentication with SSL?

Delivered over an encrypted connection, standard HTTP Basic Authentication with SSL (HTTPS) involves delivering login information securely. A 401 Unauthorized status with a "WWW-Authenticate" header indicating "Basic" realm="realm name" are returned by the server in response to a client request. In order to ensure that the credentials are secured by SSL encryption, the client then encodes their username and password in Base64 and transmits them in the "Authorization" header of subsequent requests.

What is basic authentication with HTTP client?

When making requests to a server using an HTTP client, basic authentication involves sending a username and password as credentials. The client generates a "Authorization" header with the value "Basic" and a Base64-encoded string in the format "username:password" after it. The insertion of this header in the client's HTTP requests enables the server to verify the client's access.

How do I check my HTTP basic authentication?

You must examine the headers of the HTTP request you are sending in order to validate your HTTP basic authentication. To find the "Authorization" heading, look for a value that starts with "Basic." Your username and password are separated by a colon in a Base64-encoded string that makes up the remaining portion of the value. To check the credentials you're using for authentication, you may decode this text.

If I uninstall a user named "AAA" then try to create a new user also named "AAA" the system tells me "AAA" already exists, even if it has been uninstalled. How do I delete these uninstalled users definitively?

When you delete a user in the system, it might seem like they're gone forever. However, due to the way the gateway is designed internally, these deleted users are actually marked for deletion instead of being permanently removed right away.

To ensure the user is completely removed from the system, you need to restart the gateway service. You can find this service by following these steps:

1. Open the Start menu.
2. Navigate to the Control Panel.
3. Go to Administrative Tools.
4. Select Services.

Locate the specific service for your gateway and restart it. Once the restart is complete, the deleted user will be permanently removed from the system.

Why changes in the physical configuration files are not reflected in the web Admin interface?

Ozeki SMS Gateway reads its configuration files when the service starts up. To ensure your recent configuration changes take effect, you'll need to restart the service. Here's how to do it:

1. Open the Start menu.
2. Navigate to the Control Panel.
3. Go to Administrative Tools.
4. Select Services.

Locate the service named Ozeki SMS Gateway and restart it. Once the service has restarted, your new configuration settings will be applied. For optimal performance, Ozeki stores configuration information in memory after the initial startup. Restarting the service ensures the latest configuration file is loaded into memory, reflecting any changes you've made.

Summary

The Ozeki SMS Gateway introduces users to the concept of HTTP Basic authentication for HTTP SMS Clients. This page provides an in-depth understanding of HTTP Basic authentication's significance in securing access to SMS services. Users can learn the importance of HTTP authentication, how to configure it, and ensure secure SMS communication. By following the guide, individuals can enhance the security of their API queries, safeguard private communication, and ensure the successful delivery of SMS messages.

Http Bearer Authentication for HTTP SMS client

This guide explains how you can configure your API access token in your HTTP SMS client connection using the "Authorization: Bearer" http request header. You will see a video on how to configure this custom header, and you will find screenshots below to give you a quick idea.

What is Http Bearer Authentication?

HTTP bearer authentication is a type of authentication mechanism used in web applications and APIs to secure access to resources. It is commonly used for protecting APIs where clients need to provide some form of token to authenticate themselves before they can access the protected resources. HTTP bearer authentication can also be used for HTTP SMS clients to secure access when interacting with SMS gateways or APIs that allow sending SMS messages. In this context, HTTP bearer authentication is employed to ensure that only authorized users or applications are able to send SMS messages through the gateway.

How to setup HTTP Bearer authentication for the HTTP sms client

To setup HTTP Bearer authentication for the HTTP sms client

1. Login your Ozeki SMS Gateway account
2. Access the HTTP client configuration panel
3. Customize the HTTP IP request headers
4. Add new Bearer token header
5. Send a test SMS from the HTTP client
6. Wait for notification message of SMS delivery
7. Track events
8. Utilize the features of Ozeki SMS Gateway

HTTP Bearer authentication setup process (video tutorial)

In this video guide, we'll take you through the step-by-step process of setting up HTTP bearer authentication. Whether you're a developer securing your APIs or an application owner safeguarding access to sensitive resources, HTTP bearer authentication is a powerful tool to ensure secure communication. By the end of this tutorial, you'll be equipped with the knowledge to implement this authentication mechanism effectively.

To begin the process, login to your Ozeki SMS Gateway account, or if you do not have one yet, create one by downloading the Ozeki SMS Gateway software from the ozeki-sms-gateway.com website. Open the gateway's home page, then click on the "HTTP_client_1" link to open the HTTP client configuration panel. By clicking on it, you can see the client's details.

Open the "Configure" tab for modification. Specify connection details by clicking on the "Advanced" option and choosing "Request headers" to customize the HTTP IP request headers that will be applied to every HTTP request.

At the Request headers, enter the Key and value to the appropriate cells, then add new Bearer token header, by clicking on the "Add new header" button. Save the update with "Ok" button.

In this subsequent stage of the process, you have to send an SMS from the HTTP client. Click on the "Test" tab, then form your SMS. Enter the recipient's details and the content of your text message. With the send button, you can deliver the message to the addressee. You will receive an immediate notification about the delivery of the message.

If you click on the "Events" tab, you can see the settings and SMS history. Here, you can monitor various events related to your SMS interactions. This includes details about sent SMS messages, received responses, and any potential errors. Keeping an eye on these events can help you troubleshoot issues and ensure the successful delivery of your messages.

FAQs

How to send HTTP request with bearer token?

Set the "Authorization" header of the request, adding the phrase "Bearer," a space, and your token to submit an HTTP request with a bearer token. Access to restricted endpoints on the server is provided using this token-based authentication.

Why is HTTP Bearer Authentication important for securing SMS communications?

The significance that HTTP Bearer Authentication plays in avoiding unwanted access and data breaches makes it essential for safeguarding SMS conversations. SMS communications might be stolen or altered by unscrupulous parties without adequate authentication, compromising critical data. The integrity and confidentiality of the SMS messages are protected by Bearer Authentication, which makes sure that only dependable and authorized clients may participate in SMS exchanges.

What are the benefits of Bearer Token Authentication for HTTP SMS clients?

For HTTP SMS clients, Bearer Token Authentication has a number of advantages. First of all, by removing the requirement for ongoing credential exchange, it streamlines the authentication process. Second, it increases security by decreasing the window of vulnerability by employing temporary tokens that expire. Last but not least, Bearer Authentication offers scalability, enabling many customers to safely use SMS services without challenging authentication procedures.

What is basic HTTP and bearer token authentication?

Basic HTTP authentication uses base64-encoded credentials for accessing resources, while bearer token authentication uses a lengthy string token to grant restricted access without private information, improving security and usability.

Summary

All in all, the Ozeki SMS Gateway provides a powerful and reliable solution for sending SMS messages while maintaining security through HTTP Bearer Authentication. This guide takes you through the process of configuring your API access token and demonstrates how to set up this authentication mechanism. By following the steps outlined in this tutorial, you've gained the knowledge to securely send authenticated SMS messages, improving your communication's security.

HTTPS SMS client connection

This page is about to demonstrate how to set up an HTTPS SMS client connection in the Ozeki 10 SMS Gateway. The guide shows all the steps that you have to follow to create the connection, how to configure it, and most importantly, how you can send SMS messages using this connection. The guide itself does not require any specific knowledge; you can easily complete it by just following the steps, and it does not take more than ten minutes to successfully complete the guide. So, let's begin right now!

What is HTTP?

HTTP is the protocol that facilitates communication between web clients and servers. It defines how requests and responses for web resources are structured. However, it lacks encryption and security measures, unlike HTTPS.

What is an SMS?

A text-based communication transmitted by mobile phones and other devices is known as an SMS, or short message service. Using cellular networks, it enables users to send and receive short messages that are normally limited to 160 characters. SMS is frequently used for short, direct messages.

How to send SMS with HTTPS SMS client connection

To send SMS with HTTPS SMS client connection:

1. Access 'https://localhost:9515' URL in your browser
2. Choose the SMS Gateway application from the options
3. Click on 'Add new connection...'
4. Pick the HTTPS client connection type
5. Set up the configuration for the HTTPS client connection
6. Enable SMS forwarding for the connection
7. Send a test message
8. Check the Event log to see if the connection is working

How to send SMS through a HTTPS SMS Client

This architecture diagram shows how the system works. It consists of three parts. A computer, an HTTPS SMS service provider, and recipient mobile devices. Your computer sends information containing your message to a server using an HTTPS SMS client through the Ozeki SMS Gateway. This HTTPS SMS server then sends the text message to your configured recipients. (Figure 1)

How to send SMS through a HTTPS SMS Client (video tutorial)

In this short video, you will learn how to set up an HTTPS SMS client in Ozeki SMS Gateway as well as use it to send text messages. First, we configure and install a new HTTPS SMS client connection. Then we use this connection to send SMS to a phone number. We can also monitor our actions using the event log to see if they have been sent successfully.

Step 1 - Create a new connection

The first step that you have to fulfil is to connect to the HTTPS service provider. For that, you need to create an HTTPS client connection. So, open the SMS Gateway in your browser by typing 'https://localhost:9515' in your browser and hitting Enter. Then, open the SMS Gateway application from the Ozeki desktop. By doing this, the main menu of the SMS Gateway shows up, as you can see in Figure 2. At this point, click on Add new connection...' to create a new connection.

Step 2 - Select HTTPS client connection

The next menu contains every connection that can be created in the SMS Gateway. Each of these connections has a short description to inform you in which case you need to use it. In this list, you need to find the HTTPS client connection, and as Figure 3 shows, click on its 'Install' button to create it.

Step 3 - Configure the HTTPS client connection

In the configuration menu, you need to specify some details for the connection. First of all, just give a name for the connection, or you can leave the default name. if you wish. Next, as Figure 4 demonstrates, specify a phone number for the HTTPS client. connection. This phone number will be used to identify the connection if it sends or receives an SMS message.

Step 4 - Enable SMS forwarding

The last configuration step that you need to perform is to enable SMS forwarding for that connection. To do this, select the General tab in the configuration menu. In the first step, check the 'Enable SMS Forwarding option, as Figure 5 shows. Then, you can configure the HTTPS URL that will be called to submit the SMS messages. If you're finished with all the configuration, just click OK to create the HTTPS client connection.

In the Advanced tab, you will find the option for secure HTTPS to connect to the HTTP server. Make sure to accept all SSL certificate Press "Ok" button to save it. (Figure 6)

Step 5 - Check the Events menu of the connection

Now, your HTTPS client connection is created and ready to use. To check that, you can go to the event menu of the connection. In this menu, you will be able to see every event that occurred with the connection. Figure 7 shows the event that informs you that the connection is successfully initialized and ready to use.

Step 6 - Send a test message

The HTTPS client connection is capable of sending and receiving SMS messages. To test the connection, you can simply send a message using the connection. For that, go to the menu of the connection, and select the 'Test' tab. Here you can compose a new message. So, as you can see it in Figure 8, set a recipient and the text of the message. If you have done it, just click on 'Send' to send the message.

Step 7 - Check if the connection is working

As soon as you send the message, the connection is going to give you feedback about whether the delivery of the message was successful or not. Figure 9 below demonstrates that if the connection is working and able to send messages, it displays it with an event message.

FAQs

How to send SMS via HTTP?

You will typically need to use an SMS gateway API offered by a service provider in order to send an SMS through HTTP. Create an HTTP POST request containing the required information, such as the recipient's number, the message's content, and the authentication information. Make this request to the API endpoint for the SMS gateway, and the Message will be delivered upon successful parameter inclusion and authentication.

How do I connect to SMS gateway?

Sign up with a provider, get API access credentials, and consult their documentation for API endpoints and parameters if you want to connect to an SMS gateway. Create an HTTP POST request with the recipient's information, the message's content, and your login information. Using a computer language or tools like URL, send the request to the specified endpoint, and then process the response to confirm the submission of the message.

What protocol does SMS use?

The SS7 (Signalling System No. 7) protocol is largely used by SMS for message delivery and compatibility across mobile network carriers. A collection of protocols known as SS7 are used for a variety of communications activities, including SMS communication and SMS routing and messaging between cellular networks.

How to set up a SMS server?

Choose appropriate hardware and SMS gateway software, to set up an SMS server. Create a script to interact with the SMS server's API for sending and receiving messages securely after installation and configuration. Give server security, performance tracking, and compliance to SMS rules top priority.

My configuration is lost after restarting the service. What can I do about this?

Ozeki SMS Gateway requires write permissions to the configuration directory located at C:\Program Files\Ozeki\Ozeki - SMS Gateway\config. Please ensure the service has the necessary access to save configuration information and maintain optimal functionality.

The Edit - Server Preferences, edit - Server restrictions and Driver - GSM modem 1 - Configuration windows are all blank apart from the \'OK\' and \'Cancel\' buttons.

Your web browser needs Javascript enabled to use this website properly.

Here's what you can do:

• Recommended Browser: We recommend using Mozilla Firefox, which has Javascript enabled by default.
• Enabling Javascript (if using a different browser): If you're using a different browser, you might need to enable Javascript in its settings. Look for an option related to "Javascript" or "Site preferences" in your browser's settings menu.

Why is Javascript needed? Javascript allows our website to use interactive features like the graphical user interface, making your experience smoother.

There are errors with the error code 1365 in the log, and the messages cannot be sent. Why?

It refers to the improper formatting of the phone number of the recipient, or some other SMS sending related error.

Make sure you are using the proper phone number format: +123456789 (international format), 0623456789 (or local number format).

If you see the following lines in your log:

• INFO 3344: GSM Network registration information is not available.
• INFO 3350: GSM network information:

It means, that you cannot send messages, because your modem is not registered to the GSM network. This can happen if there is no GSM signal, or the antenna is not connected properly to your modem. It might also be possible that your SIM card is not working. Please try to put your SIM into a normal handset and try to send an SMS from it.

If you are sure your modem is registered to the GSM network, please try the following:

1. In the "Message handling" tab of the "GSM Modem configuration form", please check the "Include Service Centre (SCA) in PDU" checkbox.
2. Please verify, that SMSC setting for your network. Call the provider and find out what is the correct messages centre address. Make sure this is entered into the GSM modem configuration form.
3. Please make sure no PIN code is set on the SIM card. Try to put the SIM into another handset to verify if it asks for a PIN

The following URL: https://ozekisms.com/p_2380-send-sms-with-gsm-modem-cms-error-codes.html lists other possible reasons that can cause this problem.

Summary

In the guide above, we showed you how to configure and use an HTTPS SMS client connection with the Ozeki SMS Gateway. If you are interested in sending SMS from computers, this solution can be really useful. Ozeki has experience in SMS technologies, and Ozeki SMS Gateway is an application with the ability to send SMS using different protocols, giving you the opportunity to choose between them based on your needs. Ozeki SMS Gateway also offers excellent logging capabilities, so errors can be tracked easily and quickly.

Since you have finished this article, you now have the knowledge to send messages with an HTTPS SMS client. This technology can be used to reach out to mobile customers from your computer, making the information sharing process faster.

Expand your knowledge and continue reading on Ozeki's tutorial pages, where you find articles about similar topics, like SMPP connection and SMS modem.

Now make sure that you download Ozeki SMS Gateway and start working!

HTTP Server Connection

Ozeki SMS Gateway's intuitive interface offers a seamless method to establish a connection with an HTTP server, enabling you to efficiently manage incoming messages for various purposes. Whether you're looking to integrate SMS communication into your business processes, enhance customer engagement, or automate notifications, this streamlined feature simplifies the process.

How to enable HTTP Server connection? (quick steps)

To enable HTTP Server connection

1. Access your Ozeki SMS Gateway account
2. Add new connection
3. Install HTTP Server protocol from Ozeki SMS Gateway
4. Configure HTTP Server
5. Enable logging options
6. Establish connection
7. Check the connectivity status and message delivery history
8. Make use of Ozeki SMS Gateway's countless functions

What is HTTP Server?

A software program or system component known as an HTTP Server handles incoming Hypertext Transfer Protocol (HTTP) requests from clients, most often web browsers. Based on the requests made by these clients, it obtains and sends online content, such as web pages, photos, or files, to them. The ability to send data across the internet in a standardized manner is made possible by HTTP Servers, which are essential to the operation of websites and online applications.

Simplify SMS Communication with HTTP Server connection (video tutorial)

In this short video guide, we'll introduce you to the powerful capabilities of Ozeki SMS Gateway. Get ready to explore a high-performance, reliable SMS gateway software that's designed to simplify your SMS communication needs. You can learn from this guide how to effortlessly establish a connection with an HTTP server using Ozeki SMS Gateway's intuitive interface.

To start the process, log in to your Ozeki SMS Gateway account, or if you do not have one yet, create one by downloading the Ozeki SMS Gateway software from the ozeki-sms-gateway.com website. Open the gateway's home page, then click on the "Add new connection" link to add new HTTP client. By clicking on it, you can see the new client configuration panel.

At the list of installation links, choose the "HTTP Server" to use HTTP requests to pass incoming messages to your service. This used by premium-rated SMS services or used as a Virtual Phone for software after selecting the "HTTP Server" option from the list of installation links, you will need to configure your system to handle incoming HTTP requests.

For configuration, provide necessary information in General settings tab, like HTTP name, base URL, and phone number for identification. Your server's unique identification within the network is the HTTP name. It's best to pick a name that accurately describes the nature of your product or service. On the other hand, all incoming HTTP requests are started from the base URL. This URL specifies the path that requests are taken to reach your service. It's crucial to provide a phone number for identification, especially when working with SMS services or virtual phones. This phone number serves as a special identifier that enables your service to link incoming messages or requests to a particular person.

In the "Log Level" section, enable the option to "Log communication events" as well as "Log messaging events". This will provide comprehensive insights into the interactions and activities occurring within your system. Save them with "Ok" button.

By switching the slider button to the green position, you can establish an HTTP connection. You can view the important details in the "Events" tab when the connection has been established successfully. You can utilize this function to keep an eye on and check the connectivity status of your system.

FAQs

What is HTTP server in networking?

An HTTP server is a piece of computer software that answers to requests made over the Hypertext Transfer Protocol (HTTP) by clients, most often web browsers. By retrieving and providing online content—which might be web pages, photos, videos, or other resources—it responds to these requests. By allowing connection between clients and servers, HTTP servers are essential to the World Wide Web because they allow users to view and engage with online information.

How does HTTP connection work?

The way that HTTP (Hypertext Transfer Protocol) works is by making it easier for a client—typically a web browser—and a server to communicate. The client makes an HTTP request to the server and uses a URL to identify the resource (such as a web page) that it wants. The request is processed by the server, which then creates an HTTP response containing the requested resource and delivers it back to the client. This connectionless exchange serves as the foundation for retrieving and displaying web pages.

What is HTTP client and server?

An HTTP client is a program or application that sends requests to servers, typically to retrieve web resources like web pages or files. It initiates these requests by specifying the resource's URL and waits for the server's response. An HTTP server, on the other hand, receives these requests, processes them, and sends back responses containing the requested content, allowing clients to access and interact with web resources.

When I am sending an SMS message through HTTP API, the "+" sign in the content of SMS and in the phone number are not forwarded to Ozeki SMS Gateway. How can I solve this issue?

There might be an issue with the way you're sending phone numbers and messages in your HTTP requests to Ozeki SMS Gateway. For the gateway to understand these details correctly, they need to be encoded in a specific format.

• Encode phone numbers and SMS messages before sending them in your HTTP request. Ozeki will then decode them for proper processing.

By following this step, you should be able to resolve the issue and successfully send SMS messages through HTTP requests.

Additional Tips:

• Consult the Ozeki documentation for specific instructions on encoding phone numbers and messages for HTTP requests.
• Double-check the encoding format used in your code to ensure it aligns with Ozeki's requirements.

Can I send and receive SMS messages via HTTPS API?

Ozeki SMS Gateway empowers you to leverage HTTPS API for sending SMS messages.

Summary

The Ozeki SMS Gateway is a high-performance and reliable SMS gateway software designed to streamline SMS communication processes. By following this guide, you gained the knowledge to effortlessly integrate SMS communication into your business processes, enhance customer engagement, and automate notifications using Ozeki SMS Gateway's HTTP Server Connection feature. Overall, the Ozeki SMS Gateway's HTTP Server Connection feature provides a user-friendly method to connect with HTTP servers, offering a versatile solution for managing incoming messages and improving communication strategies.

How to send sms with an SMS REST api?

This tutorial explains how to use the sms rest api in Ozeki SMS Gateway. It will start with defining the term of what an sms rest api is and will move on to show you how to use it to access SMS services. We understand you will use these steps to construct a solution to serve important business users and business applications, so we take care to provide you with instructions that will help you create a high-quality solution. This guide requires standard knowledge of the http technology. You will be provided some important definitions, detailed step by step instructions and easy to understand examples. We hope you will enjoy it.

What is an SMS REST api?

An sms rest api is a http api application programming interface. REST (REpresentational State Transfer) uses the HTTP protocol (HTTPS) for conveying SMS messaging. We can use http apis to send sms or receive sms. One of the reasons an sms rest api is frequently used in business applications and http api services is because it is stateless, meaning requests cannot interfere with each other. Http apis are used by businesses because it is easier to use than a prescribed protocol like SOAP.

How to send SMS with the SMS REST API (Quick steps)

To send SMS with the SMS REST API:

1. Add new connection in Ozeki SMS Gateway
2. Install HTTP REST client connection
3. Configure URL to SMS service
4. Specify the Data fields
5. Type the telephone number of the connection
6. Test send SMS text message with REST API
7. Check the test SMS message's status on the Events
8. Review the received test SMS message on the phone

How to send SMS through a REST SMS Client

This SMS communication solution makes it possible to use your computer for sending SMS messages to any mobile phone. The solution consists of a computer with Ozeki SMS Gateway installed, an HTTP SMS service provider and the mobile users. The computer and the Ozeki SMS Gateway are responsible for configuring a message. The HTTP SMS service provider is responsible for sending the message to the mobile users. After compiling the message, the computer will submit the message for sending. The HTTP SMS service provider will get the submission and send the SMS to the provided address. (Figure 1)

How do you use the sms rest api?

This video tutorial will show you the steps on using the HTTP rest sms api. First add and configure a new HTTP rest client connection using Ozeki SMS Gateway. Then we enable the connection and send a text message from the test tab. When the message was successfully sent, it shows up int the Events tab, as well as on your mobile device.

Add a new connection

To begin the configuration, you have to have an installed connection. If you don't have one, you can install a new connection in the Ozeki SMS Gateway Dashboard's Connections panel, located on the left-hand side. Here you have to select the Add new connection... install link to start the installation. (Highlighted in Figure 2)

Install HTTP REST client

In the Add a connection list you can find the IP SMS connections install section where you have several options to select a connection. Select the HTTP REST client install item from this list with the install link. This will allow you to configure the SMS service. REST is considered to easier to work with than other solutions. (Figure 3)

Configure URL and Data fields

To configure URL and Data fields properly, you have to give a unique connection name with the right format, enter the URL of the SMS service and specify the Data fields. These pieces of datas will be formatted according to the data format that you select. Next, give the connection's telephone number in the Telephone number textbox. Finally, click on add new header and enter a name and the value. You can add new Data field with the Add new field button. Click the Ok button to confirm the configuration form. (All highlighted in Figure 4)

Send test SMS

In the HTTP_REST_client_1 details page, select the Test tab page. The General tab allows you to give the recipients phone number who will get the test message in the To textbox. You can specify the test message in the SMS group box. You can write whatever you want, and it will be sent as a regular SMS to the given phone number. (Shown in Figure 5)

Check that the message was sent successfully

Switching to the Events tab allows you to read the event log where you can check the connection's work in a written form. If you read it carefully you can see that the previously sent test message has been delivered successfully. (Figure 6)

Check your phone

The final step is to check the phone with the provided phone number. If you did everything in the right way you will see that the text that you wrote in the Ozeki SMS Gateway came as an SMS. This indicates that every step of the configuration is good, and you can start sending messages with the REST SMS client. (Figure 7)

Conclusion

As you could see in this guide, sending messages with HTTP REST is easy to learn. If you are interested in sending SMS from your computer, this solution is perfect for you. REST is fast, uses less bandwidth than SOAP and easy to integrate it with your existing websites. Installing an SMS REST connection is available in Ozeki SMS Gateway.

Do not finish your work here, learn about SMPP and OZX connection in our website.

Now your next thing to do is to download Ozeki SMS Gateway and start working!

How do I send sms with the sms rest api?

To send sms with the sms rest api in Ozeki SMS Gateway we will need 14 minutes. This document presents directions and the necessary information to help you complete this procedure efficiently. We understand you will use these tutorial steps to create a solution for http api services, so we make sure to present a reliable solution. This webpage requires basic knowledge of sms http api technology. You will be presented a few basic definitions, detailed step by step instructions and basic examples. We hope you will enjoy it.

What is sms rest api?

An sms rest api is an sms http api application programming interface. An sms rest api is many times used to receive sms or send sms. One of the reasons an sms http api is regularly used in JSON applications or http api services is due to the fact that the transferred sms messages have enough information for processing. Businesses use it many times because it is easier to use than a prescribed protocol like SOAP.

How could I send sms with an sms rest api?

To send sms with an sms rest api start with the following easy guidelines:

How can I receive sms with an sms rest api?

This webpage explains how to receive sms with the sms rest api in Ozeki SMS Gateway. It will start with giving a definition of what an sms rest api is and will continue with the receive sms with procedure. We assume you will use these guidelines to create a solution for http api services or JSON applications, so we make sure to present a reliable solution. This tutorial requires standard knowledge of sms http api technology. You will be presented a few standard definitions, detailed step by step instructions and a number of examples. We hope you will enjoy it. Let's get cracking.

What is sms rest api?

Sms rest api is an sms http api. It can be used to receive sms and send sms. The reason an sms http api is widely used in JSON applications or http api services is because it is stateless, meaning requests cannot interfere with each other. Businesses use it many times because it is easier to use than a prescribed protocol like SOAP.

What is the best way to receive sms with an sms rest api?

To receive sms with an sms rest api start with these plain, simple directions:

How to setup a WhatsApp message connection

Businesses can use WhatsApp to communicate with customers and clients in a personal and convenient way and they can send messages directly to their mobile phone. One way to use WhatsApp for business is to set up a WhatsApp message connection. This allows businesses to send and receive WhatsApp messages through their Ozeki SMS Gateway. In this article, we will show you how to set up a WhatsApp message connection. We will explain the process in detail, from creating a WhatsApp app in the Facebook Developer Portal to configuring the WhatsApp message connection in the Ozeki SMS Gateway. We'll provide screenshots and instructions for each step, so you should be able to follow along easily.

What is WhatsApp message Gateway

WhatsApp message Gateway is a special service that allows businesses to send and receive business WhatsApp messages through the gateway.

What is WhatsApp message connection

WhatsApp message connection is an internet-based connection to WhatsApp Business Server to send and receive messages directly to mobile phones.

Ozeki SMS Gateway has a built-in WhatsApp message gateway that allows businesses to send and receive WhatsApp messages using their existing Ozeki SMS platform without the need to install additional software.

How the WhatsApp SMS connection works

Create WhatsApp app on Facebook developer page

In this video, we will explain the accurate process of creating a WhatsApp app from a Facebook developer page. You can learn the essential steps from the beginning to the end. If you follow these movements, then it will be easy for you to set up a WhatsApp connection.

First of all, you need to load in your browser the "developers.facebook.com" website. Then, click on the "Get Started" button in the upper right corner of this page.

Now, the Welcome page has been brought up. In this page, you can register and create a Meta for Developers account that allows you to manage apps that access the Graph API and contribute to apps that others own. You have to click on the "Continue" button, highlighted in blue, to agree with the terms and policies of the site.

After that you have accepted the policies, you have to verify your account. It is required to add a mobile phone number, which will be saved to your Facebook profile. You will receive an SMS notification, in order to be able to do your login and personalize your profile.
When you are ready with typing your mobile number, you need to click on the "Send Verification SMS" button. In the other hand, if you prefer other methods, instead of giving your mobile phone number, then it is possible to verify your account by your credit card.

If you have received the verification SMS to the phone number that has been entered during the registration, then you have to type the Code from the SMS to the box. This is required, because it is important to make sure that the phone number belongs to you. If you do not receive any text message, the click on the "Send SMS Again" button. When you are ready with typing the Code, then click on the "Continue" button, highlighted in blue.

Now, you have to add your primary email address, in order to send you notifications and help you with the login process. You can agree the marketing policies also, if you are interested in. When you have entered the data, click on the "Confirm Email" button.

In this section, you have to choose from the given options, that describes you most. Choose the "Developer" option, then click on the "Complete Registration" button.

The following step is to create the app to get started. For this, you need to click on the "Create App" button, highlighted in green.

Now, you have to select the apps' type that you want to make. For example, choose the "Business" option from the given choices. Then, click on the "Next" button.

The next step, is to add more details to your app. Enter an app name that will show on your My Apps page and associate with your app ID. The email address, that you have added previously will automatically the email address where you can receive notifications about your app. Make sure it is an address that you check regularly. It is optional to add any business account to your app. When is needed, you can change any details in the Setting menu. If you are ready, click on the "Create App" button. A pop-up page will bring up where you have to enter your password, then submit it.

Now, a page has been brought up, where it is possible to set up connections. You have to choose the app type that you need from the given list of options. Now, choose the WhatsApp type, by clicking on the "Set up" button in the right corner of the bottom.

In order to continue the process, click on the "Continue" button, highlighted in blue.

A welcome page will bring up, where you need to click on the "Start using the API" in order to get setup on the API Cloud by adding a phone number for messages.

When the page got loaded, you need to scroll down the page and find the "Select a recipient phone number" box. By clicking on this box, a "Manage phone number list" option will show up. You have to click on it and add a recipient phone number.

Enter the phone number and if you see a green tick in the box's corner, you can click on the "Next" button.

Verify your phone number, by entering the 5-digit code that you have received in SMS. If you do not receive any text message, the click on the "Resend code" button. When you are ready, click on the "Next" button.

Before you continue, in the following page you can learn how to secure GUI access, how to create and configure SSL certificates, and how to use HTTPS to access the SMS gateway remotely.

How to use HTTPS in the SMS Gateway

Configure WhatsApp connection in Ozeki SMS Gateway

In the following video you will see, how to configure WhatsApp connection in Ozeki SMS Gateway. Follow the steps and be able to do these setups easily.

First, log in to your Ozeki SMS Gateway, then choose the SMS Gateway Desktop icon. In the Ozeki Toolbar, choose the "Add new connections" link in the left side of the Connections Panel.

From the "IP SMS connections" install section, choose the WhatsApp client, and click on the "Install" link.

Now you have to install the connection. Copy the WhatsApp Business Account ID from your Meta for Developers page.

Now, paste your WhatsApp Business Account ID into the WABA-ID box in the Credentials section.

Copy the Temporary access token from your Meta for Developers page.

Now, paste your Temporary access token into the Access token box in the Credentials section.

Now, you need to specify a telephone number on the connection. Copy the number from the Meta for Developers page and paste into the Telephone number box. Then click on the "Ok" button, highlighted in blue.

In order to create the connection, you have to switch the slider button into green, at the left panel of Ozeki SMS Gateway.

At the right panel of Ozeki SMS Gateway, choose the Test tab and create an SMS message by providing the details. Type the recipients' phone number and send the automatically generated test message, by clicking on the "Send" button. If it worked well, then you will see a green tick under the tab, that means your connection has been set.

Summary

If you follow the steps in this article, you should be able to set up a WhatsApp SMS connection without any problems. This will allow you to send and receive WhatsApp messages through your Ozeki SMS Gateway, which can be a great way to communicate with your customers or clients.

In this article, we have shown you how to set up a WhatsApp SMS connection. We have explained the process in detail, from creating a WhatsApp app in the Facebook Developer Portal to configuring the connection in Ozeki SMS Gateway.

We have provided screenshots and instructions for each step, so you should be able to follow along easily.

Here are some additional useful tips for setting up a WhatsApp SMS connection:

• Make sure that you have a valid WhatsApp Business Account ID and Temporary access token.
• Make sure that the phone number that you add to your WhatsApp Business App is the same phone number that you use in Ozeki SMS Gateway.
• Test the connection by sending a test message to a recipient's phone number.

If you have any further question, please send us an e-mail to the info @ozeki.hu address or register to our website https://myozeki.com for assistance.

How to receive WhatsApp messages using Ozeki SMS Gateway

In this quick video we will show you how to set up your connection to be able to receive WhatsApp messages in Ozeki SMS Gateway. We explain you all the essential steps you need to follow. As you reach to the end of the moves, you can see how easy it is.

For the first, you need to open WhatsApp app configuration menu at the Meta for Developers page.

If you have found it, then you have to click on the "Edit" button at the right side of the page.

By clicking on the "Edit" button, an edit page will pop up where you can edit webhook's callback URL. You need to find the callback URL at the Connection panel at Ozeki SMS Gateway. You need to choose the "Configure tab" at the right panel. After that you have to copy the Published callback URL that can be found under the Receive section. Copy the URL, then paste into the asked URL box in the Meta for Developers page.

Now, you have to verify token. Verify token can be found also at the Ozeki SMS Gateways' Configure tab, under the Credentials section of the tab. Copy the Verify token code and paste it into the asked URL box in the Meta for Developers page.

Paste the Verify token into the asked URL box in the Meta for Developers page. If it is ready, click on the "Verify and save" button, highlighted in blue.

Now, you have to manage the webhook fields, by clicking on the "Manage" button at the right side of the Meta for Developers page.

You have to select Webhook fields, so in the page that has been brought up, you have to choose the "messages" field. Put a tick next to the field and click on the "Done" button.

Finally, you have to step on the Ozeki SMS Gateways' Events tab and read the messages that has been received through WhatsApp.

WhatsApp Connection features

Supported WhatsApp message types

- text messages (send, receive)
- media messages: image, video, audio, document, and sticker messages (receive only)
- contact messages (receive only)
- location messages (receive only)
- interactive messages: list messages, reply button messages, and single and multi-product messages (not supported)
- template messages (supported)
- reaction messages (not supported)
- unknown messages (logged)
- product inquiry messages (not supported)
- order messages (not supported)
- user changed number notification (not supported)

Supported WhatsApp message states

- deleted (not supported)
- delivered (supported)
- failed (supported)
- read (supported)
- sent (supported)
- warning (logged)
- unknown (logged)

WhatsApp config form

- media message content can be configured to be downloaded into local cache
- on successful media content download, the content can be deleted from whatsapp servers
- incoming messages can be configured to be signalled as read
- default template can be configured
- 24-hour customer service window check can be disabled (advanced)
- cache / cleanup configuration (advanced)
- downloaded media content cleanup (advanced)

Automated WhatsApp features

- Phone number ID lookup
- WABA subscribe/unsubscribe

Required WhatsApp configuration

- setup the callback URL-t in the WhatsApp product
- configure the webhook message field

WhatsApp connection API

What is User initiated conversation in WhatsApp Cloud API?

A user-initiated conversation is a message thread in which the user sends the first message to the business. The user can send any type of message. The message is transmitted to the WhatsApp Server via an Internet connection, and from there it also goes on to Business via the Internet. The 24-hour customer service window starts when the business responds to the customer.

What is Business initiated conversation in WhatsApp Cloud API?

A business-initiated conversation is a message thread in which the first message is an approved template message and is sent by the business to the customer. Prior registration is required. The 24-hour customer service window begins when the business sends the template message. Within the window, all messages sent back and forth between the customer and the business are linked to the conversation.

After the customer responds to the business's template message, the business can start sending any type of message to the customer. During the conversation, in the 24-hour customer service window, the business can send any type of message, it does not need to approve additional messages in advance.

If the customer does not respond after 24 hours, the business must send a new approved template message to the customer to restart the 24-hour customer service window.

If the business has not sent a message after 24 hours, but the customer responds to the business, then a User initiated conversation begins, which was presented previously.

What is Customer service window in WhatsApp Cloud API?

The Customer service window opens in two cases. In the first case, if the customer sends any type of message to the business. (User initiated conversation)

In the second case, the Company sends any type of approved template message to the Customer. (Business initiated conversation)

In time, if any of the above two types of messages are sent, the conversation starts in the 24-hour customer service window. The 24-hour customer service window restarts when the last Customer service window opening message is sent.

How to send WhatsApp message from MS SQL Server

This article as a detailed tutorial on how to send message from MS SQL Server. Messages go out and come in via Whatsapp. Ozeki SMS Gateway allows you to create an MS SQL Server connection and send text messages from a database using SQL code. You will also learn how to create a database and tables for storing incoming and outgoing messages. We hope you find this article informative and let's get started!

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a professional SMS gateway software that allows individuals and software applications to send and receive SMS messages, while providing full control over the SMS infrastructure, guaranteeing security.

What is WhatsApp messaging?

WhatsApp is a popular, free, and cross-platform messaging service for exchanging text, voice, and video messages, as well as documents and photos.

What is WhatsApp webhook?

WhatsApp webhook is a programming interface that allows third parties to automatically notify and reply to new messages on the WhatsApp platform.

Prerequisites

• Download Ozeki SMS Gateway
• Download Sqlcmd Utility (It's free)
• Download SQL Server (It's free)
• Download WhatsApp (It's free)
• Registration Facebook developer account (It's free)

How to send WhatsApp message from SQL database (Quick steps)

To send message from Ozeki SMS Gateway into the WhatsApp:

1. Download the Ozeki SMS Gateway
2. Create a WhatsApp business account on Facebook developer page
3. Launch the Ozeki SMS Gateway app
4. Install a new WhatsApp client connection
5. Configure Connection settings
6. Enable the WhatsApp connection
7. Create an SMS Test
8. Check the message on your phone

How to send message to WhatsApp through Ozeki SMS Gateway (video tutorial)

This video shows you how to add a Whatsapp connection to the Ozeki SMS Gateway. You can view the basic settings required to send a WhatsApp message directly. You can learn how to create the Default template. Database-driven WhatsApp messaging allows you to automate the WhatsApp communication system. After the connection is established, the video shows how to compose and send the first test message, then we examine the log file to verify successful delivery.

First, log in to your Ozeki SMS Gateway, then choose the SMS Gateway Desktop icon. In the Ozeki Toolbar, choose the Add new connections (Figure 2) link in the left side of the Connections panel to choose to install WhatsApp.

From the IP SMS connections, service provider specific (SMS) install section, choose the WhatsApp client, and click on the Install link (Figure 3). After installation, you will see the configuration interface.

Next to the General tab, click on Advanced, and then check these two checkboxes under the Log level (Figure 4) to get more information, about routing decision and message delivery events.

Now you have to configure the connection. Copy the WhatsApp Business Account ID (Figure 5) from your Meta for Developers page. You will have to paste this into the WhatsApp general tab at Ozeki SMS Gateway.

Go back to the General tab. Paste the WhatsApp Business Account ID into the WABA-ID field (Figure 6). This ID distinguishes all WhatsApp Business accounts.

Copy the Temporary access token (Figure 7) from your Meta for Developers page. The temporary access token that the service can use to perform a specific task.

Paste the Temporary access token from your Meta for Developers page into the Access token field (Figure 8).

The Default template (Figure 9) is used to, when no conversation is open with the recipient of the message, the template is sent instead of the message. Then, when the conversation is opened, the original message is automatically sent. You must first enter the recipient's telephone number in international format. Secondly, you must specify the message type, which in this case is a template. Thirdly, this tag specifies the name of the template to be used. Finally, this tag specifies the language code of the template.
Fill in these fields correctly, as follows:
Tag 1: wa.to : $recipient
Tag 2: wa.type : template
Tag 3: wa.template.name : hello_world
Tag 4: wa.template.language.code : en_US

We also need to specify a telephone number on the connection. Copy the Test number (Figure 10) from the Meta for Developers page. You can send free messages with the provided test phone number. You can use your own phone number which is subject to limits and pricing.

Paste into the Telephone number field, then click on the Ok button, highlighted in blue (Figure 11). After pressing the button and then you have to enable the connection.

To establish a connection, you have to switch the switch button on the left control table, and it should be green (Figure 12). If the connection is successful, you can see it in the logs at the Events tab, and you can use the service.

In the right panel of the Ozeki SMS Gateway, select the Test tab and create an SMS message by entering your details. Enter the phone number of the recipients and click Send, to send the automatically generated test message. If this is successful, a green tick will appear below the tab, indicating that the connection has been established (Figure 13). Look at the message on your phone.

How to send message from MS SQL (Simple guidelines)

To send message from MS SQL:

1. Create database and tables
2. Launch the Ozeki SMS Gateway app
3. Add new SQL messaging application
4. Install MS SQL Server
5. Configure Connection settings
6. Enable MS SQL Server connection
7. Insert a message into the database
8. Check the message in the Sent folder

How to send message from MS SQL Server (video tutorial)

This video shows you how to create databases. How to create MS SQL Server connection on Ozeki SMS Gateway. The video will help you how to configure the connection. It shows how to send a message directly and view sent and received messages. Once the connection is established, the video will show you how to write and send the first test message and then examine the log file to verify successful delivery.

Create a table definition for messages

Before you can start sending SMS using SQL, you must first create a database and tables. You can do this by entering certain lines of code on the command line. The CREATE DATABASE command will add the new database itself. The two CREATE TABLE commands add two tables. One to store incoming messages and one to store outgoing messages. Finally, you can use the sp_addLogin command to create a username and password to authenticate the database.

CREATE DATABASE ozekidb
GO
 
USE ozekidb
GO
 
CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);
 
CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
 
GO
 
sp_addLogin 'ozekiuser', 'ozekipass'
GO
 
sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

Create database and tables

To start sending SMS using MS SQL, you first need to create a database and tables. This is done via the command line. Open the command line and enter the above code sequence. The CREATE DATABASE command creates the database itself. Next, the tables ozekimessagein and ozekimessageout are created using the CREATE TABLE command. Finally, we add the username and password with sp_addLogin (Figure 14). The database is now ready for SMS sending in MS SQL.

First, log in to your Ozeki SMS Gateway, then choose the SMS Gateway Desktop icon. In the Ozeki Toolbar, choose the Add new user/application (Figure 15) link in the right side of the User and applications panel to choose SQL messaging.

From the Application interfaces install section, choose the SQL messaging, and click on the Install (Figure 16) link. After this, you can then see the SQL services available for installation.

Find MS SQL Server under SQL Messaging and click install (Figure 17). After installation, you will see the SQL configuration interface.

Next to the Send tab, click on Advanced, and then check the Attach log to every message checkbox under the Log level (Figure 18). Enable this checkbox to log delivery events into the event log of each message.

Go back to the General tab and configure the Connection settings (Figure 19). With these settings you can connect to your own sql database. The tables in the database will be used later.
Server: local IP address
Port: port number
Database: database name
UserID: username
Password: password
If everything is filled in correctly, press the ok button.

To establish a connection, you have to switch the switch button on the left control table, and it should be green (Figure 20). If the connection is successful, you can see it in the logs at the Events tab, and you can use the service.

Let's insert a message into the database table. First, go to the SQL tab of your connection. Select the INSERT INTO from the dropdown menu. Change the phone number and click on the Execute button to run the command (Figure 21). This will insert the message into the ozekimessageout table and send a message to the WhatsApp application.

From the ozekimessageout table (Figure 22) you can query the messages sent by selecting the SELECT * option. If you run this query, you can see the message sent in the table.

On the left side in the control panel, under the Folders select the Sent link and you can see the messages are sent (Figure 23).

Click on the Events tab, and you can see every log line (Figure 24).

How to receive WhatsApp message into SQL database (Simple steps)

To receive WhatsApp message into SQL database:

1. Launch the Ozeki SMS Gateway app
2. Configure the WhatsApp webhook
3. Check the message in the SQL database

How to receive WhatsApp message into MS SQL (Video tutorial)

This video shows you how to receive messages from WhatsApp. How to connect your WhatsApp webhook to the Ozeki SMS Gateway. How to configure the webhook, what parameters to set. After successful connection you can see the incoming messages in the log file and also in the database.

First log in to the Ozeki SMS Gateway, then select the SMS Gateway Desktop icon. In the Ozeki toolbar, select the existing WhatsApp client (Figure 25) link on the left side of the Connections panel.

Open WhatsApp configuration menu at the Meta for Developers page to configure the webhook (Figure 26). Click on Edit.
The webhook need to be set, because it allows the Ozeki SMS Gateway to send an alert message to Whatsapp when it receives a message from a mobile phone, or when the status of a Whatsapp message sent to a mobile phone changes.

On the WhatsApp client page, we need the Configure tab. Scroll down to the Published callback URL section and copy it (Figure 27), it's a template. This will help you to just copy and paste.

Paste the template into the Callback URL field (Figure 28).

Copy the Connection name and the Verify token (Figure 29). The connection name specifies the name of the connection, the verifiy token is responsible for security.

Paste the Connection name at the end of the template. Replace the [public-ip]:[port] into your public IP with your forwarded port.
Paste the Verify token into the Verify token field on the Meta for Developers page. If you've filled everything in, click on Verify and save button.
Then press the Manage button (Figure 30).

You have to select the Webhook field, so you will need to select the messages on the page. Check this box and click Done (Figure 31). Selecting the message type in the WhatsApp webhook setting indicates that the webhook will respond to messages. It means that the webhook will work when messages are received and sent.

It should look like this (Figure 32), if we did everything right. And you can test the successful connection in the Ozeki SMS Gateway.

Let's go back to the Ozeki SMS Gateway. In the WhatsApp client, click on Events to see the log. Send a message in the WhatsApp application, the message needs to appear in the log (Figure 33).

On the left side in the control panel, under the Folders click on the Forwarded link, and choose the Forward accepted tab. Where you can see the messages (Figure 34).

Go back to the Main page and select your existing SQL Server link at the right side of the User and applications (Figure 35) panel to see the incoming message here too.

Let's query a message from the database. Go to the SQL tab of your connection. Select the SELECT * from the dropdown menu and you can see every received message (Figure 36).

Summary

If you follow the steps described in this article, you will be able to set up a WhatsApp SMS connection without any problems. This will allow you to send and receive WhatsApp messages through the Ozeki SMS gateway, which can be a great way to communicate with clients or customers.

In this article we have shown you how to set up a WhatsApp SMS connection. We explained the process in detail, from creating a WhatsApp application in Facebook Developer Portal to setting up a connection in Ozeki SMS Gateway.

We have provided screenshots and instructions for each step so you can easily follow the steps.

Here are some more useful tips for setting up your WhatsApp SMS connection:

• Make sure you have a valid WhatsApp Business account ID and a temporary access token.
• Make sure the phone number you add to your WhatsApp Business App is the same phone number you use in Ozeki SMS Gateway.
• Test the connection by sending a test message to a recipient's phone number.

If you have further questions, please email info@ozeki.hu or register on our website: https://myozeki.com for help.

How to receive WhatsApp messages into SQL database

This article is a detailed tutorial on how to receive WhatsApp messages into SQL database. The messages come from WhatsApp and they are sent to the Microsoft SQL server via the Ozeki SMS Gateway. With Ozeki SMS Gateway, you can effortlessly set up a connection between your database and WhatsApp, enabling you to receive messages directly into your SQL tables. We hope you find this article informative and let's get started!

What is WhatsApp messaging?

WhatsApp is a popular, free, and cross-platform messaging service for exchanging text, voice, and video messages, as well as documents and photos.

What is WhatsApp webhook?

WhatsApp webhook is a programming interface that allows third parties to automatically notify and reply to new messages on the WhatsApp platform.

Receiving WhatsApp messages into SQL database

The message sent from the WhatsApp user goes to the WhatsApp server which uses an API connection to send the message to the Ozeki SMS Gateway within 24 hours. Then the message arrives to the MS SQL Database server.

How to receive WhatsApp messages into SQL database (Simple steps)

To receive WhatsApp messages into SQL database:

1. Launch the Ozeki SMS Gateway app
2. Configure the WhatsApp webhook
3. Check the message in the SQL database

How to receive WhatsApp messages into MS SQL (Video tutorial)

This video shows you how to receive messages from WhatsApp. How to connect your WhatsApp webhook to the Ozeki SMS Gateway. How to configure the webhook, what parameters to set. After successful connection, you can see the incoming messages in the log file and also in the database.

First log in to the Ozeki SMS Gateway, then select the SMS Gateway Desktop icon. In the Ozeki toolbar, select the existing WhatsApp client (Figure 2) link on the left side of the Connections panel.

Open WhatsApp configuration menu at the Meta for Developers page to configure the webhook (Figure 3). Click on Edit.
The webhook need to be set, because it allows the Ozeki SMS Gateway to send an alert message to Whatsapp when it receives a message from a mobile phone, or when the status of a Whatsapp message sent to a mobile phone changes.

On the WhatsApp client page, we need the Configure tab. Scroll down to the Published callback URL section and copy it (Figure 4), it's a template. This will help you to just copy and paste.

Paste the template into the Callback URL field (Figure 5).

Copy the Connection name and the Verify token (Figure 7). The connection name specifies the name of the connection, the verifiy token is responsible for security.

Paste the Connection name at the end of the template. Replace the [public-ip]:[port] into your public IP with your forwarded port.
Paste the Verify token into the Verify token field on the Meta for Developers page. If you've filled everything in, click on Verify and save button.
Then press the Manage button (Figure 6).

You have to select the Webhook field, so you will need to select the messages on the page. Check this box and click Done (Figure 30). Selecting the message type in the WhatsApp webhook setting indicates that the webhook will respond to messages. It means that the webhook will work when messages are received and sent.

It should look like this (Figure 9), if we did everything right. And you can test the successful connection in the Ozeki SMS Gateway.

Let's go back to the Ozeki SMS Gateway. In the WhatsApp client, click on Events to see the log. Send a message in the WhatsApp application, the message needs to appear in the log (Figure 10).

On the left side in the control panel, under the Folders click on the Forwarded link, and choose the Forward accepted tab. Where you can see the messages (Figure 11).

Go back to the Main page and select your existing SQL Server link at the right side of the User and applications (Figure 12) panel to see the incoming message here too.

Let's query a message from the database. Go to the SQL tab of your connection. Select the SELECT * from the dropdown menu and you can see every received message (Figure 13).

Frequently Asked Questions (FAQs)

What is the purpose of the webhook in Ozeki SMS Gateway?

The Ozeki SMS Gateway webhook enables the system to send an alert message to WhatsApp. When it receives a message from a mobile phone, also, when there is a change in the status of a WhatsApp message sent to a mobile phone.

Can I use a WhatsApp webhook to send messages?

No, you cannot. The primary purpose of a WhatsApp webhook is to receive notifications and information, the webhook functionality is not designed for sending messages.

Why use a WhatsApp webhook?

A WhatsApp webhook helps developers automate responses, get notifications, and connect with other systems in real-time on the WhatsApp platform.

What is the purpose of the callback URL in a WhatsApp webhook?

The callback URL in a WhatsApp webhook is where WhatsApp sends messages to inform third-party apps about events, like new messages or changes in message status, through HTTP requests.

Is a WhatsApp webhook secure?

The security of a WhatsApp webhook relies on how it is set up by the developer. It is important to use secure connections (HTTPS) and proper authentication methods to keep the data safe and confidential. Within the Ozeki SMS Gateway it is secure.

What information can I receive through a WhatsApp webhook?

With a WhatsApp webhook, you can receive information about new messages, updates on message status (like delivered or read), and other important events on WhatsApp.

Summary

This article provides instructions on how to receive WhatsApp messages into an SQL database using Ozeki SMS Gateway. The article explains the components of WhatsApp messaging, the purpose of the webhook in Ozeki SMS Gateway, and the steps involved in configuring the webhook to receive messages from WhatsApp. Additionally, the article provides answers to frequently asked questions (FAQs) about WhatsApp webhooks.

By following the detailed instructions provided in the article, you can simply integrate WhatsApp messaging into your existing SQL database infrastructure, streamlining your communication processes and data management.

With the provided screenshots and instructions, you can easily follow the steps.

In addition, here are some more valuable tips for configuring your WhatsApp SMS connection:

• Verify that you have a valid WhatsApp Business account ID and a temporary access token.
• Ensure the phone number added to WhatsApp Business App matches the one used in Ozeki SMS Gateway.
• Validate the connection by sending a test message to a recipient’s phone number.
• Utilize a secure callback URL for your WhatsApp webhook.

If you have further questions, please email info@ozeki.com or register on our website: https://myozeki.com for help.

What is a webhook?

Understanding Webhooks: Revolutionizing Real-time Communication in Web Development

Discover the transformative realm of web development with a focus on webhooks—a revolutionary force in real-time communication. Imagine seamless integration into applications, from social media updates to IoT triggers. Explore the synergy of webhooks with Ozeki SMS Gateway, offering businesses real-time capabilities, automation, and scalable efficiency.

What is a webhook?

In the realm of web development and online services, webhooks stand as a revolutionary method of communication that operates in response to specific events. Imagine if your application could swiftly receive notifications akin to phone calls whenever noteworthy occurrences transpire on the web.

Webhooks are intelligent messengers that enable real-time communication between applications and various online services. They act as virtual phone calls, alerting your application whenever a specific event occurs, keeping it constantly updated and responsive. Webhooks send HTTP POST requests from the source application to the destination application, carrying a payload of event information. The destination application then processes this payload and takes appropriate action, such as updating data, triggering actions, or sending notifications. This real-time communication eliminates the need for constant polling, reducing server load and improving efficiency. Webhooks are a powerful tool for building modern web applications that require seamless integration and real-time updates, making them widely used in various industries, including content management systems, e-commerce platforms, social media platforms, payment gateways, and customer relationship management (CRM) systems.

How does a webhook operate?

In the past, applications had to repeatedly check other services for updates, which was inefficient and led to delayed responses. Webhooks, on the other hand, utilize HTTP (Hypertext Transfer Protocol) to transmit data in a more streamlined manner. When a pre-defined event occurs, the sending system initiates an HTTP POST request to a specific URL, often called a "callback URL." This URL directs the recipient's endpoint, where event-related data is promptly received.

In simpler terms, when a specific event happens, data associated with that event is automatically sent to a URL designated by your application. This automated exchange promotes real-time communication between web applications.

Key Characteristics and Applications

Webhooks find application in various scenarios:

1. Real-time Updates: Social media platforms utilize webhooks for instant notifications, informing users of new messages, likes, or comments.
2. Ecommerce Integration: Online stores employ webhooks to ensure real-time updates on inventory levels, process orders efficiently, and send order status notifications.
3. Notifications in Messaging Apps: Messaging apps leverage webhooks to deliver real-time notifications, such as chat messages or friend requests.
4. IoT (Internet of Things): Webhooks play a vital role in collecting sensor data from IoT devices and triggering actions based on sensor readings.

Setting Up Webhooks: A Three-step Process

The process of setting up webhooks involves three main steps:

1. Create a Webhook Endpoint: Establish a URL in your application, serving as the API endpoint capable of processing incoming POST requests—the preferred HTTP method for webhooks.
2. Register with the Provider: Head to the provider’s dashboard or settings page to register your webhook endpoint. Specify the events you want to subscribe to for a customized experience.
3. Implement Logic for Received Webhooks: Once your application receives a webhook, define the logic to process the data. This may include updating user information or processing payments based on specific needs.

Unlocking the Power of Webhooks with SMS

Integrating webhooks with SMS offers a potent way to infuse real-time communication into your applications. To embark on this journey:

1. Set up a webhook endpoint on your server to receive incoming SMS data.
2. Configure your SMS service provider, such as Sinch MessageMedia, to send a webhook notification for each new SMS. This notification typically includes crucial information like the sender's phone number, message content, and timestamp.
3. Process the data in real-time, enabling actions like automated replies, storing message history, or triggering specific events based on incoming SMS content.

Business benefits of Webhooks

1. Real-time data updates: Webhooks deliver notifications immediately when an event occurs, ensuring that applications always have the latest information. This real-time data flow is crucial for applications that require dynamic updates, such as social media platforms, e-commerce sites, and IoT systems.
2. Reduced server load: Webhooks eliminate the need for applications to constantly poll other services for updates, which can significantly reduce server load and improve efficiency. Instead, applications receive notifications only when events occur, minimizing unnecessary requests.
3. Automated workflows: Webhooks can trigger automated workflows, enabling applications to respond to events without manual intervention. This automation streamlines processes, improves efficiency, and reduces the risk of human error.
4. Enhanced customer experience: Webhooks can be used to provide customers with real-time updates and notifications, such as order status changes, shipping confirmations, and product availability. This real-time communication enhances customer satisfaction and loyalty.
5. Enhanced scalability: Webhooks can be easily scaled to accommodate growing user bases and increased data volumes. This scalability is essential for businesses that need to handle large volumes of data in real time.

Integrate webhooks with Ozeki SMS Gateway

Integrating webhooks with Ozeki SMS Gateway is a process that involves creating a webhook endpoint in your application, registering the endpoint with Ozeki SMS Gateway, and configuring your application to handle incoming webhook notifications.

Webhooks are a powerful tool that enables applications to communicate and exchange data in real time. They work by sending HTTP POST requests from the source application to the destination application whenever a specific event occurs. The destination application then processes the webhook payload and takes appropriate action, such as updating data, triggering actions, or sending notifications.

Key Reasons to Integrate Webhooks with Ozeki SMS Gateway:

• Real-time SMS notifications
• Reduced server load
• Automated workflows
• Enhanced business agility
• Improved developer productivity
• Scalable SMS gateway
• Secure SMS communications
• Versatility and customization

To seamlessly integrate webhooks with Ozeki SMS Gateway, a three-step process is essential. First, set up a webhook endpoint by establishing a URL on your server, serving as the designated location to receive incoming data. Next, configure Ozeki SMS Gateway as your SMS service provider, instructing it to send webhook notifications for each new SMS. This configuration should include crucial details such as the sender's phone number and message content. Finally, empower your application to process incoming SMS data in real-time by implementing logical functionalities. This ensures immediate actions, such as automated replies or event triggers, enhancing the overall responsiveness and effectiveness of your communication system integrated with Ozeki SMS Gateway.

Download Ozeki SMS Gateway for FREE

Download a trial version and test the full functionality for two weeks free of charge.
https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

When should you use webhooks?

• Real-Time Updates are Critical: When you need to receive notifications as soon as an event occurs, webhooks are the best option. For example, you could use a webhook to receive notifications about new customer orders, inventory changes, or website activity.
• Reduced polling: If you are constantly polling a service for updates, it can put a lot of strain on your servers. Webhooks can help to reduce the amount of polling you need to do by sending notifications to your applications when events occur.
• Decoupled architecture: When you need to create loosely coupled systems that can communicate efficiently without requiring direct integration, webhooks are a good choice. This decoupling can make your systems more flexible and scalable.

Here are some specific examples of how webhooks can be used:

• E-commerce: In e-commerce, webhooks can be used to notify customers about order status changes, shipping updates, and product availability. They can also be used to automatically process payments and generate invoices.
• Social media: In social media, webhooks can be used to notify applications about new user interactions, such as profile updates, comments, and likes. They can also be used to trigger automated workflows, such as sending notifications or updating content.
• Payment gateways: In payment gateways, webhooks can be used to notify applications about payment confirmations, transaction failures, and refunds. They can also be used to update order status and send receipts to customers.
• Customer relationship management (CRM): In CRM, webhooks can be used to notify applications about customer interactions, such as email opens, website visits, and purchases. They can also be used to trigger automated workflows, such as sending personalized offers or updating customer profiles.

What is the difference between a hook and a webhook?

Hooks and webhooks are both mechanisms for triggering events in one application based on events in another application. However, there are some key differences between the two.

Hook

Hooks are a general term for any mechanism that allows an application to connect to another application and receive notifications about events. Hooks can be implemented in a variety of ways, using different protocols and technologies.

Webhook

Webhooks are a specific type of hook that uses the HTTP protocol to send notifications between applications. Webhooks are typically used to send real-time notifications, as they can be easily integrated into web applications.

Comparing Hooks and Webhooks

Feature	Hooks	Webhooks
Definition	General term for any mechanism that allows an application to connect to another application and receive notifications about events.	Specific type of hook that uses the HTTP protocol to send notifications between applications.
Protocol	Versatile, can use a variety of protocols, including HTTP, WebSockets, and TCP.	Limited to HTTP, always uses the HTTP protocol.
Performance	Potentially slower, may use less efficient protocols.	Typically faster, due to the HTTP protocol's efficiency.
Real-time	Not always, may involve some delay in notification delivery.	Typically real-time, delivers notifications promptly as events occur.
Flexibility	High, allows for diverse implementation approaches.	Limited, restricted to the HTTP protocol.
Ease of Use	More complex to implement and manage.	Easier to implement and manage due to HTTP's standardization.
Applications	Suitable for scenarios requiring customized event notifications and integrations.	Ideal for applications that need real-time, reliable notification delivery without the complexities of other protocols.

What is difference between API and webhook?

API (Application Programming Interface)

APIs (Application Programming Interfaces) are sets of rules and specifications that define how two pieces of software can communicate with each other. They provide a structured way for applications to exchange data and functionality. APIs are typically used for retrieving or modifying data, or for triggering actions within another application.

Webhook

Webhooks, on the other hand, are a specific type of API that sends notifications to a specified URL whenever a specific event occurs. This means that webhooks are a mechanism for real-time communication between applications. They are often used to trigger automated workflows or update data in real time.

Comparing APIs and Webhooks

Feature	APIs	Webhooks
Purpose	Request and receive data or trigger actions	Send real-time notifications about events
Communication Pattern	Client-initiated	Server-initiated
Data Format	Various, including JSON, XML, and plain text	Typically JSON or XML
Protocol	Various, including HTTP, HTTPS, and SOAP	Typically HTTP or HTTPS
Real-time Updates	Not always real-time	Typically real-time
Flexibility	More flexible for complex data exchange	Less flexible, but simpler to implement
Ease of Implementation	More complex to implement	Easier to implement
Suitability	Suitable for a wide range of use cases, including data retrieval, data manipulation, and triggering actions	Suitable for applications that require real-time notifications about events, such as order placed notifications, new user registrations, and account updates

How can I get a webhook?

To get a webhook

1. Set Up a Server
2. Configure the Provider

Here are the answers to your questions: How can I get a webhook? A webhook is a URL that is registered with an application to receive notifications about specific events. The application that sends the notifications is called the "source application" and the application that receives the notifications is called the "destination application."

How do I create a webhook URL?

To create a webhook URL

1. Choose a Domain
2. Create an Endpoint

Creating a webhook URL involves a two-step process. Firstly, choose a domain where you intend to establish the webhook. This could be your server's domain, or a dedicated domain specifically designated for handling webhooks. Subsequently, create a specific endpoint or route on your server that acts as the API endpoint capable of processing incoming POST requests. This establishes the connection point for receiving data through the webhook.

How do I run webhooks?

To run webhooks

1. Activate the Webhook
2. Monitor Incoming Data
3. Handle Errors and Logging

Effectively running webhooks requires several key steps. Initially, activate the webhook to ensure it is enabled on both the sending and receiving ends of the communication. Following activation, set up your application to monitor and process incoming data from the webhook in real-time. This involves implementing logic to execute predefined actions based on the information received. Additionally, to enhance reliability, implement error handling mechanisms and logging to address any issues that may arise during the webhook process. By diligently following these steps, you can successfully run and manage webhooks within your application or system.

Feature	Ozeki SMS Gateway	Other Solutions
Real-Time Communication	Delivers real-time SMS notifications.	Limited real-time capabilities.
Automation	Automates a wide variety of tasks.	Manual intervention may be required.
User Engagement	Enhances user engagement with real-time updates and notifications.	Standard user engagement features.
Decision-Making Speed	Helps you make faster decisions with real-time data.	Potential delays in data processing.
Cost Savings	Reduces the need for polling and manual intervention, saving money.	Resource-intensive, constant polling methods.
Scalability	Scales to accommodate growing businesses and event volumes.	Handles growing event volume.
System Flexibility	Highly customizable to meet specific business needs.	Customizable to specific needs.
SMS data processing	Provides seamless SMS data processing.	Seamless SMS data processing.
Integration with webhooks	Offers built-in webhook integration, easy to integrate with other applications.	Offers built-in webhook integration.
Ease of Setup	Easy to set up and configure.	Three-step process for webhooks.
Customer Support	Dedicated customer support.	Dedicated support for Ozeki users.

FAQs

How does webhook function in web development?

Webhooks are a type of HTTP endpoint that allows one application to send real-time notifications to another application when specific events occur. When an event happens in the source application, it sends a POST request to the webhook URL of the destination application. The destination application then receives the notification and can take the appropriate action, such as updating a database, sending an email, or triggering another event.

When should I consider using webhooks in my applications?

Webhooks are a great choice for applications that need to be notified of real-time events. They are particularly useful for scenarios where you need to keep multiple applications in sync or when you want to automate certain actions based on events. Webhooks can be used to send notifications about new messages, updates, or changes in status. Can be used to trigger automated workflows in other applications. Can be used to trigger automated builds and deployments of code changes.

What are the fundamental advantages of incorporating webhooks into web development?

Incorporating webhooks into web development brings several fundamental advantages, including real-time communication, automation, improved customer engagement, cost savings, and scalability. Businesses can achieve quicker decision-making and response times, streamline workflows, enhance user experiences.

How can businesses leverage the power of webhooks for SMS integration?

Unlock the potential of webhooks by setting up endpoints, configuring SMS service providers, and processing SMS data in real-time. This integration enhances communication systems with real-time capabilities, automation, and improved efficiency.

Conclusion

In conclusion, the integration of webhooks with Ozeki SMS Gateway presents a powerful solution for businesses, enhancing communication, automation, and overall system efficiency.

Webhooks are a powerful tool that can be used to improve the real-time communication between applications. They provide a way for applications to be notified of events as soon as they occur, without having to constantly poll the source application. This can save resources and improve efficiency.

With a focus on real-time capabilities, automation, and seamless SMS data processing, Ozeki SMS Gateway stands out among other solutions. Businesses can experience improved user engagement, faster decision-making, and significant cost savings through efficient resource utilization. The scalability and flexibility of Ozeki SMS Gateway allow it to handle a growing volume of events while adapting to specific business needs. The integration process is streamlined with a user-friendly three-step setup for webhooks, offering built-in integration and dedicated support.

Choosing Ozeki SMS Gateway ensures a comprehensive communication infrastructure, empowering businesses with enhanced user experiences and effective communication processes.

SMS service providers

The Ozeki SMS Gateway offers connectivity to several on-line SMS service providers. This page lists some of the supported providers. If you click on the name of the provider, you can find detailed step-by-step configuration instruction to setup such a provider. If you are an SMS service provider, and you would like your service to be supported and listed on this page, please contact us!

To connect your system to an HTTP SMS service, you need to sign up to the service on their website, and you need to enter the account details they provide into Ozeki SMS Gateway. A list of supported SMS service providers can be found in our On-line SMS service providers page. You will find step by step instructions for each provider on how to connect to their service.

FAQs

Can I set credit limits for each client / each user?

Yes, Ozeki SMS Gateway allows you to set credit limits for each client or user. This feature helps you manage costs and prevent excessive SMS sending. Here's how:

• Version Requirement: This functionality is available in Ozeki SMS Gateway versions 2.1.0 and later.
• Configuration Location: You can configure credit limits within the individual user/application configuration form.
• Enabling Accounting: To activate credit limit functionality, enable "accounting" for the specific user.
• Setting Limits: Once accounting is enabled, you can define daily, weekly, monthly, and yearly credit limits for each user. This allows for granular control over SMS sending quotas.

Here are some additional points to consider:

• The user configuration form can be accessed through the "Users and Applications / Add user" menu option.
• The specific steps for enabling accounting and setting credit limits might vary slightly depending on the software version you're using. It's recommended to consult the Ozeki SMS Gateway documentation for detailed instructions.

How do you set daily and monthly message throughput limits for SMPP Clients and other users (SQL user, E-mail users, etc.)?

Ozeki SMS Gateway offers credit limit handling to manage user spending. While you can't set both daily and monthly limits simultaneously, you have flexibility in choosing the most suitable timeframe:

• Daily Limits: Ideal for controlling frequent, high-volume SMS sending.
• Monthly Limits: Perfect for establishing a predictable spending cap over a longer period.

Additionally, the system supports:

• Weekly Limits: Manage costs within a workweek cycle.
• Yearly Limits: Set a budget for annual SMS usage.
• All-Time Limit: Define a total credit threshold for a user's lifetime.

Remember: To utilize credit limits, activate "accounting" within the individual user configuration.

This approach provides granular control over SMS sending and helps prevent exceeding your budget.

If you have 1000 SMPP Clients or other users (SQL users, E-mail users) connected, how do you control the various message queues? That is, how many messages to send from each queue in turn? Does your gateway support clustering over multiple servers and how does it occur?

The system uses a round robin approach to ensure fairness when sending messages. Imagine a circular queue where each user takes a turn. In each turn, the system sends one message from each user's outbox, regardless of how many messages they have queued.

This ensures that even if one user has a large number of messages (like 10,000), another user with just a few messages (like 100) won't be stuck waiting for the first user's messages to clear. Everyone gets a chance to send a message in each round, promoting a fair and efficient sharing of sending capacity.

I cannot send more than 6 messages per second, although I have a 10 MPS license. What can be the problem?

Investigating Message Queue Management:

• Outbox Queue Size: Regularly monitor the size of the outbox queue. An ideal range falls between 100 and 2,000 messages. A consistently low queue (0-100 messages) might indicate insufficient messages available for transmission. Conversely, a significantly large queue (over 100,000 messages) suggests the message source is overloading the system.
• Automatic Message Deletion: Consider enabling automatic deletion of old messages within the "Edit/Server Preferences" form. This helps prevent excessive queue buildup and potential performance degradation.

Evaluating System and Network Resources:

• Hardware Resource Utilization: Utilize the Windows Task Manager to identify any processes consuming excessive CPU resources. Disk defragmentation, screen savers, antivirus software, or automatic updates can temporarily hinder performance.
• Network Bandwidth Constraints: Verify that your internet connection offers adequate upload bandwidth (ideally exceeding 256 Kbps). Minimize network congestion by closing bandwidth-intensive applications like video streaming or file sharing software.

Considering External Factors:

• SMS Provider Limitations: In some instances, the SMS service provider's system might have inherent limitations in processing speed compared to yours. Consult your provider regarding optimal window size settings within the "SMPP service provider configuration form." A smaller window size can restrict sending speed by waiting for confirmation responses before transmitting additional messages.

Recommended Actions:

1. Maintain Optimal Outbox Queue Size: Aim for a steady flow of messages by keeping the outbox queue size within the recommended range (100-2,000 messages).
2. Implement Automatic Message Deletion: Configure the software to automatically remove old messages using the "Edit/Server Preferences" form.
3. Minimize Incoming Traffic: If feasible, reduce the volume of incoming messages, such as delivery reports, to streamline the sending process.
4. Optimize Hardware Performance: Identify and close resource-intensive applications through the Windows Task Manager.
5. Upgrade Network Bandwidth (if necessary): Consider upgrading your internet plan to ensure sufficient upload capacity.
6. Consult SMS Provider: Discuss optimal window size settings with your SMS service provider to enhance sending performance.

By systematically addressing these potential causes and implementing the recommended actions, you can effectively troubleshoot slow message transmission issues and ensure optimal performance within Ozeki SMS Gateway.

How to send SMS using the Telekom Slovenije SMS service connection

This guide outlines how to connect to the SMS center (SMSC) of the mobile  operator Telecom Slovenije for efficient bulk SMS sending and receiving. You will learn how to configure the Telecom Slovenije SMSC connection in the Ozeki SMS Gateway. This will enable corporate SMS sending over the Slovenian GSM network.  All SMS sending and receiving is logged, making it traceable. The Ozeki SMS Gateway software is suitable for all large company SMS communication needs.

How to send SMS through the Telekom Slovenije SMSC (Quick steps)

To send SMS through the Telekom Slovenije SMSC service provider:

1. Download and install Ozeki SMS Gateway
2. Add new connection
3. Install the Telekom Slovenije connection
4. Provide the Telekom Slovenije SMS service's username and password
5. Enable logging on the Advanced tab
6. Turn on the connection
7. Start to send new SMS message

How to send SMS through Telekom Slovenije (video tutorial)

In this video, we're going to walk you through the quick steps of setting up Ozeki SMS Gateway to send SMS messages through Telekom Slovenije's SMSC. This is a direct connection to the mobile service provider's SMSC over on Internet (IP SMS). First, we'll download and install Ozeki SMS Gateway, and then we'll dive right into adding a new connection, specifically for Telekom Slovenije. You'll see exactly where to input your Telekom Slovenije SMS service username and password. We'll also show you how to enable logging for easy tracking and troubleshooting. With those settings in place, we'll turn the connection on and you'll be all set to start sending SMS messages. So, if you're ready to set your bulk SMS communication up and connecting to Telekom Slovenije, let's get started!

Open Ozeki SMS Gateway software

Access the Ozeki SMS Gateway configuration interface by clicking the software’s icon. If you have not yet downloaded the Ozeki SMS gateway software, you can do so in the Download menu in the top menu.

Add new connection

Click on the Add new connection link on the left side of the image (Figure 2). This will take you to a page listing possible mobile serveice provider connections for Ozeki SMS gateway, where the Telekom Slovenije SMS service provider connection is also listed.

Install Telecom Slovenije SMS connection

The connection of TeleKom Slovenije is at the top of the IP SMS connections list. Click on the TeleKom Slovenije Client link, which will take you to the SMS service provider connection settings page (Figure 3).

Provide Username and password

When the SMS service provider contract is signed, the mobile operator provides the user data required to access the SMS center. This user name and password must be entered on this tab (Figure 4).

Enable logging

In the next step, enable the Ozeki SMS Gateway logging feature on the Advanced tab(Figure 5). You can choose from several logging options. It is worth choosing the first 3. Select the following options: Log communication events, Log communication at HTTP protocol layer, Log messaging events.

Enable Telecom Slovenije connection

To enable SMS service connection, find the Connection group on the left (Figure 6). You have to enable the Connection switch, which is the second option in the group. Click on it to make it green and can start to send SMS messages to Telekom Slovenije SMS service provider. The “Events” area will display logs and information about the connection status and activities. This area shows real-time updates and logs, such as successful connections, errors, and other relevant events.

Can I connect to multiple SMS service providers simultaneously with the Ozeki SMS gateway?

Yes, with the Ozeki SMS Gateway, you can connect to multiple SMS service providers simultaneously, allowing for increased message throughput, redundancy, and cost-effectiveness. This is achieved through the gateway's support for multiple protocols (e.g., SMPP, HTTP, UCP) and its ability to manage multiple connections to different providers concurrently eg Vodafone, Sunrise, MTN.

Is it possible to send automated corporate SMS messages through the Telekom Slovenije connection?

Yes, it is possible to send automated corporate SMS messages through a Telekom Slovenije connection using Ozeki SMS gateway software. By integrating Telekom Slovenije's SMS service with Ozeki SMS Gateway, you can automate sending corporate SMS messages to your customers, employees, or stakeholders. This setup enables reliable, high-volume message sending for various corporate purposes, such as alerts, notifications, marketing campaigns, or two-factor authentication. Proper setup and agreements with Telekom Slovenije are required.

How to send SMS with Amazon SNS

You can send mobile messages directly to SMS-enabled devices with Amazon SNS (Amazon Simple Notification Service).

What is Amazon SNS (Amazon Simple Notification Service)

Amazon SNS is an application-to-application (A2A) and application-to-person (A2P) messaging system. It provides notifications for subscribers (users and applications).

What kind of notifications can be sent?

1. User notifications to subscribers, which are sent to mobile applications (mobile push notifications), mobile phone numbers (SMS/text messages), e-mail addresses (emails).

2. As well as notifications sent to subscribed applications (Amazon SQS queues, AWS Lambda, HTTPS, Amazon Data Firehose).

How to send SMS through the Amazon SNS (Amazon Simple Notification Service) (Quick steps)

To send SMS through the Amazon SNS:

1. Sign in to the Amazon SNS console.
2. In the Dashboard menu select Users
3. Add user
4. Create group
5. Create policy on Json tab
6. Review policy
7. Specify the name of the policy
8. Add description to the policy
9. Choose Create policy button
10. Refresh the policy list
11. Filter your new policy and select
12. Specify the group name
13. Choose Create group button
14. Click Create user button

How to send SMS through the Amazon SNS (Amazon Simple Notification Service) (Video Guide)

Amazon SNS supports the delivery of SMS notifications to mobile numbers subscribed to topics. The following video shows the simple steps of the Amazon SNS configuration for SMS notification sending.

How to send sms from Clickatell

This page provides information on how to send and receive sms with Clickatell using Ozeki 10 SMS Gateway. Clickatell is an SMS service provider based in Cape Town, South Africa, so it provides SMS service to organizations in Africa. The customer service of Clickatell talks in English, so it is not too complicated to subscribe to their service. If you have installed Ozeki 10 SMS Gateway, it is very easy to configure a connection to the Clickatell SMS service. Use the following instructions to setup this connection in 3 minutes. This guide provides the setup instructions.

How do you send sms from Clickatell (quick steps)

To send sms from Clickatell let's start with these plain, simple tutorial steps:

1. Visit ozeki-sms-gateway.com and Download Ozeki 10 SMS Gateway, then setup the downloaded exe file. Click on the Ozeki 10 icon to open the GUI. To send sms from Clickatell you need to proceed with the configuration in this management console.
2. In the Ozeki management console start the SMS Gateway app. You can achieve this by navigating to the app in the Ozeki Start menu or by clicking on the desktop icon. The SMS Gateway app is needed to send sms from Clickatell.
3. To send sms from Clickatell the only thing left is to setup the Clickatell connection by by clicking on the 'Add new connection...' page.

How does Clickatell SMS work?

Clickatell provides sms messaging service through the Internet. They operate a server computer in a hosting facility that accepts sms from users in the form of HTTP requests. They setup sms connections to other SMS aggregators and to GSM networks and they negotiate good SMS prices. Clickatell makes its income by reselling the text messages at a premium rate. Clickatell provides a secure HTTP SMS API, that lets you to use to their text message service using web requests. When sms are sent to their sms service, a unique web request is created for each message.

Is there any Clickatell alternatives?

If you look around, you will find a lot of alternative SMS services on the Internet. If you install Ozeki SMS Gateway, you can Connect to several SMS services and GSM telephone service provider simultaneously. It is beneficial to use multiple providers, because it gives you the freedom to switch providers if you find better conditions and it allows you to reach mobile network that are only accessible directly. The most popular alternative to using Clickatell is to connect an Android mobile phone to your SMS Gateway PC and send sms directly to the mobile network (Figure). This will let you system operate even if Clickatell fails.

How to handle Clickatell service failure?

Since Ozeki can be setup on multiple computers in your premises, and Ozeki lets you to reroute texts to other SMS aggregators automatically, with the help of Ozeki SMS Gateway, you can build a reliable, fail-safe SMS service. All you have to do is setup multiple SMS service provider connections and configure one of the SMS routing options: to do load balancing, least cost SMS routing or backup routing. All of these SMS routing options will ensure that your SMS messages will be delivered even if a particular SMS service is out of operation.

Detailed instructions to send sms from Clickatell

To send sms from Clickatell:

1. Navigate to ozeki-sms-gateway.com
2. Click on download to download Ozeki 10 SMS Gateway
3. Unzip and setup the downloaded installation package
4. Start the Ozeki dashboard
5. Open 'Add new connection...' in the 'Connections' panel
6. Locate Clickatell connection, hit install
7. Ozeki 10 SMS Gateway will send the sms using this link
8. Type in the Clickatell account details
9. Make sure the settings are fine, if they are not correct, you won't be able to send sms messages
10. To send sms, use the Test tab
11. Type in the recipient, the text and click send
12. Read the event logs to see if your texts were sent

Configuration steps in Ozeki 10 SMS gateway

To configure an Clickatell connection follow the instructions on the screenshots below.

Protect your phone number list

Your customer phone number list is a very valuable asset. You must make sure you take good care of it and you protect it. When you send text messages through Clickatell or any other on-line SMS service provider, your customer phone numbers, and the message texts will be visible to Clickatell. It is a good practice to setup connections to multiple SMS service providers and to distribute your messages among them to make sure no entity has all your data. It is even a better practice to send messages wirelessly directly to the mobile network using an Android mobile phone or GSM modem attached to your computer with a phone-to-pc data cable. Note that this option is only viable if you send less than 10 000 SMS per day. Ozeki 10 SMS Gateway has a version that can be installed on an Android mobile. It is called Android sms gateway. It also offers the same APIs (e.g. C# SMS API), as the desktop version, it allows Office clients to connect, you can create E-mail to SMS configs, and you may even provide an Android SMPP SMS gateway service

How to save the messages sent through Clickatell into a database

You can configure SQL logging for a Clickatell connection. This is very useful, because it will help you keep track of all the SMS messages you have sent or received through the Clickatell connection. This database log, can not only be used to lookup old message in case of disputes, but it can also be used to create weekly or monthly reports. These reports will let you know which user or application in your system sent the messages and what was the pattern of your sms traffic.

Send texts from MSSQL or another database from Clickatell

If you have a Clickatell connection setup, you can easily Send texts from MSSQL or another database server. You can use Microsoft SQL Server, SQL Express, Access, MySQL, SQLAnywhere, PostgreSQL, SAP HANA, Foxpro, MongoDB, SQLite or any other ODBC/SQL compatible SQL database server. This functionality is available through two database tables: ozekimessagein and ozekimessageout.

The ozekimessagein table shall be used to store incoming sms and the other, the ozekimessageout table is used for sending sms. If you want to send an sms, all you have to do is create an SQL table entry using an SQL INSERT command in the ozekimessageout table. Ozeki SMS Gateway will automatically pick up the sms and it will send it to the gsm network. During the delivery procedure it will update the status field and timestamp fields in the database table to inform you when the SMS was sent from your system, when was it received by the mobile user and if an error occurred, why wasn't it delivered.

This solution is great, because no code is needed to match incoming submit reports, delivery reports and status reports to send messages, because Ozeki 10 does this for you automatically. Everything related to the sms is stored in the corresponding SQL record. Another benefit is that most business applications are database driver, so it makes sense to use the database for SMS as well.

How to send sms using C# .Net through Clickatell

Computer driven text messaging solutions work significantly better than human staff. Because of this fact many businesses choose to use automated text messaging services. Ozeki's C# SMS API provides an excellent tool to come up with communication systems based on automated algorithms. This C# api is great because it also allows you to use a gsm modem or an android sms gateway to send and receive sms. By implementing this single API, you can reach many SMS services with a single code base.

How to send sms using text files through Clickatell

Every software developer can create and read text files. Text files provide the simplest interface to send and receive SMS messages. Whether you use SAP or a custom-built business application, you will likely have the option of exporting data in the form of csv, excel or plain txt files. If you have this option, you can send and receive SMS messages using Ozeki 10 SMS Gateway through Clickatell. In this case two directories will be created, one for storing SMS messages to be sent, and another for saving incoming sms messages. Ozeki can be configured to save incoming SMS in the file format you prefer, and it can pick up text files containing SMS messages to be sent. Once a text file is read, SMS messages are created, and they are sent to the mobile network through the Clickatell connection.

Setup email to sms with Clickatell

If you configure Clickatell, you can easily provide an email to sms and sms to email service to your customers. Any email user that can send an email to an e-mail address can send sms. The email address format is phonenumber@email.domain.com. An example e-mail address may look like this: 079591538@domain. The recipient mobile number can also be put into the subject line. In both cases the body of the email is going to be sent as the sms to the specified telephone number.

Final thoughts

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. By following the above directions, you can configure the connection quickly. Now you can use the sms messaging service provided by Clickatell to send and receive text messages, and you can see how easy it is to use Ozeki 10 SMS Gateway to connect to such a service. The HTTP SMS service of Clickatell is not difficult to setup, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Clickatell is that an account can be setup in a few minutes on their website.

With Ozeki 10 SMS gateway you get access to cost control, which is normally not provided by SMS service providers. You can limit the number of messages leaving your system, so you don't have to worry about getting overcharged. To achieve this you can setup SMS credit limits for your customers, employees and SMS applications. To generate monthly or weekly reports, you can use SQL logging and reporting. With the Ozeki SQL logging you can save all your SMS messages into your own SQL database. This gives you the ability to keep an eye on and control your SMS communication, and you will be able to trace back any SMS in case a problem occurs.

How to send SMS using the MTN Developer APIs (MADAPI)

This guide explains how you can access the MTN value added APIs through the MTN developer portal (https://developers.mtn.com/). It shows you how to get a developer Access token, and how to use the MTN SMS API v2 to send SMS messages using Ozeki SMS Gateway.

API URLs

• https://sandbox.api.mtn.com/oauth/client_credential/accesstoken?grant_type=client_credentials
• https://api.mtn.com/v2/messages/sms/outbound

What is MTN SMS Service?

MTN, as a pan-African mobile operator provides SMS services (SMS sending and receiving) for their business partners and mobile telephone users.

What is MADAPI Protocol?

It is a protocol implementation of MTN's online SMS Service.

What is MADAPI API?

The MTN MAD API is a unified API that includes various independent microservices (such as Mobile Money API, SMS and USSD API, Chenosis Marketplace API, etc.) These services are accessed by MTN and partner providers through the MAD API. MAD-APi service connections are provided by Google Apigee through a unified API gateway and provisioning portal.

How does the MADAPI API work?

MADAPI is a platform where MTN's SMS Messaging API allows developers to build SMS messaging into their business applications.

How to register on the Madapi Developer Portal

The following video will guide you through the seamless process of registering on the Madapi Developer Portal, where you can learn about API development possibilities. Discover the power of MTN's APIs that can elevate your applications, enhance communication, and streamline your projects. Follow along as we demonstrate the simplicity and effectiveness of using the MTN SMS API v2 in combination with the Ozeki SMS Gateway to send SMS messages seamlessly.

To begin the process, you need to register at the https://developers.mtn.com/ website, by clicking on the "Register" button at the upper right corner of the page. This registration will enable you to create an app; just follow the straightforward registration steps. Follow these steps to create your account:

By clicking on the "Register" button will bring up a registration page, where it is required to enter some personal details, like name, e-mail address. Make sure to use a valid email address as this will be used for communication and verification purposes. After that, click on the "Next" button. Add your last name, too. Select "Next" button again.

Choose a strong, unique password for your account that combines capital and lowercase letters, numbers, and special characters for safety purposes. When you've created your password, confirm it by entering it in again, then click the "Next" button to move on to the next stage.

To proceed, select your country of residence from the provided options, and once you've made your selection, click on the "Next" button. This will take you to the next stage of the registration process. Read through the terms and conditions, privacy policy, and any other relevant agreements provided by MTN. If you agree to their terms, check the appropriate box to give your consent.

After completing the registration form, an email will be sent to the address you provided. Click on the verification link in that email to confirm your account and activate it. You need to enter an authenticator code that you will receive through your Google Authenticator app. If you do not have yet this application, get it from any digital distribution platform for software called applications, like Google Play or App Store.

Download the Google Authenticator on your Android mobile phone from the Google Play or App Store if you use iOS device.

Now, you need to assign a Google Authenticator account, to be able to authenticate your MTN account. Tap on the "+" or "Add" button within the app to set up a new account. Enter your details, provided in the MTN's verification email. You will have two options to add your MTN account: If MTN provides a QR code, use the Google Authenticator app to scan it. This will automatically set up the account within the app. Or if there is no QR code provided, you can manually enter the account information.

You will need to enter the account name, your MTN account email, and the secret key or authentication code provided by MTN. Choose a name to identify your MTN account within the Google Authenticator app. Enter the email address associated with your MTN account. Paste your secret key, which is a unique code provided by MTN specifically for enabling two-factor authentication (2FA) with Google Authenticator.

Once you've added the account to Google Authenticator, the app will start generating six-digit one-time passwords (OTPs) that change every 30 seconds. Return to the MTN's verification email, where you should find a field to enter the verification code generated by the Google Authenticator app. Enter the current code from the Google Authenticator app into the designated field on the verification email. Click on "Authenticate" button to complete the setup process. By clicking on the "Authenticate" button, the MTN's developer portal will show up. There, you can see a My Profile page, where you can personalize your account and view the previously set up account details.

How to login using Google Authenticator

In order to log into your account, load the https://developers.mtn.com/ page and enter your email address and password to the certain boxes, then click on the "Log In" button at the bottom.

After that, it is required to enter the 2FA authentication code, provided by the Google Authenticator app. Enter the given password, then choose the "Authenticate" button to complete login process.

How to Create an APP

In this short video, you'll discover how to create an app using the MTN SMS API v2, in collaboration with the Ozeki SMS Gateway, enabling you to send SMS messages seamlessly. Follow the step-by-step guide o see the effectiveness and ease of integrating these tools into your projects.

For the first, click on the "Build app" button at the upper right corner of the page. This button will start the app creation process and let you start by looking through the numerous MTN developer platform development options.

You need to enter some essential details connected to the Apps. These details are necessary for setting up and configuring your app within the MTN developer platform. Choose a unique name for your app. This name will be used to identify your application within the developer portal. It is optional to write a brief description of your app's purpose and functionality. After that, click on the "Select countries" button.

After entering the necessary details connected to your app, the next step is to select the country you are coming from and would like to associate your app with. This selection helps MTN customize and optimize the services and APIs available to your app based on the specific region's requirements and regulations.

Now, choose the MTN SMS V2 interface option from the list of products. Click on the "+" button situated in the bottom right corner of the product description. By clicking on it, you will create this SMS interface with callback support.

To initiate the app creation process, find the "Create app" button, then click on it.

If the application has created successfully, you will receive a notification about creation. Afterward, you will be directed to a summary page that provides an overview of your approved apps. On the summary page, you will find some details about the apps. If you have any apps that was not installed successfully, then in that case, you will see the list of apps under the "Revoked Apps" title.

How to add the SMS V2 service to your App

Now, we will explain how to add the SMS V2 service to your App. To add the SMS V2 service to your app, you need to edit the application details in the My apps page, under the Approved Apps tab.

Make changes in application details. Change the name of your app. Modify the description of your app to better reflect its purpose and functionality. Add or modify URLs that users should be redirected. Click on the "Edit" button, to modify the app. After making the changes, ensure accuracy, then click on "Next" button to proceed to the next step.

By completing these steps, click on the tick in the black circle. The SMS V2 service will be successfully added to your app. You can now leverage MTN's SMS capabilities to enhance communication.

How to copy the customer key and Production secret into Ozeki 10

In the upcoming video, we will demonstrate the step-by-step process of copying the customer key and Production secret into Ozeki 10. This procedure enables the seamless integration between the two platforms, allowing you to leverage the features of MTN's APIs and Ozeki 10 to enhance your messaging capabilities and streamline communication with your users.

To begin, log in to your Ozeki SMS Gateway account. If you don't have an account yet, you can download the software from the https://ozeki.hu/ website. Once you have your account ready, proceed to open the Ozeki Gateway on the Ozeki Desktop to access the gateway's management interface and configure your messaging settings. Click on the "Add new connections..." link on the Connections panel or choose the "Connect" icon at the toolbar.

By clicking on it, a list will appear, containing various client options that can be installed. Find the "MTN MADAPI client" that allows you to create outgoing SMS requests using MTN SMS V2 API, then click on the "Install" link.

Installing the MTN MADAPI client, will bring up a page where you have to enter some details to set up the connection. Load the MNP'S Developers Portal and copy the consumer key and secret codes.

Paste these codes into the designated fields at the Ozeki SMS Gateway. Once you have pasted the codes in the appropriate sections, scroll down to the bottom of the page. To save the changes and confirm the integration, click on the "Ok" button. Saving the codes with the "Ok" button will ensure that the Ozeki SMS Gateway is now properly configured to work with MTN's APIs.

How to view that you have received your access token

After saving the details in the Ozeki SMS Gateway control panel, navigate to the "Events" tab. Here, you will find a slider button on the left side of the panel. Switch the slider button to the green position. If the setup was successful, you will receive a notification labelled "Access Token" in the Events panel. This indicates that the integration between MTN's APIs and Ozeki SMS Gateway is now active, and your app can access the necessary authentication token to communicate seamlessly with MTN's services.

How to send a test SMS and how to check the logs

In the upcoming video, we will provide a step-by-step guide of how to send a test SMS using the integrated MTN SMS service through the Ozeki SMS Gateway. We will guide you through the process of composing and sending the test message, ensuring that you can effectively communicate with your intended recipients. Additionally, we will show you how to check the logs within the Ozeki SMS Gateway to monitor the status and delivery details of sent SMS messages.

As the first step, log into your Ozeki SMS Gateway account and load the Ozeki Home page. Select the MNT_MADAPI_client connection. Open the "Test" tab at the MNT_MADAPI_client details. There, you can create an SMS message. To creation, provide the recipient's phone number into the certain filed, then enter the text message into the SMS field.

After entering these data, click on the "Send" button.

Upon opening the Event tab in the Ozeki SMS Gateway, you will be able to view the status of the message that was sent. If the message was sent successfully, you will receive a notification labelled "Successfully initialized." This notification confirms that the SMS was delivered to the recipient without any issues.

Summary

The guide provides step-by-step instructions on how to use the MTN Developer APIs (MADAPI) in connection with the Ozeki SMS Gateway to send SMS messages seamlessly. By following the guide, developers can access the MTN value added APIs through the MTN developer portal, obtain a developer Access token and utilize the MTN SMS API v2 to send SMS messages. Overall, the combination of MTN Developer APIs and Ozeki SMS Gateway offers developers a useful and reliable solution for integrating SMS messaging into their applications, enabling efficient communication and enhancing user experience.

How to setup the Sunrise Switzerland SMS connection

This guide presents the steps you need to take to setup an IP SMS connection to the Sunrise mobile network operator in Switzerland. Please note, that you must obtain a username and password from Sunrise in order to use this connection. You will also have to open a port on your firewall if you want to receive delivery reports and incoming SMS messages.

How to send SMS through the Sunrise Switzerland (Quick steps)

To send SMS through the Sunrise Switzerland SMS service provider:

1. Download and install Ozeki SMS Gateway
2. Add new connection
3. Install the Sunrise connection
4. Configure Sunrise username and password
5. Turn on the connection
6. Send new message
7. Open firewall settings
8. In the Advanced settings create New Rule...
9. Select the Port type of rule
10. Specify local ports
11. Allow the connection
12. Specify the rule name

How to send sms through the Sunrise Switzerland SMS connection to SMSC (video tutorial)

In this video tutorial we show you how to configure the Sunrise Switzerland SMS connection in Ozeki SMS Gateway and send out a test message. Finally, you can learn about how to open a port on your firewall in case you want to receive delivery reports and incoming SMS messages. We created this sms connection guide with absolute beginners in mind and made sure that it’s full of actionable advice that you can start implementing right away.

You can download the latest version of the SMS gateway from the following URL: https://inside.ozeki.hu/p_727-download-sms-gateway.html

You need to install software and follow general installation steps.

Firstly, add new service provider connection by clicking on the left-hand sided Connections panel's "Add new connection" link.

When you open the "Add new connection" link, the "Add a connection" list will appear on the right side of the GUI. Look for IP SMS connections install list and select the SMPP client install item to use the SMS Sunrise protocol.

Click on the SMS Sunrise Install link which will bring up to you a configuration page where you need to enter some necessary pieces of information. Add a unique username and a password to set up the connection.

When you are ready with typing information, click on the "Ok" button. Switch the slider button, that can be found at the left side of the panel, to green, in order to set up the connection. If it successful you can see the Events details in order.

Find the "New" icon from the Ozeki toolbar, click on it.
Type the Address of text message then type your message into the certain boxes. By clicking on the "Ok" button, you will see the message delivery history of your messages that has been sent.

At your PC's start menu, you have to search for the "Windows Defender Firewall".

Choose the "Advanced Settings" at the left side of the control panel.

Choose the "Inbound Rules" option from the control panel, then select the "New Rule" option that can be found at the upper right side of the page.

By clicking on the "New Rule" link, a Rule Wizard window will appear, where you have to choose the "Port" option that controls connections for a TCP or UDP port.

Click on the "Next" button, then at the "Specific local ports" enter the 2500-2501 portal code.

Choose the "Allow the connection" option then click on "Next" button.

Allow all the given options to apply this rule by clicking on the "Next" button.

Now, you need to define rule name. Type the "Sunrise" name to the box. Then click on "Finish" button at the bottom.

As a result, you can see now the inbound rule that has been created.

Vodafone SMS service connection

In this guide we will walk you through the most important steps when it comes to setting up Vodafone SMS service connection within Ozeki SMS Gateway. Using Vodafone's HTTP SMS interface for sending and receiving messages offers efficiency and reliability. It also provides cost-effective communication solutions while ensuring accessibility from anywhere with internet access.

How to set up Vodafone SMS service connection (Quick steps)

1. Login to your Ozeki SMS Gateway account
2. Add new connection
3. Choose the 'Vodafone Hungary client'
4. Go to the 'General' tab
5. Enter username, password and API URL
6. Turn on the connection
7. Go to 'Events' tab
8. See that the connection established
9. Navigate to the 'Test' tab and then go to the 'General'
10. Enter recipient's phone number
11. Type in test message
12. Click on 'Send' to deliver message

Setting up Vodafone SMS service connection (Step by step guide)

To start the process, access your Ozeki SMS Gateway account. If you do not have an account yet, create one, by downloading the Ozeki SMS Gateway software from the website. After entering, you have to add a new connection. Do this by navigating to the 'Add new connection' sign on the left side of the page. You will see that you have a wide variety of options to choose from when it comes to adding a new connection. Choose the 'Vodafone Hungary client'. Click on the 'Install' sign next to it to start the installation (Figure 1). By setting up Vodafone SMS service connection you can send and receive SMS messages using Vodafone HTTP SMS interface.

After successful installation the next step is configuring Vodafone connection (Figure 2). Go to the 'General' tab where you have to give your username and password provided by Vodafone. You will also be asked to enter the API URL that is also provided by Vodafone. After filling out the configuration form you can move along.

The next thing you need to do is establishing connection. Choose out the connection that you have previously named when you were configuring Vodafone connection. You will be required to turn on the connection. Do this by switching on the connection. It will turn green, if you did it correctly. At the 'Events' tab you can view your connection history. After turning on the connection, you will see a 'Successfully connected...' sign stating that the connection has been established (Figure 3).

The last step is sending a test message. Navigate to the 'Test' tab and then to the 'General'. You will be asked to enter the recipient's phone number. Pay attention to entering it in the correct form. Fill out the SMS box by entering the desired text you would like to send. Click on 'Send' to deliver the message (Figure 4).

Summary

Choosing the right SMS service connection like Vodafone ensures reliable, efficient, and cost-effective communication. Setting up Vodafone SMS connection within Ozeki SMS Gateway Picking Vodafone for SMS means fast, dependable communication. It will use the Vodafone's HTTP SMS interface for sending and receiving messages. It works well with other apps, so your texting becomes more and more efficient.

How to send sms from Clicksend

This guide shows information on how to send texts with Clicksend using Ozeki 10 SMS Gateway. Clicksend is an SMS service provider company based in London, United Kingdom, so it offers SMS service to companies in United Kingdom. If you use Ozeki 10 SMS Gateway, it is easy to setup a connection to the Clicksend SMS service. The following instructions can be used to set this connection up in 6 minutes. This tutorial provides a sample configuration. Let's start now!

What is Clicksend?

ClickSend is an SMS provider that lets businesses send, receive, and track SMS text messages worldwide. You can send transactional or marketing memos to customers or employees. This product is cloud-based, so it's easy for businesses to integrate it with thousands of apps. It's also compatible with most network providers out there. ClickSend lets users send SMS messages via online SMS gateway applications from a user dashboard. Alternatively, you can also send SMS messages using a designed API.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful on-premise SMS gateway software, that can be used to create SMS services. It has a built in very high performance SMPP server and SMPP client protocol implementation. The system can delivery up to 1000 SMS messages per second, which makes it an ideal choice for SMS service providers. Ozeki SMS Gateway also offers UCP SMS protocol, CIMD2 protocol implementations and the best HTTP SMS API. Ozeki SMS Gateway is also a great choice if you wish to provide SMS notification or SMS content services to customers and developers.

How to send sms from Clicksend?

To send sms from Clicksend let's start with these easy-to-follow tutorial steps (Figure 1):

1. Visit ozeki-sms-gateway.com and Download Ozeki 10 SMS Gateway, then install the downloaded installation package. Click on the Ozeki 10 icon to open the graphical user interface. To send sms from Clicksend you can proceed with the setup steps in this dashboard.
2. The next step is to start the SMS Gateway app. This can be achieved by clicking on the desktop icon or by navigating to the app in the Ozeki Start menu. The SMS Gateway app is needed to send sms from Clicksend.
3. To send your first text messages from Clicksend the only thing left is to install the Clicksend connection by navigating to the 'Add new connection...' link.

How does Clicksend SMS work?

Clicksend is an SMS service provider and their sms messaging service works the same way as the service of other SMS service providers. They connect their server other SMS aggregators and to mobile networks and they negotiate low prices. Clicksend creates income by offering the sms for more. Clicksend offers an an HTTP SMS API, that lets you to use to their text message service using web requests. Every text is a single web request. Web requests are HTTP requests or REST api requests.

Detailed instructions to send sms from Clicksend

To send sms from Clicksend:

1. Go to ozeki-sms-gateway.com
2. Download Ozeki 10 SMS Gateway
3. Decompress the downloaded zip file
4. Setup the downloaded installation package
5. Open the Ozeki dashboard
6. Click on 'Add new connection...' in the 'Connections' panel
7. Find Clicksend connection, click install
8. Ozeki 10 SMS Gateway will send the sms through this connection
9. Type in the Clicksend account details
10. Make sure the details are correct, if they are not correct, you won't be able to send texts
11. To send your first sms, use the Test tab
12. Enter the recipient, the text and click send
13. Read the log file to see if your sms was sent

Protect your phone number list

Your customer phone number list is a very valuable asset. You must make sure you take good care of it and you protect it. When you send text messages through Clicksend or any other on-line SMS service provider, your customer phone numbers and the message texts will be visible to Clicksend. It is a good practice to setup connections to multiple SMS service providers and to distribute your messages among them to make sure no entity has all your data. It is even a better practice to send messages wirelessly directly to the mobile network using an Android mobile phone or GSM modem attached to your computer with a phone-to-pc data cable. Note that this option is only viable if you send less than 10 000 SMS per day. Ozeki 10 SMS Gateway has a version that can be installed on an Android mobile. It is called Android sms gateway. It also offers the same APIs (e.g. C# SMS API), as the desktop version, it allows Office clients to connect, you can create E-mail to SMS configs, and you may even provide an Android SMPP SMS gateway service

How to save the messages sent through Clicksend into a database (Figure 2)

You can configure SQL logging for a Clicksend connection. This is very useful, because it will help you keep track of all the SMS messages you have sent or received through the Clicksend connection. This database log, can not only be used to lookup old message in case of disputes, but it can also be used to create weekly or monthly reports. These reports will let you know which user or application in your system sent the messages and what was the pattern of your sms traffic.

How to send sms messages from a database

If you have a Telnyx connection setup, you can easily send and receive texts from MSSQL or another database server. You can use Microsoft SQL Server, SQL Express, MySQL, SQLAnywhere, Informix, SAP HANA, MariaDB, Foxpro, MongoDB or any OleDB compatible SQL database server. The procedure is easy: you have to create two database tables: ozekimessageout and ozekimessagein.

The ozekimessageout table is used for sending sms and the other, the ozekimessagein table is used to store incoming sms. To send a text, all you have to do is create an SQL record using an SQL INSERT command in the ozekimessageout table. Ozeki 10 SMS Gateway will automatically read the sms and it will deliver it to the recipient. During the delivery procedure it will update the status field in the database to let you know when the SMS was sent from your system, when was it received by the destination mobile and if an error occurred, why wasn't it delivered.

This solution is beneficial, because sms messages stored in the database can be easily linked to users, customers and other business data. Another benefit is that it allows you to use custom queries and take advantage of SQL triggers and stored procedures.

Send sms using C# .Net through Clicksend (Figure 3)

Computer driven text messaging systems give much better reliability than human staff. Due to this fact, most companies choose to build automated sms solutions. Ozeki's C# SMS API provides an excellent tool to create communication solutions based on automated algorithms. This C# api is great because inbound SMS messages, delivery events will be presented in the forms of events, errors are handled properly, and you get an excellent simulator to test your C#.Net code. By implementing this single API, you can reach many SMS services or GSM network operators with a single code base.

How to send sms using text files through Clicksend

Every software developer can create and read text files. Text files provide the simplest interface to send and receive SMS messages. Whether you use SAP or a custom-built business application, you will likely have the option of exporting data in the form of csv, excel or plain txt files. If you have this option, you can send and receive SMS messages using Ozeki 10 SMS Gateway through Clicksend. In this case two directories will be created, one for storing SMS messages to be sent, and another for saving incoming sms messages. Ozeki can be configured to save incoming SMS in the file format you prefer, and it can pick up text files containing SMS messages to be sent. Once a text file is read, SMS messages are created, and they are sent to the mobile network through the Clicksend connection.

Email to sms through Clicksend

If you configure Clicksend, you can easily provide an email to sms and sms to email service to customers and applications. Any email user that can send an email to a formatted e-mail address can send sms messages. The email address must be formatted as phonenumber@yourdomain.com. An e-mail address would look like this: 079206759@domain. The telephone number can also be put into the subject line. In either case the email text is going to be sent as the sms to the specified phone number.

Is there any Clicksend alternative?

There are many alternative SMS service providers online. If you use Ozeki SMS Gateway, you can connect to many SMS service providers and mobile networks simultaneously. It is good to use multiple providers, because it allows you create backup routes, and it lets you take advantage of services specific to local networks. The most popular alternative to using Clicksend is to connect an Android mobile phone to your SMS Gateway PC and send text messages directly to the mobile network (Figure 4). This will let your system operate even if Clicksend fails.

How to prepare for Clicksend service failure?

To build a reliable text message service you must avoid a single point of failure. Since Ozeki can be installed on multiple computers in your office, and Ozeki allows you to reroute texts to other SMS service providers or GSM network operators automatically, with the help of Ozeki SMS Gateway, you can build a reliable, fail-safe SMS service. All you have to do is setup multiple SMS service provider connections and configure one of the SMS routing options: to do load balancing, least cost SMS routing or backup routing. All of these SMS routing options will ensure that your SMS messages will be delivered even if a particular SMS service is out of operation.

To sum it up

We hope you didn’t get lost in the explanations. If you have followed the directions closely, you should be able to send and receive text messages using the text message service provided by Clicksend without any issues, provided you have setup the connection properly in Ozeki 10 SMS Gateway. The HTTP SMS service of Clicksend is not difficult to setup, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Clicksend is that an account can be setup in a few minutes on their website.

One of the biggest advantages to setting up Ozeki is that it allows you to connect to multiple sms service providers simultaneously. This gives you provider independence, and the ability to go truly international. This could be a good time to connect to another SMS service provider. Creating connections to multiple SMS providers greatly increases the operational reliability of your system. Multiple service provider connections offer fault tolerance, give you the ability to do least cost routing and give you a peace of mind, that you can always switch providers in a matter of seconds in case some unexpected happens.

Add new HTTP REST API client

The first step in implementing this solution, is to add a new HTTP REST API client. Start by opening Ozeki SMS Gateway. Click on add new connection inside the menu on the left (Figure 5). Find HTTP REST client and click Install next to it. This will forward you to a configuration screen for the client.

Configure ClickSend URL

Now you need to insert the URL of your SMS Service, Clicksend. Copy and paste https://rest.clicksend.com/v3/sms/send into the textbox under URL of SMS Service (Figure 6).

Specify POST data

Next you must specify the POST Data (Figure 7). Do this by switching over to the Advanced tab on the top and opening the Custom POST data menu. Copy and paste the following piece of code into the textbox below Custom POST data.

Authentication information location in ClickSend site

In Figure 8 you can find the location of the authentication information on the ClickSend website. First open ClickSend dashboard in your browser. In the left side menu, open Developers, then click on API Credentials. Here you will find your username and API key.

Provide HTTP Authentication

First, switch back to Ozeki SMS Gateway. In the Advanced tab, you must also provide HTTP authentication (Figure 9). Open HTTP Authentication. Here you will be asked to provide your login credentials. Enter your username into the first textbox, then your password in the second textbox. Scroll down and click OK to set up the client.

Send test message

After successfully setting up your client, you are able to send a test message. Click on the Test tab of your client (Figure 10). Type in the recipient's phone number into the textbox next to "To:". Type the message into the textbox below SMS. Click on the blue Send button to send the test message.

Message sent successfully

If you switch over to the Events tab, you can see that the message has been sent successfully (Figure 11).

Summary

Congratulations on completing this tutorial! You can now send sms from ClickSend using Ozeki SMS Gateway. To learn more about Ozeki SMS Gateway and our range of products, check out our various other guides as well.

How to send sms from Infobip

This page presents information on how to send and receive text messages through Infobip using Ozeki 10 SMS Gateway. Infobip is an SMS service provider company based in London, so it offers SMS service to customers in United Kingdom. The customer service of Infobip talks in English, so signing up to their service can be done without much difficulty. If you use Ozeki SMS Gateway, it is very easy to use the SMS service provided by Infobip. Follow the instructions below to set this connection up in 10 minutes. This guide provides an example configuration. We hope you will find the presented instructions beneficial.

How can you send sms from Infobip?

To send sms from Infobip complete the following simple to use steps:

1. Install Ozeki SMS Gateway, then navigate to the red Ozeki 10 icon on your Windows desktop. This will open the Ozeki user interface. To send sms from Infobip you need to continue with the setup steps on this page.
2. In the Ozeki desktop launch the SMS Gateway application. This can be achieved by navigating to the app in the Ozeki Start menu or by clicking on the desktop icon. The SMS Gateway app is used to send sms from Infobip.
3. To send your first sms from Infobip all you have to do is to setup the Infobip connection by clicking on the 'Add new connection...' link.

How does Infobip SMS work?

Infobip provides text message service over the Internet. They operate a server computer in a hosting facility that receives sms from clients in the form of HTTPS requests. They use SMS protocols, such as SMPP client connections, UCP/EMI protocol connections and HTTP SMS or REST SMS connections to connect their server to other SMS aggregators and to GSM networks. They make income by selling the text messages at a premium rate. can be accessed through an HTTP SMS API. Ozeki SMS gateway sends the text messages through this HTTP API. When texts are sent to their sms service, a unique web request is created for each message.

Detailed instructions to send sms from Infobip

To send sms from Infobip:

1. Start the Ozeki management console
2. Find the panel named 'Connections'
3. Open 'Add new connection...' in the 'Connections' panel
4. Scroll down to Infobip connection
5. To send sms from Infobip you should install this connection
6. Provide the Infobip account details
7. Make sure the settings are fine, they must be right to send text messages
8. To send your first texts, use the Test tab
9. Type in the recipient, the text and click send
10. Check the events tab to see if your sms was sent

Setup email to sms with Infobip

If you setup Infobip, you can easily provide an email to sms and sms to email functionality to your customers. Any email user that can send an email to an e-mail address can send sms. The email address format is phonenumber@hostname. An e-mail address may look like this: 079765520@hostname. It is also possible to put the mobile number into the email subject line. In both cases the body of the email will be forwarded as the text message to the specified mobile number.

How to send sms from a database using Infobip

With Ozeki 10 it is quite easy to send and receive sms from an SQL database. You can use Microsoft SQL Server, Access, Oracle, SQLAnywhere, SAP HANA, Foxpro, MongoDB, SQLite or any ODBC compatible database server. This functionality is available through two database tables: ozekimessagein and ozekimessageout.

The ozekimessagein table shall be used to store incoming sms and the other, the ozekimessageout table is used for sending sms. If you want to send a text message, all you have to do is create an SQL record using an SQL INSERT command in the ozekimessageout table. Ozeki 10 SMS Gateway will automatically SELECT the sms and it will deliver it to the mobile network. During the delivery procedure it will update the status field and timestamp fields in the database to inform you when the SMS was sent from your system, when was it received by the destination handset and if an error occurred, why wasn't it delivered.

This solution is great, because no code is needed to match incoming submit reports, delivery reports and status reports to send messages, because Ozeki does this for you automatically. Everything related to the sms is stored in the corresponding SQL record. Another benefit is that it is very convenient because all of the messages are stored in a system that was designed for easy lookups, queries and reports.

Send texts using the C# .Net API through Infobip

Automatic sms services give better reliability than humans. Because of this fact many companies prefer to create automated text messaging systems. Ozeki's C# SMS API provides an excellent tool to achieve this goal. This C# api is great because it also allows you to use an android sms gateway to send and receive sms By implementing this single application programming interface, you can reach many SMS service providers with a single code base.

Can I find any Infobip alternatives?

There are quite a few alternative SMS service providers on the net. If you use Ozeki SMS Gateway, you can connect to several SMS carriers and mobile networks at the same time. It is good to use multiple providers, because it gives you the freedom to switch providers if you find better conditions and it allows you to reach mobile network that are only accessible directly. The most popular alternative to using Infobip is to connect an Android mobile phone to your SMS Gateway PC and send sms directly to the mobile network (Figure 1).

Conclusion

Now, you can pause and catch your breath. We did our very best to make it simple and to walk you through all the details as painlessly as possible. To sum it up we can state, that to setup a connection to Infobip is pretty easy. The HTTP SMS service of Infobip is not difficult to setup, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Infobip is that an account can be setup in a few minutes on their website.

One of the biggest advantages to installing Ozeki is that it allows you to connect to multiple sms service providers simultaneously. This gives you provider independence, and the ability to go truly international. This could be a good time to connect to another SMS service provider. Creating connections to multiple SMS providers greatly increases the operational reliability of your system. Multiple service provider connections offer fault tolerance, give you the ability to do least cost routing and give you a peace of mind, that you can always switch providers in a matter of seconds in case some unexpected happens.

How to send your first SMS message form Infobip using Ozeki SMS Gateway

MessageBird SMS service provider

How to create a MessageBird account

In order to use the MessageBird service you need to create an account. In this section we guide you how to do it.

On the main page please select the 'Sign up' button.

Figure 1 - Clicking 'Sign up'

Then provide the login details and click 'Sign up with email' button.

Figure 2 - Provide account details

Check your email and activate your account.

Figure 3 - Successful registration

After the login select the "Dashboard solutions" interface.

Figure 4 - Select Dashboard solutions

And select SMS product.

Figure 5 - Choose SMS

Send verification code to your phone number.

Figure 6 - Send verification code

After the verification, you're all set up.

Figure 7 - Successful Log in

How to setup Ozeki 10 and MessageBird for outbound SMS messages

This chapter provides you detailed information on how to configure MessageBird connection for SMS sending in the Ozeki 10 SMS Gateway software.

At first, please Log in to Ozeki 10 with your username and password.

Figure 8 - Login to Ozeki 10

Click on 'Add new connection' on the left.

Figure 9 - Add new connection

Select the 'MessageBird' Connection and click on install next to it.

Figure 10 - Install MessageBird

Provide your API key and telephone number on the Install connection page.

Figure 11 - Provide API key

You can find your API key in the MessageBird Dashboard.

Figure 12 - MessageBird API key

After it you can send a test message.

Figure 13 - Send test message

If everything fine the message successfully sent.

Figure 14 - Message successfully sent

How to setup Ozeki 10 and MessageBird for incoming SMS and delivery reports

Before you can receive incoming delivery reports and inbound SMS, you need to forward ports in order to route the external traffic to your network.

1. Open a Web browser and type your Default Gateway number into the address bar then press Enter.

2. Enter your username and password to access the interface of your router. The default username and password should be listed in the documentation of your router or on a sticker on the side of your router. If the default username and password have been changed and you do not remember them, you will need to reset your router.

3. To forward ports on your router, look for a tab or menu named 'Port Forwarding/Port Triggering' or something similar.

4. No matter what type of router or interface you have, you will need to enter the same basic information. Enter the port you want to open under External (Port 1) and Internal (Port 2) or enter a range of ports to open under Start and End.
In this case Ozeki 10 uses port 9505 by default so you may also provide that in the 'Internal' section.

5. Select the Protocol (TCP, UDP, or both).

6. Enter the Private IP address of your PC where your Ozeki 10 installed.

7. Be sure you saved the changes.

Figure 15 - Port Forwarding

After having the changes saved, please specify the callback URL on the Advanced tab's Receive section.

Figure 16 - Receive message

In order to receive messages from MessageBird you need to change the webserver protocol to HTTP.

Select Edit and Preferences.

Figure 17 - Preferences

Under the Webserver configuration choose http protocol and click on the OK button.

Figure 18 - Webserver config

To apply the changes please restart the Ozeki 10 service

Right-click on your Start button and select Run.

Figure 19 - Run

Type services.msc in the Run box.

Figure 20 - services.msc

To restart the Ozeki 10 service, select it in the service list and click Restart service.

Figure 21 - Restart Ozeki 10

After the service restart you are able to receive messages form the MessageBird. Now we will demonstrate how you can buy MessageBird number and configure MessageBird to receive SMS messages.

Select the Numbers menu and click on the Buy a number button.

Figure 22 - Buy a number

In the pop-up menu choose your country, select the SMS capability and select a number from the list.

Figure 23 - Select a number

After the purchase you can see your number int he All Numbers list.

Figure 24 - Number purchased

Now select the Flow Builder and click on the Create new Flow.

Figure 25 - Create new Flow

Choose Create Custom Flow

Figure 26 - Custom Flow

In the Set up new Flow menu specify the Flow name and the SMS trigger.

Figure 27 - Setup new flow

Then select your phone number and drag the HTTP Request under the SMS.

Figure 28 - Add HTTP Request

In the HTTP Request select the POST Method and paste the URL from the Ozeki 10. Finally click on the Save and Publish.

Figure 29 - Set up HTTP Request

You can find the URL on the Advanced tab's Receive section.

Figure 30 - Callback URL

After the Publish you can see the new Flow in the Flow builder.

Figure 31 - Flow created

Send a Test Message to this number and you will see the message received in Ozeki 10.

Figure 32 - Test message received

Send texts using the C# SMS API through MessageBird

Automatic sms services run significantly better than human personal. Because of this fact most organizations choose to build automated sms solutions. Ozeki's C# SMS API offers an outstanding tool to achieve this goal. This C# api is great because it can also send texts through high performance sms protocols, such as SMPP,UCP or CIMD2. These protocols are used by mobile network operators to exchange sms between each other. By implementing this single API, you can reach many SMS services or GSM telephone networks with a single code base.

How to send text messages from an SQL database server through MessageBird

If you wish to Send sms from a database server, you can use the database connection offered by your SMS Gateway. To send and receive sms, Microsoft SQL Server, SQL Express, Access, MySQL, PostgreSQL, MongoDB or any other ODBC/SQL compliant SQL database server can be used. The procedure is easy: you need to create two database tables: ozekimessagein and ozekimessageout.

The ozekimessageout table is going to be used for sending sms and the other, the ozekimessagein table shall be used to store incoming sms. To send a text, all you have to do is use an SQL INSERT command to create an SQL entry in the ozekimessageout table. Ozeki 10 will automatically SELECT the sms and it will deliver it to the recipient. During the delivery procedure it will update the status field and timestamp fields in the database to inform you when the SMS was sent from your system, when was it received by the mobile user and if an error occurred, why wasn't it delivered.

This solution is useful, because it allows you to use custom queries and take advantage of SQL triggers and stored procedures. Another benefit is that most business applications are database driver, so it makes sense to use the database for SMS as well.

Send email to sms from MessageBird

If you setup MessageBird, you can provide an email to sms and sms to email service to office users. Any email client that can send an email to a specially formatted e-mail address will be able to send sms. The email address format is phonenumber@hostname. An e-mail address could look like this: 079763000@email.domain.com. It is also possible to put the mobile number into the email subject. In both cases the email body will be forwarded as the sms to the specified phone number.

Nexmo SMS service provider

The Nexmo SMS service provider allows you to send and receive text and binary SMS messages. You may purchase phone numbers for different countries. Their API is HTTP/HTTPS based. For incoming delivery reports and incoming messages, you will need to open a port in your firewall. Ozeki provides the implementation of their API.

How to create a Nexmo account

To use the Nexmo service first of all you need to create a Nexmo account. In the below section we guide you how to do it.

On the main page of Nexmo please click on the 'Sign up' button (Figure 1).

Figure 1 - Clicking 'Sign up'

Then you need to provide your account details (Figure 2).

Figure 2 - Providing account details

If you are finished, then click on 'Sign Up' and wait until Nexmo sends the verification code to your phone (Figure 3).

Figure 3 - Phone number verification

Now check your mailbox and verify your E-mail address (Figure 4).

Figure 4 - E-mail verification

Finally, Login to your new Nexmo account (Figure 5).

Figure 5 - Logging in

If everything is fine you will see the 'Getting started' page (Figure 6).

Figure 6 - Getting started page

How to setup Ozeki 10 and Nexmo for outbound SMS messages

This chapter provides you detailed information on how to install and configure Nexmo Connection for SMS sending in the Ozeki 10 SMS Gateway software.

At first, please Log in to Ozeki 10 with your username and password (Figure 7).

Figure 7 - Logging in to Ozeki 10

Then open the 'SMS Gateway' App (Figure 8).

Figure 8 - Opening the SMS Gateway App

Click on 'Add new connection' on the left (Figure 9).

Figure 9 - Creating a new connection

Select the 'Nexmo Connection' from the list and click on install next to it (Figure 10).

Figure 10 - Installing the Nexmo connection

Provide your Nexmo API credentials and specify telephone number on the Install connection page (Figure 11).

Figure 11 - Providing Nexmo credentials

Now it is time to send a test message (see Figure 12).

Figure 12 - Sending a test message

How to setup Ozeki 10 and Nexmo for incoming delivery reports

Before you can receive incoming delivery reports and inbound SMS, you need to forward ports in order to route the external traffic to your network (Figure 13).

1. Open a Web browser and type your Default Gateway number into the address bar then press Enter.

2. Enter your username and password to access the interface of your router. The default username and password should be listed in the documentation of your router or on a sticker on the side of your router. If the default username and password have been changed and you do not remember them, you will need to reset your router.

3. To forward ports on your router, look for a tab or menu named 'Port Forwarding/Port Triggering' or something similar.

4. No matter what type of router or interface you have, you will need to enter the same basic information. Enter the port you want to open under External (Port 1) and Internal (Port 2), or enter a range of ports to open under Start and End.
In this case Ozeki 10 uses port 9505 by default so you may also provide that in the 'Internal' section.

5. Select the Protocol (TCP, UDP, or both).

6. Enter the Private IP address of your PC where your Ozeki 10 installed.

7. Be sure you saved the changes.

Figure 13 - Port Forwarding

After having the changes saved, please copy the callback URL of the Nexmo connection which you will find on the left (Figure 14).

Figure 14 - Copying the callback URL

Now we will enter the above in the Nexmo settings (Figure 15).

Figure 15 - Nexmo Settings

Enter your Public IP and the port you forwarded to the Ozeki 10 PC then save them (Figure 16).

Figure 16 - Nexmo Settings

We are ready to send a Test Message as seen in Figure 17.

Figure 17 - Sending a test SMS

If you have forwarded the port properly you will see the delivery report received (Figure 18).

Figure 18 - Delivery report received

How to buy a Nexmo SMS number

In the below section we will demonstrate how to buy Nexmo number to receive SMS messages.

Please navigate to the 'Buy numbers' menu, select a number and click on the buy button next to it (Figure 19).

Figure 19 - Selecting a number

After having the number selected, you need to confirm the purchase (Figure 20).

Figure 20 - Confirming the purchase

In the 'Your numbers' menu you can see your own Nexmo phone numbers (Figure 21).

Figure 21 - Viewing your numbers

How to setup Ozeki 10 and Nexmo for incoming SMS messages

After you have purchased a Nexmo number you can set it up to forward the messages to the Ozeki 10 machine.

In the 'Your Numbers' menu click 'Manage' to edit the number you would like to receive SMS messages to (Figure 22).

Figure 22 - Editing your number

Copy the callback URL from the Nexmo connection (Figure 23).

Figure 23 - Copying the callback URL

Enter your Public IP and the port you forwarded to the Ozeki 10 PC then click 'Update' (Figure 24).

Figure 24 - Providing webhook URL

Send a Test Message to this number and you will see the message received in Ozeki 10 (Figure 25).

Figure 25 - Test message received

Send sms from an SQL database server with Nexmo

With Ozeki 10 it is pretty easy To send and receive sms messages from an SQL database server. To send and receive sms, Microsoft SQL Server, SQL Express, MySQL, MariaDB, Foxpro or any other ODBC/OleDB compatible SQL database can be used. The procedure is simple: you need to create two database tables: ozekimessagein and ozekimessageout.

The ozekimessagein table shall be used to store incoming sms and the other, the ozekimessageout table shall be used for sending sms. If you want to send an sms, all you have to do is use an SQL INSERT command to create an SQL record in the ozekimessageout table. Ozeki 10 SMS Gateway will automatically SELECT the text message and it will send it to the recipient. During the delivery procedure it will update the status field and timestamp fields in the database table to inform you when the SMS was sent from your system, when was it received by the destination mobile phone and if an error occurred, why wasn't it delivered. (Figure 26)

This solution is useful, because most business applications are database driver, so it makes sense to use the database for SMS as well. Another benefit is that it is very convenient because all of the messages are stored in a system that was designed for easy lookups, queries and reports.

How to send sms from the C# API through Nexmo

Automated sms solutions are significantly better than humans. Because of this fact most companies choose to use automated text messaging systems. Ozeki's C# SMS API offers an outstanding tool to achieve this goal. This C# api is great because it can also send sms through high performance sms protocols, such as SMPP,UCP or CIMD2. These protocols are used by GSM service providers to exchange sms between each other. By implementing this single API, you can reach many SMS carriers or mobile phone networks with a single code base. (Figure 27)

Setup email to sms using Nexmo

If you setup Nexmo, you can easily provide an email to sms and sms to email service to your customers and applications. Any email user that can send an email to a specially formatted e-mail address will be able to send sms. The email address must be formatted as phonenumber@hostname. An e-mail address would look like this: 079240311@hostname. The recipient telephone number can also be put into the subject line. In either case the email body will be sent as the sms to the specified mobile number.

How to send sms from Sinch

This guide shows information on how to send and receive sms messages with Sinch using Ozeki 10 SMS Gateway. Sinch is an SMS service provider company based in Stockholm, Sweden, so it is primarily providing SMS service to customers in Sweeden and the EU. The customer service of Sinch talks in Swedish and English, so signing up to their service is quite easy. If you use Ozeki 10 SMS Gateway, it is easy to setup a connection to the Sinch SMS service. The following instructions can be used to set this connection up in 8 minutes. This article shows you the installation steps. We hope you will find the presented information beneficial.

What is the best way to send sms from Sinch (quick steps)

To send sms from Sinch get started with these straightforward directions:

1. Setup Ozeki 10 SMS Gateway, then navigate to the red Ozeki 10 icon on your Windows desktop. This will open the Ozeki GUI. To send sms from Sinch you need to proceed with the configuration in this management console.
2. In the Ozeki desktop start the SMS Gateway app. This can be done by clicking on the desktop icon or by navigating to the app in the Ozeki Start menu. The SMS Gateway app is used to send sms from Sinch.
3. To send sms from Sinch all you have to do is to setup the Sinch connection by opening the 'Add new connection...' link.

How does Sinch SMS work?

Sinch is an SMS service provider and their sms service works the similar way as the service of other SMS service providers. They use SMS protocols, such as SMPP client connections, UCP/EMI protocol connections and HTTP SMS or REST SMS connections to connect their server computer to other SMS service providers and to mobile telephone network operators. Sinch creates income by selling the sms at a premium. Sinch provides an an HTTP API, that lets you to use to their text message service through web requests. Every text is a single web request. Web requests are HTTP requests or REST api requests.

Detailed instructions to send sms from Sinch

To send sms from Sinch:

1. Start the Ozeki management console
2. Locate the panel named 'Connections' on the left
3. Navigate to 'Add new connection...' in the 'Connections' panel
4. Find Sinch connection and click install
5. Ozeki 10 SMS Gateway will send the text messages with this connection
6. Provide the configuration details on the Sinch config form
7. Verify the settings, they must be right to be able to send sms messages
8. To send your sms, use the Test tab
9. Type in the recipient, the text and click send
10. Open the events tab to see if your text messages were successfully sent

Configuration steps in Ozeki 10 SMS gateway

To configure an Sinch connection follow the instructions on the screenshots below.

Protect your phone number list

Your customer phone number list is a very valuable asset. You must make sure you take good care of it and protect it. When you send text messages through Sinch or any other on-line SMS service provider, your customer phone numbers and the message texts will be visible to Sinch. It is a good practice to setup connections to multiple SMS service providers and to distribute your messages among them to make sure no entity has all your data. It is even a better practice to send messages wirelessly directly to the mobile network using an Android mobile phone or GSM modem attached to your computer with a phone-to-pc data cable. Note that this option is only viable if you send less than 10 000 SMS per day. Ozeki 10 SMS Gateway has a version that can be installed on an Android mobile. It is called Android sms gateway. It also offers the same APIs (e.g. C# SMS API), as the desktop version, it allows Office clients to connect, you can create E-mail to SMS configs, and you may even provide an Android SMPP SMS gateway service

How to save the messages sent through Sinch into a database

You can configure SQL logging for a Sinch connection. This is very useful, because it will help you keep track of all the SMS messages you have sent or received through the Sinch connection. This database log, can not only be used to lookup old message in case of disputes, but it can also be used to create weekly or monthly reports. These reports will let you know which user or application in your system sent the messages and what was the pattern of your sms traffic.

How to send sms from a database using Sinch

If you have a Sinch connection setup, you can easily Send and receive text messages from an SQL database server. To send and receive texts, Microsoft SQL Server, MySQL, SQLAnywhere, SAP HANA, MariaDB, Foxpro, SQLite or any other ODBC/SQL compatible database server can be used. This functionality is available through two database tables: ozekimessageout and ozekimessagein.

The ozekimessageout table shall be used for sending sms and the other, the ozekimessagein table is used to store incoming sms. To send a text message, all that needs to be done is use an SQL INSERT command to create an SQL entry in the ozekimessageout table. Ozeki will automatically pick up the sms and it will deliver it to the gsm network. During the delivery procedure it will update the status field in the database to inform you when the SMS was sent from your system, when was it received by the recipient and if an error occurred, why wasn't it delivered.

This solution is beneficial, because no code is needed to match incoming submit reports, delivery reports and status reports to send messages, because Ozeki SMS Gateway does this for you automatically. Everything related to the sms is stored in the corresponding SQL record. Another benefit is that it allows you to use custom queries and take advantage of SQL triggers and stored procedures.

Send texts from C# through Sinch

Automatic text messaging systems perform significantly better than humans. Due to this fact many companies prefer to build automated sms systems. Ozeki's C# SMS API provides an outstanding tool to create communication systems based on automated algorithms. This C# api is great because it can also send sms messages through high performance sms protocols, such as SMPP,UCP or CIMD2. These protocols are used by GSM telephone networks to exchange text messages between each other. By implementing this single API, you can reach many SMS carriers with a single code base.

How to send sms using text files through Sinch

Every software developer can create and read text files. Text files provide the simplest interface to send and receive SMS messages. Whether you use SAP or a custom-built business application, you will likely have the option of exporting data in the form of csv, excel or plain txt files. If you have this option, you can send and receive SMS messages using Ozeki 10 SMS Gateway through Sinch. In this case two directories will be created, one for storing SMS messages to be sent, and another for saving incoming sms messages. Ozeki can be configured to save incoming SMS in the file format you prefer, and it can pick up text files containing SMS messages to be sent. Once a text file is read, SMS messages are created, and they are sent to the mobile network through the Sinch connection.

How to setup email to sms from Sinch

If you configure Sinch, you can provide an email to sms and sms to email service to customers and applications. Email users who can send an email to a formatted e-mail address can send sms. The format of the email address is phonenumber@hostname. An example e-mail address would look like this: 079797004@email.domain.com. You can also put the mobile number into the email subject. In both cases the email body is going to be forwarded as the text message to the specified phone number.

Sinch alternatives?

It is not too difficult to find a number of alternative SMS aggregators on the Internet. If you setup Ozeki SMS Gateway, you can connect to several SMS service providers and mobile networks simultaneously. It is beneficial to use multiple providers, because it allows you to comply with regulations effecting local networks and it allows you create backup routes. The most popular alternative to using Sinch is to connect an Android mobile phone to your SMS Gateway PC and send sms directly to the mobile network (Figure 9). This will let your system work even if Sinch fails.

What to do in case the Sinch service fails?

Since Ozeki can be installed on multiple computers in your site or in a virtualized system, and Ozeki makes it possible for you to reroute text messages to other SMS carriers automatically, with the help of Ozeki SMS Gateway, you can build a reliable, fail-safe SMS service. All you have to do is setup multiple SMS service provider connections and configure one of the SMS routing options: to do load balancing, least cost SMS routing or backup routing. All of these SMS routing options will ensure that your SMS messages will be delivered even if a particular SMS service is out of operation.

Conclusion

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as painlessly as possible. If you have followed the instructions closely, you should be able to send and receive text messages using the sms messaging service of Sinch, provided you have configured the connection properly in Ozeki 10 SMS Gateway. The HTTP SMS service of Sinch is not difficult to set up, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Sinch is that an account can be setup in a matter of minutes on their website.

With Ozeki 10 SMS gateway you get access to cost control, which is normally not provided by SMS service providers. You can limit the number of messages leaving your system, so you don't have to worry about getting overcharged. To achieve this you can setup SMS credit limits for your customers, employees and SMS applications. To generate monthly or weekly reports, you can use SQL logging and reporting. With the Ozeki SQL logging you can save all your SMS messages into your own SQL database. This gives you the ability to keep an eye on and control your SMS communication, and you will be able to trace back any SMS in case a problem occurs.

How to send sms from Telnyx

This document shows information on how to send sms through Telnyx using Ozeki 10 SMS Gateway. Telnyx is an SMS service provider based in Chicago, U.S.A., so it is primarily providing SMS service to companies in United States of America. You can talk with the customer service of Telnyx in English, so subscribing to their service can be done without issues. If you use Ozeki 10 SMS Gateway, it is very easy to create a connection to the Telnyx SMS service. Follow the instructions below to setup this connection in 10 minutes. This article shows the installation steps with some screenshots. We hope you will find this example easy to understand. Let's begin now!

What is the best way to send sms from Telnyx?

To send sms from Telnyx start with the following simple to use tutorial steps:

1. Visit ozeki-sms-gateway.com and click on download to download Ozeki 10 SMS Gateway, then install the downloaded exe file. Click on the Ozeki 10 icon to open the GUI. To send sms from Telnyx you can proceed with the setup steps in this management console.
2. In the Ozeki management console start the SMS Gateway app. This can be achieved by clicking on the desktop icon or by navigating to the app in the Ozeki Start menu. The SMS Gateway app is used to send sms from Telnyx.
3. To send your first texts from Telnyx the only thing left is to install the Telnyx connection by navigating to the 'Add new connection...' link.

How does Telnyx SMS work?

Telnyx is an SMS service provider and their sms messaging service works the same way as the service of other SMS service providers. They use SMS protocols, such as SMPP client connections, UCP/EMI protocol connections and HTTP SMS or REST SMS connections to connect their server computer to other SMS aggregators and to GSM telephone service provider. Telnyx makes its money by reselling the sms messages at a premium. Telnyx provides a secure HTTP SMS API, that lets you use to their sms messaging service using HTTP API requests. Each sms is a single web request. Web requests are HTTP requests or REST api requests.

Detailed instructions to send sms from Telnyx

To send sms from Telnyx:

1. Launch the Ozeki management console
2. Find the panel on the left-hand side titled 'Connections'
3. Click on 'Add new connection...' in the 'Connections' panel
4. Find the Telnyx connection
5. To send sms from Telnyx you have to install this connection
6. Type in the Telnyx account details
7. To send sms messages, use the Test tab
8. Enter the recipient, the text and click send
9. Read the logs to see if your sms was successfully sent to Telnyx

Configuration steps in Ozeki 10 SMS gateway (Step-by-step configuration)

The first step within the configuration steps is opening the Ozeki Management Console. Then, you need to install a connection to be able to communicate. Do this by clicking on the 'Add new connection sign' shown by the red arrow in the picture below (Figure 2).

You will see that you have plenty of connections to choose from. To setup the Telnyx connection, you need to click on the 'Install' link next to the Telnyx client sign. Setting up the Telnyx connection will allow you to send SMS messages using the Telnyx v2 API (Figure 3).

To continue the installation process, you need configure the Telnyx account. Open the 'General' tab where you have to provide the API key of your Telnyx account to be able to start sending messages (Figure 4).

Open the 'test' tab to send a test SMS text using your recently setup Telnyx connection. Enter your desired SMS into the box below and then click on the 'Send' sign (Figure 5).

You can send an SMS text from C# through the Telnyx connection. Build a single API to work with different SMS services. This means you can send and receive messages across multiple platforms using one interface (Figure 6).

Use a database to send sms from Telnyx

If you have a Telnyx connection setup, you can easily send and receive texts from MSSQL or another database. To send and receive sms, Microsoft SQL Server, SQL Express, Access, Oracle, MySQL, MongoDB or any other ODBC/OleDB compliant database can be used. This functionality is available through two database tables: ozekimessagein and ozekimessageout.

The ozekimessageout table will be used for sending sms and the other, the ozekimessagein table is going to be used to store incoming sms. If you want to send an sms, all that needs to be done is use an SQL INSERT command to create an SQL record in the ozekimessageout table. Ozeki will automatically pick up the sms and it will send it to the recipient. During the delivery procedure it will update the status field in the database table to inform you when the SMS was sent from your system, when was it received by the recipient and if an error occurred, why wasn't it delivered. (Figure 7)

This solution is great, because sms messages stored in the database can be easily linked to users, customers and other business data. Another benefit is that most business applications are database driver, so it makes sense to use the database for SMS as well.

Send sms using C# .Net through Telnyx

Automated sms solutions perform much better than human employees. Because of this fact most companies choose to build automated text messaging services. Ozeki's C# SMS API provides an outstanding tool to achieve this goal. This C# api is great because it not only works with on-line SMS aggregators and mobile service providers; it works with the android sms gateway to allow you to send texts wirelessly. By implementing this single API, you can reach many SMS carriers with a single code base. (Figure 8)

Email to sms using Telnyx

If you configure Telnyx, you can easily provide an email to sms and sms to email functionality to your customers. Any email client that can send an email to an sms e-mail address will be able to send sms. The format of the email address is telnum@hostname. An example e-mail address would look like this: 079677035@domain. It is also possible to put the recipient mobile number into the subject line. In either case the email text will be sent as the text message to the specified phone number.

Are there any Telnyx competitors?

You can easily find several alternative SMS services on the Internet. If you setup Ozeki SMS Gateway, you can connect to several SMS services and mobile telephone network operators at the same time. It is good to use multiple providers, because it allows you to reach mobile network that are only accessible directly and it allows you to comply with regulations effecting local networks. The most popular alternative to using Telnyx is to connect an Android mobile phone to your SMS Gateway PC and send sms directly to the mobile network (Figure 9). This lets your system work even if Telnyx fails.

What to do in case the Telnyx service fails?

Reliable IT systems avoid a single point of failure. Since Ozeki can be setup on multiple computers in your office, and Ozeki offers the ability for you to reroute texts to other SMS aggregators or GSM service providers automatically, with the help of Ozeki SMS Gateway, you can build a reliable, fail-safe SMS service. All you have to do is setup multiple SMS service provider connections and configure one of the SMS routing options: to do load balancing, least cost SMS routing or backup routing. All of these SMS routing options will ensure that your SMS messages will be delivered even if a particular SMS service is out of operation.

Conclusion

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. To review the above article we can state, that to setup a connection to the text message service of Telnyx is not too complicated. The HTTP SMS service of Telnyx is not difficult to setup, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Telnyx is that an account can be setup in a short time on their website.

With Ozeki 10 SMS gateway you get access to cost control, which is normally not provided by SMS service providers. You can limit the number of messages leaving your system, so you don't have to worry about getting overcharged. To achieve this you can setup SMS credit limits for your customers, employees and SMS applications. To generate monthly or weekly reports, you can use SQL logging and reporting. With the Ozeki SQL logging you can save all your SMS messages into your own SQL database. This gives you the ability to keep an eye on and control your SMS communication, and you will be able to trace back any SMS in case a problem occurs.

How to send sms from Twilio

This page gives information on how to send texts with Twilio using Ozeki 10 SMS Gateway. Twilio is an SMS service provider company based in San Francisco, so it offers SMS service to people in the United States of America. If you have installed Ozeki 10 SMS Gateway, it is easy to create a connection to the SMS service provided by Twilio. Follow the instructions below to setup this connection in 3 minutes. This article presents an example configuration.

How would you send sms from Twilio (quick steps)

To send sms from Twilio use these instructions:

1. Install Ozeki 10 SMS Gateway, then navigate to the red Ozeki 10 icon on your Windows desktop. This will open the Ozeki graphical user interface. To send sms from Twilio you can continue with the configuration in this user interface.
2. In the Ozeki desktop start the SMS Gateway application. This can be achieved by clicking on the desktop icon. The SMS Gateway app is needed to send sms from Twilio.
3. To send your first text messages from Twilio the only thing left is to install the Twilio connection by opening the 'Add new connection...' page.

How does Twilio SMS work?

Twilio is an SMS aggregator, and their service works the same way as the service of any other SMS service provider. They connect their server to other SMS service providers and to mobile networks and they negotiate SMS prices. They make money by selling the SMS at a premium. Twilio offers an HTTP SMS API, that allows you to connect to their service through web requests. Every sms is a single web request. Web requests are HTTP requests or REST api requests.

Are there any Twilio alternatives?

Yes, there are many alternative SMS service providers on the Internet. If you setup Ozeki SMS Gateway, you can connect to multiple service providers at the same time, or you can switch providers if you find better conditions. Another alternative is to connect a mobile phone to your SMS Gateway PC and send SMS directly to the mobile network.

How to handle Twilio service failure

Reliable IT systems avoid a single point of failure. Since Ozeki SMS Gateway can be installed on multiple computers in your premises or on a virtual system, and Ozeki offers the ability to reroute the SMS messages to other SMS service providers automatically if Twilio fails. With the help of Ozeki SMS Gateway you can build a reliable fail-safe SMS service. When you build a business, it is important to decrease the number of dependencies, with Ozeki you can do this, because you won't depend on Twilio. Ozeki will give you the freedom to choose and change your SMS connection type and your SMS service provider.

To handle service failure, you should setup backup SMS routes, and have connections to multiple SMS service providers. It is a good idea to setup a direct wireless connection to the mobile network using a mobile phone as a final backup.

How much does Twilio cost per SMS?

The cost of a Twilio SMS depends on destination. The cost ranges from around USD 0.01 to USD 0.20. The price list is displayed on their website. This price range can be considered a standard price range in the United States of America.

Detailed instructions to send sms from Twilio

To send sms from Twilio:

1. Navigate to ozeki-sms-gateway.com
2. Click on download to download Ozeki 10 SMS Gateway
3. Install the downloaded installation package
4. Open the Ozeki dashboard
5. Open 'Add new connection...' in the 'Connections' panel
6. Locate Twilio, and click install
7. Ozeki SMS Gateway will send the sms over this connection
8. Type in the Twilio account details
9. To send sms, use the Test tab
10. Type in the recipient, the text and click send
11. Read the logs to see if your sms messages was successfully sent to Twilio

Open the Ozeki Dashboard

Ozeki SMS Gateway is a great Twilio Client. After you have installed it on your Windows or Linux PC, you can configure the Twilio connection with a few simple steps. The first step is to click on the "Add new connection..." link in the Ozeki Management Console. The Ozeki Management Console is often referred to as Ozeki Dashboard. This is the main Graphical User Interface (GUI) of Ozeki.

Select the Twilio connection

After you have clicked on the "Add new connection..." link, a list of available connections will appear on your screen. You need to scroll down in the list and find the Twilio connection. Next the "Twilio" name, you will see an Install link. Use this link to install the Twilio connection. (Note that you may install multiple Twilio connections, each with a separate user account and you may add connections of other SMS service providers on this screen).

Configure the Twilio account details

After you have installed the Twilio connection, you need to enter the Account Sid and Auth token into the configuration form. This is your username and password. You should also configure the Telephone number you got from Twilio to be used as Sender ID.

Send a test SMS through Twilio

To send a test SMS through Twilio, open the Test tab, type in the recipient phone number into the To field, and enter the messages text. To send the SMS click Send.

Protect your phone number list

Your customer phone number list is a very valuable asset. You must make sure you take good care of it and you protect it. When you send text messages through Twilio or any other on-line SMS service provider, your customer phone numbers and the message texts will be visible to Twilio. It is a good practice to setup connections to multiple SMS service providers and to distribute your messages among them to make sure no entity has all your data. It is even a better practice to send messages wirelessly directly to the mobile network using an Android mobile phone or GSM modem attached to your computer with a phone-to-pc data cable. Note that this option is only viable if you send less than 10 000 SMS per day. Ozeki 10 SMS Gateway has a version that can be installed on an Android mobile. It is called Android sms gateway. It also offers the same APIs (e.g. C# SMS API), as the desktop version, it allows Office clients to connect, you can create E-mail to SMS configs, and you may even provide an Android SMPP SMS gateway service

How to save the messages sent through Twilio into a database

You can configure SQL logging for a Twilio connection. This is very useful, because it will help you keep track of all the SMS messages you have sent or received through the Twilio connection. This database log can not only be used to lookup old message in case of disputes, but it can also be used to create weekly or monthly reports. These reports will let you know which user or application in your system sent the messages and what was the pattern of your sms traffic.

How to send sms from an SQL database through Twilio

If you have a Twilio connection setup up, you can easily send and receive sms messages from an SQL database. You can use Microsoft SQL Server, Oracle, MySQL or any other ODBC/OleDB-compatible database. SMS messages from your database can be achieved by creating two databases tables: ozekimessageout and ozekimessagein. The first table ozekimessageout will be used for sending sms, the other, ozekimessagein will be used to store incoming sms. If you want to send an SMS, all you have to do is create an SQL record using an SQL INSERT command. in the ozekimessageout table. Ozeki 10 sms gateway will pick up the message, it will deliver it to the mobile network, and it will update the status field and timestamp fields in the database to let you know when the SMS was sent from your system, when was it received by the recipient mobile and if an error occurred, why wasn't it delivered.

Send texts from C# .Net through Twilio

Computer driven text messaging solutions perform significantly better than human employees. Due to this fact, most companies choose to build automated sms services. Ozeki's C# SMS API provides an excellent tool to achieve this goal. This C# api is great because it comes with the full source code, and you can use it and modify it without any limitations. By implementing this single application programming interface, you can reach many SMS services with a single code base.

Email to sms from Twilio

If you configure Twilio, you can effortlessly provide an email to sms and sms to email functionality to your customers. Any email user that can send an email to an sms e-mail address can send sms. The email address format is phonenumber@hostname. An e-mail address may look like this: 079619671@email.domain.com. The recipient telephone number can also be put into the email subject. In either case the email text will be forwarded as the sms to the specified phone number.

Best practice to implement an SMS API

Implementing the SMS API of a single SMS service provider is dangerous, because you will be locked into that service. It is a much better practice to run your own SMS gateway on premises or at a virtual hosting company, and let your apps connect to it. Ozeki SMS Gateway provides outstanding API, such as C# sms api, a HTTP rest api, and free to use (and modify) programming examples for SMS messaging for almost all programming languages.

How to send sms using text files through Twilio

Every software developer can create and read text files. Text files provide the simplest interface to send and receive SMS messages. Whether you use SAP or a custom-built business application, you will likely have the option of exporting data in the form of csv, excel or plain txt files. If you have this option, you can send and receive SMS messages using Ozeki 10 SMS Gateway through Twilio. In this case two directories will be created, one for storing SMS messages to be sent, and another for saving incoming sms messages. Ozeki can be configured to save incoming SMS in the file format you prefer, and it can pick up text files containing SMS messages to be sent. Once a text file is read, SMS messages are created and sent to the mobile network through the Twilio connection.

Possible unexpected charges while using Twilio

While most sms service providers do not charge their customers for incoming sms, Twilio put a hefty price tag on incoming sms. This is not an issue if your application is only sending texts, and is not interested in incoming messages, but if you want your customers or employees to reply to or to confirm your texts, this can become a significant, unexpected cost. The problem with charging inbound sms is that you have no control over who is sending a message to you and when.

Final thoughts

We hope you didn’t get lost in the explanations. By following the above instructions, you can configure the connection in a short period of time. Now you can use Twilio to send and receive sms messages, and you can see how easy it is to use Ozeki 10 SMS Gateway to connect to such a service. The HTTP SMS service of Twilio is not difficult to setup, and although it does not provide the same performance as an SMPP sms service, it is still a good option to use in 2021. The biggest benefit of Twilio is that an account can be setup in a few minutes on their website.

One of the biggest advantages to using Ozeki is that it lets you connect to multiple sms service providers simultaneously. This gives you provider independence, and the ability to go truly international. This could be a good time to connect to another SMS service provider. Creating connections to multiple SMS providers greatly increases the operational reliability of your system. Multiple service provider connections offer fault tolerance, give you the ability to do least cost routing and give you a peace of mind, that you can always switch providers in a matter of seconds in case some unexpected happens.

How to send SMS with Yettel SMS Futár connection

This article will guide you through the process of setting up and using the Yettel SMS Futár service within the Ozeki SMS Gateway to send SMS messages. You’ll learn how to install the connection, configure it properly, and test message delivery using a step-by-step video tutorial and quick setup instructions.

What is Yettel SMS Futár?

Yettel SMS Futár is an enterprise-grade SMS delivery service provided by Yettel Hungary. It allows businesses to send large volumes of SMS messages quickly and reliably using a secure HTTP or SMPP-based interface. Yettel SMS Futár is often used for notifications, marketing messages, alerts, and transactional communication. When integrated with Ozeki SMS Gateway, it becomes a powerful tool for automating and managing SMS delivery efficiently.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a high-performance software system designed to enable automated SMS communication between computer applications and mobile networks. With Ozeki SMS Gateway, businesses can send and receive SMS messages reliably and at scale, whether for alerts, notifications, marketing, or customer service.

How to send SMS with Yettel SMS Futár connection (Quick Steps)

1. Launch Ozeki SMS Gateway
2. Add new connection
3. Select and install "Yettel SMS Futár connection"
4. Configure your API credentials
5. Enable logging
6. Activate the connection
7. Send an SMS
8. Check the Events tab

How to send SMS with Yettel SMS Futár connection (Video tutorial)

In this video tutorial, you will learn how to configure the Yettel SMS Futár connection in the Ozeki SMS Gateway, send your first test message, and check the delivery status using the system logs. This guide is perfect for both beginners and system administrators managing SMS-based communication.

Step 1 - Open SMS Gateway

Start the Ozeki 10 application and open the SMS Gateway module, where all SMS communication is handled (Figure 1).

Step 2 - Add new connection

In the left-side menu, under the Connections section, click on Add new connection... to begin setting up a new SMS route (Figure 2).

Step 3 - Install Yettel SMS Futár connection

From the list of available providers, find "Hungary, Yettel SMS Futar client", select it, and click Install. This will activate the integration setup (Figure 3).

Step 4 - Configure connection details

Under the "General" tab, configure the "Outgoing messages" section, set the following fields "SMS Futar WS host", "Interface", "Client ID", "Password" (Figure 4).

Step 5 - Enable logging

Switch to the Advanced tab and enable detailed logging by selecting all available options. This is useful for troubleshooting and monitoring message delivery (Figure 5).

Step 6 - Enable connection

Turn on the connection by toggling the switch on the left to green. Once active, the gateway will be ready to send messages through Yettel’s system (Figure 6).

Step 7 - Send message

To send a test message, switch to the "Test" tab, then under the "General" tab, set the phone number and the message you want to send (Figure 7).

Step 8 - Message sent log

Navigate to the "Events" tab to verify that the message was sent successfully. Here, you’ll see status logs, timestamps, and any delivery reports (Figure 8).

How to test SMS sending in Ozeki SMS Gateway

This guide will show you how you can test text message (SMS) sending through Ozeki SMS Gateway. The tutorial below contains all the necessary steps in order for you to set up this solution efficiently. You will learn how to set up a Tester connection inside Ozeki sms gateway and send a test message. A Tester connection is a great tool to help you ensure that your SMS messages are being sent. We hope you will find this article informative and helpful. Let's get it started!

What is an sms tester connection

A tester sms connection is a virtual connection to the mobile network. It can be used to simulate SMS delivery to remote devices, and it can be used to simulate incoming SMS traffic. It is also often referred to as a virtual phone.

What is a test sms

A test sms is an sms message you send for testing purposes. It often contains a simple text, such as "Hello world" or "Test".

How to test SMS sending

To test SMS sending:

1. Launch Ozeki SMS Gateway
2. Add new Tester connection
3. Name the Tester
4. Configure the Advanced tab settings
5. Enable connection
6. Click on the New toolbar icon
7. Send test SMS message
8. Check the logs

How the system works

This system consists of a virtual phone, a computer with Ozeki SMS Gateway installed and a laptop operated by a tester developer. The procedure works the following way: The tester developer types in a test sms on his laptop. The laptop sends this test sms to the SMS gateway. The SMS gateway send the test SMS to the virtual phone. (Figure 1) Since the sms is delivered to the virtual phone instead of the mobile network it will not have any cost implications.

How to test SMS sending in Ozeki SMS Gateway (video tutorial)

In this short video tutorial, you will learn how test sending a text message in Ozeki SMS Gateway. We first install a tester connection and configure it, along with the log levels. Then we send a test message using the connection. This message will appear in the event log, along with additional information confirming that it has been sent.

Open SMS Gateway

Star by logging into Ozeki 10, you will then be on the Ozeki desktop. To open the Ozeki SMS Gateway Application, simply click on the icon labelled "SMS Gateway", which is located on the top left of the screen below the My Account icon (Figure 2). This will bring up the SMS Gateway window, where you can install a new connection.

Add new connection

To add a new connection, locate the Connections menu on the left. In this menu, click on Add new connection highlighted in blue (Figure 3). This will bring you to a screen where you can install new connections.

Install Tester connection

To install a new tester connection, you need to scroll down and find "Tester connection" under the "Connections for testing" section. Click on the blue Install button next to it (Figure 4). This will bring you to a configuration screen for your new tester connection.

Tester name

Next, you need to specify a name for your tester connection. Name it by typing your desired name into the textbox next to "Name:" (Figure 5).

Log level

Next, we need to enable log levels. Switch over to the Advanced tab. In the Advanced tab we can see a Log level section (Figure 6). Enable the first two options by clicking on the checkbox next to them. Click on OK when you are done. Now the connection is set up and in working order.

Turn on the connection

The next step is to enable our newly created connection. Do this by finding the connection menu on the left (Figure 7). Turn the connection on by clicking on the switch button. When the switch turns green, it indicates that the connection is on.

New message

Now that the connection is on, we can send a new message. Click on the New button in the top toolbar to create a new message (Figure 8). This will bring you to another screen where you can configure your message.

Write message

On the configuration screen you are able to set your message up (Figure 9). Set the Connection in the dropdown menu to tester_connection_1@localhost. Next, type the recipient phone number into the textbox next to Address. Then, enter the message into the larger textbox below. Here we have entered "Test". Click on the blue Ok when done to send your test SMS.

Recieved message

Now that the message has been sent, you can see that it has appeared in the log. You can view the message and additional information about it in the Events tab (Figure 10).

FAQs

What kind of message types can be sent as SMS?

Standard SMS messages are plain text, limited to around 160 characters using the basic alphabet. Need more space? Multipart SMS breaks your message into parts, while Unicode messages allow special characters but with a shorter limit (roughly 70 characters). Similar to multipart SMS, multipart Unicode handles longer messages with special characters.

Beyond the text itself, SMS can include features:

• FLASH SMS: Delivers your message instantly, popping up on the recipient's screen.
• Icon messages: Trigger icons on the phone, like a voicemail notification.

SMS can even carry more than text! Binary SMS can send things like ringtones, wallpapers, or even web settings. For a deeper dive into all the SMS message types, check out the SMS Message Type page.

What are long (multipart) SMS messages, and how are they handled?

Within the Short Message Service (SMS) protocol, message length is restricted. To accommodate longer text communication, multipart messaging techniques are employed. This involves the segmentation of a single, extended message into multiple SMS messages, each adhering to the standard-length limitations.

• Message Segmentation: Upon user initiation of a lengthy SMS message, the mobile phone segmenting the message into discrete units compliant with the maximum SMS message length.
• Network Transmission: Each segmented message is independently transmitted through the mobile network, functioning essentially as individual SMS messages.
• Recipient Device Reassembly: Once all constituent segments of the multipart message have been received by the recipient's device, the message is reassembled to present the complete text to the user.

It is important to note that due to the utilization of multiple SMS messages for transmission, multipart messages may incur higher costs compared to standard SMS messages.
The Ozeki SMS Gateway streamlines the multipart messaging process by automatically segmenting outgoing extended messages and reassembling incoming multipart messages. This ensures efficient and seamless communication for users.

Summary

If you followed all the steps closely, you are now able to successfully test SMS sending in Ozeki SMS Gateway. You can set up a tester connection and send a simple SMS in order to make sure that everything works correctly. This is a really helpful solution because you can detect errors if the test SMS is not sent to the virtual phone. Ozeki SMS Gateway is a great tool in SMS sending so it is recommended to check out other functions.

Continue reading in our website, where you can find information about several topics, like HTTP SMS client and Android SMPP.

Download Ozeki SMS Gateway now and start working!

SMS routing

With Ozeki SMS Gateway you can setup multiple mobile network connections to send SMS messages. To control which connection is used to send an SMS to the mobile network you can use SMS routing.

Introduction to SMS routing

This document gives you an introduction to SMS routing. It covers the basic concepts of the SMS routing procedure in Ozeki SMS Gateway. You will learn about the routing table; you will find out what a routing rule is and you will get simple routing examples. More advanced examples and more information are available in the SMS routing for SMS service providers guide, the how to copy and forward sms text messages to multiple destinations guide and in the least cost sms routing guide. If you wish to modify the telephone numbers and the messages text during reading, please visit the how to modify an SMS message on the fly page.

What is SMS routing?

SMS routing is the procedure used by Ozeki SMS Gateway to decide where an SMS text message should be forwarded to. SMS routing is based on pattern matching and it allows messages modification. SMS routing solutions are used by SMS service providers and large organizations.

What types of sms rooting are there?

• Simple SMS routing: Easily direct SMS messages to desired destinations using straightforward routing rules. Optimize message delivery with minimal setup.

• Least cost SMS routing: Maximize cost savings by intelligently routing SMS messages through the cheapest available channels. Reduce SMS expenses without compromising delivery.

• Backup SMS routing: Ensure uninterrupted SMS service with reliable backup routing. Maintain high uptime and prevent message loss in case of primary channel failures.

• Load balancing with SMS routing: Distribute SMS traffic evenly across multiple channels to prevent overload and improve performance. Enhance system stability and responsiveness.

• Blocking international SMS messages: Prevent unwanted international SMS from being sent out or unsolicited messages reaching your system. Protect against spam, fraud and overcharges.

• Assign user phone numbers to routes: Efficiently manage user phone numbers by assigning them to specific SMS routes. Optimize SMS sending and receiving routing and improve customer experience.

How to configure SMS routing (Quick instruction list)

To configure SMS routing, you need to launch the Ozeki SMS App and you need to open the routing table by clicking on the "Routes" toolbar button.

To configure SMS routing follow these quick steps:

1. Open Ozeki SMS Gateway on the windows Desktop
2. Login with the username "admin"
3. Open the SMS Gateway app
4. Find the toolbar in the top
5. Find the "Routes" toolbar button
6. Click on the "Routes" toolbar button
7. This will bring up the routing table
8. Click create new route to create an SMS route
9. Fill in the route creation form
10. Click OK to create the new route
11. Use the red and green arrows to move the rule into position

What does SMS routing do?

Routing assigns a "To connection" to the message. In other words, it selects the destination connection where the message should be forwarded to. In Ozeki SMS gateway everything is a "Connection". A connection is a messaging endpoint, that can send and receive a message. Although connections are displayed in groups (e.g.: sms users, mobile network links, etc), they are still identical connections when it comes to routing.

The SMS routing is the procedure that is used to decide where an SMS message should be forwarded to. This procedure is executed when an input messages is sent to the routing table (Figure 2). The routing table executes the routing algorithm and returns an output message, that is identical to the input message, but it has a "To connection" assigned to it. After the routing procedure the output message is forwarded to the "To connection".

What is an SMS routing rule?

The SMS routing table consists of routing rules. A routing rule has a match condition, a modifier command set and a destination. When an SMS is sent, it is first passed to the routing table, where it is matched against routing rules. If a rule "matches" the SMS, it executes the modifiers and forwards the message to the destination. Matching is done based on configured conditions, such as sender connection, sender phone number, messages text, service period, etc. Modification rules are only applied if the SMS passes the match conditions. If the match conditions don't fit, the next routing rule is tried in the routing table.

How are SMS routing rules executed?

For each message that is sent, the routing table is executed. The execution id done top down: If a rule matches the destination ("To connection") is assigned and routing stops. The message is forwarded to the selected to destination.

How is the routing table displayed?

If you open the home screen, you will see two views of the main routing table. On the top you find a filtered table, that only displays the "inbound routes", and in the bottom you see a filtered table that only displays the "outbound routes". In practice we call a route inbound route, if the "From connection" is classified as an SMS network connection. Everything else is an outbound route.

This distinction is done, because most users think in terms of inbound and outbound routes. Even though there is no difference between such rules in the ozeki routing system, it is better to present the routing table this way. People understand it better if routes are organized by their sender connection ("From connection") into groups and only these filtered groups are presented. If you want to become a routing expert always use the main routing table instead of the filtered views, because it gives you a better sense of what happens to a certain message.

How can I create a routing rule?

If you want to create a routing rule, open the main routing table by clicking on the "Routes" toolbar button, and click "Create new Route". This will bring up the route creation form. Notice the "Match" and "Modify" tabs in this form. These are the tab pages where you can define match condition and modification commands.

What if I don't see my connection?

Large SMS systems can have a very large number of connections. To simplify life the offered "From" and "To" connections are filtered by default. Rarely used connection are hidden. This can lead to the fact, that you don't find your connection in the list.

If you can't see the connection you wish to work with in the "From" or "To" list, simply click on the Cog button in front of the combo box holding the list of connections. This will open a dialog, where you can select other connection types to be presented in the list.

Default SMS routing (Example 1)

Before we jump into complex routing configurations, it is a good idea to understand the default routing table. In the default routing table you will see two routes: out_sms and in_admin. The out_sms route is used to forward messages from so called "SMS users" to "SMS connections". "SMS connections" are a group of connections that are used to connect your system to the mobile network. The in_admin user is an automatically create rule to forward a copy of each incoming SMS to the admin user. You might notice the "Copy" mode in the routing table. More information about how to send a copy of an SMS to a certain user can be found in the how to forward an incoming SMS to multiple destinations guide.

To understand how the out_sms route works, we create two SMPP SMS client connections to two different mobile network operators. We will call these connections SMPP_client_1 and SMPP_client_2. (In this example we will not modify the default routing table). We will send an SMS from the admin user, by clicking on the "New" button in the toolbar. In this setup an SMS from admin will go out on SMPP_client_1 or SMPP_client_2. The system will randomly select the first available SMS connection from the outgoing message. The route used is the "out_sms" route, which forwards SMS from "Any_SMS_User" to "Any_SMS_Connection".

When the default route is used the SMS sent by admin is forwarded by the route called "out_sms"

It is worth mentioning that this random route selection is not exactly random. In fact, a load balancing algorithm distributes the load among the mobile network connections with free capacity taking into account the previously measured capacity of each connection.

SMS routing by source (Example 2)

The next example shows how SMS routing can be used to assign a fix destination to a specific source. In our example we want all SMS messages sent by admin to go out on SMPP_Client_1. This setup is very often used, because it is often a requirement for a user to always use a specific mobile network connection. To achieve this, we can create a simple source to destination route.

To demonstrated how this setup works, we can the same number of connections used in Example 1. We can add an extra route to our routing table that will forward SMS from admin to SMPP_Client_1. The route will make sure that an SMS from admin will be forced to go out on SMPP_client_1. In this configuration the SMPP_client_2 will not be used at all.

SMS routing by phone number prefix (Example 3)

The next example demonstrates how SMS routing can be done based on phone number prefixes. This is a common task because often you want to send certain messages belonging to a network identified by a phone number prefix to certain connection. For example, if you would like to route SMS aimed at Hungary you would route SMS messages sent to prefix +36.... to the Vodafone Hungary network. You could also setup a second rout routing prefixes +44.... to the T-Mobile network in the UK.

The following figure demonstrates how you can define a phone number prefix as a match condition. The example uses a pcre typ regular expression. This expression is used to match the recipient address ("To phone number") do decided whether the route should be applied or not.

SMS routing by full phone number matching (Example 4)

If you own a set of phone numbers, you can assign a unique phone number to your customers or users. In this case you will want to route incoming SMS messages sent to a particular phone number to a particular user. Example 4 shows the routing configuration to achieve this goal.

In this example we add two HTTP users: http_user_1 and http_user_2 who will receive the incoming messages. One will be assigned phone number +3633333333, the other will be assigned phone number +3644444444. We now create two routes with full phone number matching. These routes will forward any SMS sent to these phone numbers to the appropriate users.

As you can see in the figure above, the "From" field is set to "Any_SMS_Connection". This is because we want all SMS messages sent to phone number +3633333333 to be routed to http_user_1 regardless of which SMS connection do they arrive. The destination ("To") for this route is fixed to http_user_1. If you look at the figure below you will see, that in this case we specify the full phone number in the recipient matching condition. Notice that we do not put the slash (/) in front of and after the phone number. This is because we do not perform a regular expression pattern match in this case. We simply do a strict phone number comparison.

The configuration for http user 2 is very similar. The difference is the destination ("To") field and the phone number put into the "To address" group box on the "Match" tab page of the routing rule. You might also notice that these two routes will be called route_3 and route_4.

If you work with many routes, it is a good idea to add meaningful names to routes, so you can identify them quickly. There are better names, then the default route_3 or route_4 used in this example.

SMS routing by keywords (Example 5)

The next example deals with SMS routing based on keywords in the message text. This feature is often used in quiz games, SMS voting or keyword based content lookup services. In this example we route any SMS coming from Any_SMS_Connection containing the word "vote" to http user 2.

By looking at the next Figure, you might notice that we use regular expression matching. In this regular expression pattern (also called as regex pattern), we put a .* pattern in front of and after the word. This tells the regex engine that the keyword "vote" can be anywhere in the messages. This conditon will match the following SMS texts: "Hello, here is my vote: red" or "vote red" or "I am not voting".

You may also consider putting in the case insensitive modifier called "i" which stands for ignor case if you expect that the keyword will be sent as either lower case or upper case. The pattern "/.*vote.*/i" would match "vote", "Vote", "VOTE" or "vOtE".

SMS routing by text and time period matching (Example 6)

It is useful to know that there is also a service period matching condition available, that can be used to limit the lifetime of this rule. This combination: text keyword matching and service period are often used together for SMS content services that operate for a given time period. In this example we route any SMS coming from Any_SMS_Connection containing the word "vote" between 2021-04-01 00:000:00 and 2021-04-30 24:00:00 to http user 2.

How to test sms routing

If you want to test sms routing without actually forwarding SMS messages to the mobile network, you can setup an SMPP simulator connection. An SMPP simulator can act as a virtual SMPP server, that accepts submitted sms messages over an SMPP link, and can simulate sms delivery reports.

Further reading on SMS modifier commands

The above examples demonstrated SMS matching conditions. Another strong feature is called SMS modification during routing. The idea is that once an SMS is matched against a rule, the SMS can be modified. This feature is very useful, because it not only allows you to be in control of all the messages that pass through your system, but you may also fix certain errors, such as incorrect destination numbering, or you may blacklist certain unacceptable content. The following documents provide information on modifying SMS content.

• How to modify the SMS recipients in SMS routing
• How to send copies of an SMS to multiple phone numbers with SMS routing
• How to change the SMS sender ID with SMS routing
• How to change the SMS text with SMS routing
• How to append text to the end of the the SMS with SMS routing
• How to swap the sender and recipient with SMS routing

FAQs

What is a two-way SMS system?

An SMS system that can send and receive SMS messages.

In the world of SMS, a two-way system enables you to have a conversation with mobile users. You can send messages to them, and they can reply back to you through the same system.

When a mobile user replies to my SMS, can I tell which message did he originally reply to?

No, this is not possible.

Imagine a conversation where you can only send one sentence at a time, with no memory of what came before. That's the world of SMS!

• Lost Connections: The SMS protocol doesn't have a built-in feature like a "conversation ID" to link messages together. Each text is treated as a single, independent message.
• Keyword Clues: The only way to potentially connect replies to previous messages is by including keywords within the message text itself. These keywords would act as reference points to link the messages together.
• Long Code Workaround (IP SMS only): For those using IP SMS connections with a service provider that supports long codes (special sender numbers with more digits), there's a potential trick. You can encode extra digits within the sender number to identify the original message. However, this relies on specific conditions and service provider capabilities.

While SMS is a great way to send quick messages, keeping track of conversation threads can be a challenge. If you need a platform that remembers past messages, SMS might not be the best choice. For SMS communication, consider using keywords or explore long codes (if applicable) to improve the chances of associating replies with the original message.

How can I send SMS messages reliably to different global destinations?

For optimal reliability, consider setting up several SMS service provider connections within your system. Each connection will have a designated name for easy reference in the outbound routing table.

The outbound routing table acts as your control centre. Here, you define outbound routes specifying which connection will handle each message.

To elevate reliability, utilize at least two connections. A combination, like an IP SMS connection and a GSM modem connection, offers a powerful solution. Configure the GSM modem as a backup for the IP SMS connection within the outbound routing table.

Should the IP SMS connection malfunction, the outbound routing table automatically redirects messages to the GSM modem. This ensures uninterrupted message delivery, maximizing system reliability.

Is there any way I can tell if an incoming SMS message is a reply to my previously sent SMS?

Unfortunately, SMS technology itself doesn't offer a built-in way to identify if an incoming message is a reply to a previously sent SMS. This makes it tricky to definitively link responses.

Here are some approaches you can consider:

• Message Text Identifier: Include a unique identifier within the original message itself. This allows you to potentially match it with the reply but requires user cooperation and isn't foolproof.
• Timestamp Matching: Compare timestamps of sent and received messages. While helpful, this method can be inaccurate due to potential delays.
• Keywords in Replies: Encourage users to include a specific keyword in their replies. You can then set up an inbound route based on this keyword (Condition #3: message text) to create a loose association with the original message. However, user adherence is crucial for this approach.

While these methods have limitations, they can provide some clues about potential replies.

Can I change message parameters during routing?

Yes, SMS routing offers a surprising superpower: the ability to edit phone numbers and message content during the delivery process! This opens doors for some creative applications:

• Number Enhancement: Need to add a prefix or postfix to a phone number? Routing can handle that, ensuring calls reach the right destination.
• Targeted Advertising: Want to tack on a promotional message to outgoing texts? Routing lets you seamlessly integrate these ads into your existing communication flow.

This functionality adds flexibility to your SMS strategy, allowing you to optimize phone numbers and even add a touch of marketing magic to your messages.

How to create a simple SMS route

This guide shows you the simplest SMS route, that routes SMS from one user to one mobile network connection. In the guide, you can see how you can create a new SMS route, how you can select the SMS source connection, and how you can select the SMS destination connection. You will also see that when an SMS comes from the source, you can see the routing decision in the source's logs.

What is SMS route?

It routes SMS from one user to one mobile network connection.

How to create a simple SMS route (Quick steps)

How to create a simple SMS route:

1. Add new routing rule
2. Configure routing rule
3. New rule created
4. Login as standard user
5. Send SMS message
6. Open user from Admin management console
7. Open the sent message
8. You can see the route decision in the delivery history

How to create a simple SMS route (Video tutorial)

In this short video lasting under 2 minutes, we provide a walkthrough of the process of creating an SMS route in the Ozeki SMS gateway. Our step-by-step guide covers everything from adding a new rule to configuring it, conducting a thorough test, and finally, viewing a detailed log. We understand the importance of an SMS routing system, and we've crafted this video to empower you with the knowledge and skills needed to set up and optimize your SMS routes effectively.

Step 1 - Add new routing rule

Navigate to the bottom, and you'll find the Routing Panel. Inside this panel, locate and click "Add new route..." to access the route creation panel (see Figure 1). This action will open the route creation panel, enabling you to create and configure the route rule.

Step 2 - Configure routing rule

On the right side, find the "Settings" section. Here from dropdown menus, you can set the destination and the starting point. After you select "From" and "To" simply click the blue "Ok" button under the form, to set the route (see Figure 2). It will create a new routing rule.
 From: User2@localhost
 To: andoid_SMS_client_1@localhost

Step 3 - New rule created

If you've followed the steps accurately, you should now see the rule you've just created within the Routing Panel (see Figure 3).

Step 4 - Login as standard user

Now log into your Ozeki account as a standard user, by filling in the username and password field, after clicking "Ok" (see Figure 4). It will open your Ozeki Desktop, from where you can open SMS Messenger.

Step 5 - Send SMS message

Upon logging into your Ozeki account, launch SMS Messenger from the Ozeki Desktop. Inside the "New" Tab page, fill the "From" field with the phone number from which you intend to send the SMS. Also, input the recipient's number into the "To" field, and in the "Write" section, insert the message. Once you have filled in these details, click the "Send" button located at the bottom (see Figure 5). If the form is filled correctly, it will send the SMS message.

Step 6 - Open user from Admin management console

To see the route decision of the sent message, first, you have to open the user from the Admin management console. Locate the User and Applications Panel, then select and click the user where you sent the message (see Figure 6). It will open the Admin management console of the selected user.

Step 7 - Open the sent message

Inside the control table at the left, look for the "Sent" button. After you click it, it will open the sent messages Panel. Locate the message that you just sent and click on it to view details (see Figure 7).

Step 8 - Open delivery history

Here select the "Delivery history" tab, it will show the details about the message (see Figure 8). Locate the log that is about the routing. You can see which route rule has been used for the message.

Conclusion

Now, you can pause and catch your breath. By following the above directions, you can create the solution in a few minutes. Now you can use the SMS route to send sms. You have seen the benefits Ozeki SMS Gateway can bring. If you want to do well in the long run, focus on running your sms business. If you would like to get to know more useful insights about the advantages of other similar solutions, please open ozeki-sms-gateway.com. I hope this article will be helpful to all the readers and especially to beginners.

Least Cost SMS Routing (LCR)

This is a configuration example on how to setup least cost SMS routing in Ozeki SMS Gateway.

What is least cost SMS routing?

Least cost SMS routing means, that SMS messages are routed to the appropriate SMS service provider connection based on the telephone number prefix. If you are not familiar with SMS routing at all, we recommend you to read the SMS routing basics guide before you continue.

How to setup least cost SMS routing

To setup least cost SMS routing:

1. Read the SMS routing basics guide if you need
2. Add new route on the outbound routing table in Ozeki
3. Specify the message route on Route details' Settings tab
4. Enter phone number prefix on Match menu's To address tab
5. Select the appropriate prefix matches SMS Service provider
6. Repeat these steps with every service provider connection
7. Return to main page where now the routing rules appeared

In our example, there are three SMS Service provider connections: Telenor, T-Mobile, Vodafone. The routing is setup the following way:

• If an SMS is sent to a phone number that starts with +3620 it should be routed to Telenor
• If an SMS is sent to a phone number that starts with +3630 it should be routed to T-Mobile
• If an SMS is sent to a phone number that starts with +3670 it should be routed to Vodafone
• All other SMS messages should be routed to one of these providers randomly.

To setup this routing the outbound routing table should be modified. The outbound routing table, that determines which service provider connection will be used to send an SMS message, can be found in the bottom part of the centre panel of the management form of Ozeki SMS Gateway (Figure 1).

In the Route details menu select the From and To connections which are Any SMS User and Telenor in this case (Figure 2).

On the Match tab, in the To address field, you can enter the phone number prefix you want to use in the given routing rule (Figure 3).

Repeat above steps with the other two service provider connections as you can see on the Figure 4 and Figure 5.

Finally, you can see the routing rules in the Outbound section the bottom part of the centre panel of the management form (Figure 6).

How to setup backup SMS routing

This article shows you how you can create a backup SMS route using your mobile phone. This solution offers a safety connection in case of an internet outage. This system will continue sending the SMS messages through your mobile phone if you have a data package. The article will show you how to add the SMS service connections, how to create the routes and how to set them as backup routes. The process will take about 15 minutes to finish, and it requires a basic knowledge of SMS communication technologies. Don’t waste any time, start sending SMS now!

Failover routing setup

How to setup backup SMS routing (Clear instructions)

To setup backup SMS routing:

1. Launch Ozeki SMS Gateway
2. Add two SMS service connection
3. Create new route for the first connection
4. Specify the message route on Settings tab
5. Do the same with the second connection
6. Open the Advanced menu of the second routing rule
7. Click on Create new Condition in Conditions menu
8. Select Backup tile on Condition details
9. Configure which connection needs backup
10. Check the created backup route in Conditions

Add two new connections

The first step of the process is to create two new connections. One will serve as the regular connection that you use to send SMS with, the second one is the backup connection that will be used in case of an internet outage. To do so, click the blue Add new connection link under the list of existing connections. If you have successfully created the two connection your Connections list will look like on Figure 3.

Create routes for the services

Now you need to create a route for both connections. To do so, please click the Routes button located on the Toolbar of the Ozeki SMS Gateway. It will open the Routing details page (Figure 4). Here, you need to provide settings for the connection A. Make sure that the route is from the user’s main connection to the smsservicea connection. Name it in a way that the two connection is distinguishable.

To have the other connection set up, repeat the same process with the connection B. Open the Routing details page with the Routes button, provide the properties needed for the route and name the connection something different than service a (Figure 5). This way you have two working connection that could be used to send SMS on.

Open Advanced route menu

To create the condition that will be watched by the gateway, you need to open the advanced settings of a route. To do so, click the Advanced button located in the data line of on a route (Figure 6). Make sure to choose one of the routes created earlier in this tutorial.

Create the conditions

To setup a new backup condition, open the Conditions tab page. Search for the Create new Condition button located next to the Conditions title. Click it and a panel will pop up on the right side of the screen. Choose the backup condition option (Figure 7). This way, the connection will be active in case of the other connections failure.

Set the connection for the backup condition

In the condition details menu, you will see the Setting group box. In there you will find a check setting. This setting will tell which connections place it should take in case of an outage. Provide the other created service’s address in this textbox and click the Ok button. This way the backup connection will check the status of the original connection and take all the task from it in case of an outage. (Figure 8)

Check the result

As the result you will see the created backup condition in the condition list (Figure 9). Now you don’t need to worry about an unreliable service as in case of an error you will be able to send SMS messages using the backup connection. (Figure 9)

FAQs

How can I reject certain messages starting with a specified telephone number prefix?

SMS routing offers some surprising hidden features beyond just delivery. It can even be used to act as a gatekeeper for outgoing messages. If you want to prevent your customers from sending messages to specific destinations, SMS routing can come to the rescue.

The key here is to create a dummy service provider connection. This connection won't actually send any messages, but it will act as a trap. You'll then need to configure a new rule in your outbound routing table. This rule should be set to identify messages with a specific prefix (the destinations you want to block) using a regular expression. Any message matching that prefix will be routed to the dummy connection instead of your regular SMS service provider. Since the dummy connection is designed to drop messages, they'll be silently discarded, effectively preventing them from being sent. This way, you can maintain control over your communication flow and ensure messages only reach their intended targets.

How can I change the recipient field to a fixed mobile number so all texts submitted go to that mobile?

SMS routing offers more than just message delivery. It can even act as an editor, modifying messages as they travel! This functionality is accessed through the outbound routing table, where you define rules for message content and phone numbers.

Conditions within these rules allow for replacements based on patterns. You can find detailed information about content manipulation on the "SMS content modification during routing" page (link not provided).

For instance, to replace all recipient numbers with a specific number (say, +123456), you would create an outbound route with a condition in field #2 (recipient) that uses a search-and-replace pattern. Here's the magic formula: s/^.*/[+]123456/. This pattern instructs the system to:

• Search (s/) for any character sequence (.*) at the beginning (^) of the recipient number.
• Replace (/) the entire sequence (.*) with the desired number (+123456).

With this rule in place, every outgoing SMS will have its recipient number automatically changed to +123456. This allows for creative uses like forwarding messages or anonymizing them before sending.

Is there a way to define outbound rules by phone ranges. I want to route a certain prefix to a certain carrier, is this possible?

Yes, you've absolutely got it! SMS routing lets you leverage the power of regular expressions to define phone number prefixes and even more intricate matching patterns within the outbound routing table.

This means you can create conditions based on both sender and recipient phone numbers. It sounds like you're particularly interested in routing messages based on the recipient's number prefix. Here's how to achieve that:

• Condition #2: Your Gateway to Control: When defining the outbound route, focus on Condition #2, specifically dedicated to recipient phone numbers.
• Regular Expression Magic: Enter the following regular expression within the condition field: ^[+]3620.*/
  • /: This character marks the beginning and end of the regular expression for the Ozeki software.
  • ^: Matches the beginning of the phone number string.
  • [+]: Matches a literal plus sign (+).
  • 3620: Matches the specific digits 3, 6, 2, and 0.
  • .*: The wildcard symbol, matching any character sequence following the defined prefix.

With this rule in place, the system will only route outgoing messages where the recipient's phone number starts with "+3620" followed by any additional digits. This unlocks a world of possibilities, allowing you to route messages based on specific regions, mobile network operators, or even custom criteria defined by your regular expressions.

How to setup sms load balancing

Setting up sms load balancing is not a hard task, but a helping hand is always useful. Load balancing prevents application downtime, increases performance and helps in detecting failures in the early stages. Our load balancer swiftly distributes traffic across different paths in order to reach perfect client experience. This guide is meant to be our way of helping while showing you Ozeki SMS Gateway. Reading this article is absolutely recommended if you are interested in this topic!

What is SMS load balancing

Load balancing allows an increase in the throughput of SMS messages. You may need to make use of it if you wish to send out a large number of SMS messages with small capacity connections to GSM service providers. Load balancing means equally involving different connections in the job of sending out SMS messages.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

How to setup SMS load balancing (Quick steps)

To setup sms load balancing:

1. Launch Ozeki SMS Gateway
2. Add new connection
3. Install Connection Group
4. Configure Members in General tab
5. Specify the SMS message route
6. Look at the SMPP user's Sent folder
7. Check the first SMPP connection Events
8. Inspect the second SMPP connection logs
9. Realise the SMS load balancing

Bulk sms load balancing

Bulk sms load balancing is a traffic distributing process which helps the connection to remain fast flowing and easy-to-read. This solution uses several paths to distribute the messages in order to remain fast, scalable and secure. As you can see in Figure 1, this procedure consists of a computer (using the Ozeki SMS Gateway) and different SMS services. This is a highly reliable and fast solution.

How to setup sms load balancing

This video is a short and simple tutorial to Ozeki SMS Gateway's sms load balancing tool. Watching this can help you to understand the full procedure in no time! It starts with launching our program and by the end you will realise the benefits of SMS load balancing. While you are watching the video, you will see the steps of configuring the connection group, the route that you want to use and the final result of the load balancing.

Install new connection group

You can install new connection group by choosing the 'Add new connection...' link in the Connections panel. After that, in the Connection installation list you can find the 'Load balancing and fault tolerance install section' where you have to select the 'Connection Group' install item. By selecting that, you have the opportunity to install new connection group. This is the first step in setting up load balancing so pay attention to every detail if you don't want to face unpleasant moments. (Figure 2)

Add connections to the group

In order to add connections to the group, find the Install connection detail page where you have to go to the General tab's Members group box, which allows you to configure the connection group members with the 'Member configuration:' combo box. With the 'Add' button, you can extend the configuration list so you can have as much member as you wish to use in distribution. (Shown in Figure 3)

Set route to forward messages to the connection group

In the route_1 details page, under the Configure tab page, you can find the general tab. Clicking on that leads you to the Setting group box where you can specify the message route with the 'From:' and 'To:' combo boxes. (Figure 4) This is an important step because you have to specify the sender and receiver side in order to use the Ozeki SMS Gateway. This particular step is vital in the whole process so make sure that you set up a proper route.

Messages sent to the connection group

In the left panel of SMPP user detail page, on the Control table, you can find the 'Folders' section. This section has a 'Sent' folder where you can see the number of the messages. It's important to keep record about these details in order to make sure that you don't miss any message. These messages will be distributed by the load balancing solution. (Highlighted in Figure 5)

Messages sent out in the SMPP connection 1

In the SMS Gateway Dashboard, you can observe several connections. To check the amount of sent messages in connection 1, the left panel has to show SMPP_client_1. In the Connection section, you can find the 'Odometer', which shows the number of messages sent out in the SMPP connection 1. This basically shows you the first half of the delivery process. You can use the hint icon if you want to know more about the Odometer. (Shown in Figure 6)

Messages sent out in the SMPP connection 2

To see the number of sent messages in the second SMPP connection, the left panel has to show SMPP_client_2, you can switch to this in the SMS Gateway Dashboard, right under the SMPP_client_1. This panel also has the Connection section, where you can find the 'Odometer', which shows the number of messages sent out in the SMPP connection 2, so you can compare the two connection and check the method of distribution. (Figure 7)

Summary

As we promised you, this was not a hard procedure, and our explanation was very in-depth. This article highlighted the benefits of Ozeki SMS Gateway, if you want to use a compact and reliable software, you may already know that our solution is the best one for your needs.

SMS load balancing is a great innovation, increases flexibility and scalability, helps the server to organize the SMS sending and to optimize itself in order to keep up its response time. Make sure to collect more information about Ozeki SMS Gateway, we have guides about how to download and install Ozeki SMS Gateway using Ubuntu.

Do not waste any time, download Ozeki SMS Gateway now!

Change the message

This guide is going to demonstrate how you can manipulate messages using the SMS routing rules of the SMS Gateway. The routing rules are used in the system to direct the messages between connections. You can setup rules to take a message form one connection and to pass it to another connection. For example, you can forward in incoming e-mail messages from an e-mail connection to an SMS connection and send it to a mobile phone as SMS. A routing rule is also great tool to manipulate a message. This guide shows how to modify the sender or recipient phone number, or how you can modify the message text. So, let's start right now!

How to change the SMS recipient number

This document is going to show how you can change the recipient phone number using the sms routing table. With this operation, you can ensure for example that any outgoing message from your SMS Gateway system will be received by a specified phone number. This feature is also useful when you changed your phone number and you would like to redirect the messages sent to your old phone number to the new phone number. The guide demonstrates how you need to configure the routing rule to change the recipient number and how to test the solution. It does not take more than five minutes to complete this guide, so let's start right now!

How to change the SMS recipient number

To change the SMS recipient number:

1. Launch Ozeki SMS Gateway
2. Select a routing rule
3. Click on the Modify tab
4. Replace the SMS recipient number
5. Compose new SMS message
6. Type the Address and the message
7. Send test SMS
8. Check the logs

Step 1 - Open a routing rule

The first step is to select a route that you want to modify. If you are not familiar with routing rules, here you can learn about SMS routing in SMS Gateway. SMS Gateway creates default routes, so you can simply select the default outgoing route as you can see it in Figure 1.

Here, you can see the setting menu of the routing rule. To be able to modify the messages on this route, you just need to select the Modify tab as you can see it in Figure 2.

Step 2 - Configure the recipient phone number

In the Modify menu, you can perform all modifying operation for the outgoing messages. At this point, you need to select the 'Replace the 'To' address' submenu like in Figure 3, and here, you can just type the phone number that you want to receive every outgoing message. Finally, just click on OK to save the modifications.

Step 3 - Send a test message

After you configured the outgoing routing rule, you just need to write a test message. For that purpose, you can set up a SMPP client, which will forward the message to the recipient. Here, you can learn how to set up a SMPP client connection. To write the message, just open the admin account, and like in Figure 4, just write a simple message to test the solution.

Step 4 - View the results in the event log

To check if the modifications worked, you need to open the SMPP client and select the Events tab. Here, you can see every event of the SMPP client connection. As Figure 5 shows that, the routing rule changed the recipient phone number, so the SMPP client forwarded the message to the modified phone number.

How to adjust SMS number prefixes

In this guide we give example routing rules, that show you how you can adjust phone number prefixes with routing rules. If the phone numbers come in various formats from the users, we need to create rules, that adjust each format to make sure that numbers are sent properly to the sms service provider.

Introduction

In our example the SMS service provider will accept a phone number coming in the following format:

+97466781661

The users of the system will use other formats to send the message. For example:

66781661	->	+97466781661
0097466781661	->	+97466781661
97466781661	->	+97466781661
+97466781661	->	+97466781661

We want to make sure all of the above formats will be accepted by our sms service provider. In order to achieve this, we will create 5 routing rules:

Route 1: Add the "+974" prefix to 8-digit long phone numbers
Route 2: Change the phone numbers starting with "00974" to start with "+974"
Route 3: Change the phone numbers starting with "974" to start with "+974"
Route 4: Leave the phone numbers starting with "+974" and send the sms to the mobile network
Route 5: Anything else should be sent to the recycle bin

Route 1 / Step 1: Create the route

The first example will add a prefix to the phone number if the phone number is exactly 8 digits long.

Change this: 66781661
To this: +97466781661

You need to create a dedicated route to do this modification. This route needs to match the 8-digit phone numbers, and it needs to modify them to have the +974 prefix.

You can start by clicking on the "Routes" icon in the toolbar. After this specify the "From" connection as "Any_SMS_User" and the "To" connection as "SMPP_Client_1". Leave the mode as "Move".

Route 1 / Step 2: Create a match condition

To make this route match phone numbers exactly 8 digits long, you need to add a "Match condition". The "Match condition" will check the "To address" and if the phone number is exactly 8 digits long the root will go into effect.

Match condition:

/^\d{8}$/

The above condition can be broken down like this:
start the matching: ^
8 digits are coming: \d{8}
end the matching: $

Route 1 / Step 3: Create a modifier

After the sms matches this pattern, the modification rule will take effect:

/^(\d{8})$/+974$1/

The above condition can be broken down like this:
change this: ^(\d{8})$
to this: +974$1

Note that the "to this" section contains $1. This means that the first group should be put there. The first group is "(\d{8})". A group is marked by ( ).

Route 1 / Step 4: Test the route

To test the system, simply send an SMS to an 8-digit phone number. Note, that after sending the message, when you check the sent items folder, you will see that the "To" phone number was changed to the appropriate format. You have sent the sms to "66781661", but the sms was actually sent to "+97466781661"

The route properties are:

Route name:	Route 1
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Move
Match To address:	/^\d{8}$/
Modify To address:	/^(\d{8})$/+974$1/

The above table contains the settings you need to apply

---

Route 2. - 00971 prefix to a +971 prefix

The second route will change the 00 prefix to a + sign. In mobile networks the international phone numbers are starting with a + sign, while in classic telephone systems they start with 00.

Change this: 0097466781661
To this: +97466781661

Match condition:

/^00974.*$/

The above condition can be broken down like this:
start the matching: ^
the following digits are: 00974
anything can come after this: .*
end the matching: $

Modifier:

/^00974(.*)$/+974$1/

The above condition can be broken down like this:
change this: ^00974(.*)$
to this: +974$1

The route properties are:

Route name:	Route 2
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Move
Match To address:	/^00974.*$/
Modify To address:	/^00974(.*)$/+974$1/

The above table contains the settings you need to apply

---

Route 3. - 971 prefix to a +971 prefix

The route will change add + sign to the phone number. In mobile networks the international phone numbers are starting with a + sign, unless the + sign is added the number will be treated as a local number.

Change this: 97466781661
To this: +97466781661

Match condition:

/^974.*$/

The above condition can be broken down like this:
start the matching: ^
the following digits are: 974
anything can come after this: .*
end the matching: $

Modifier:

/^974(.*)$/+974$1/

The above condition can be broken down like this:
change this: ^974(.*)$
to this: +974$1

The route properties are:

Route name:	Route 3
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Move
Match To address:	/^974.*$/
Modify To address:	/^974(.*)$/+974$1/

The above table contains the settings you need to apply

---

Route 4. - +971 prefix to a +971 prefix (let the properly formatted numbers through)

The fourth route will simply match the properly formatted phone number and will let the SMS through without modification.

Match this: 97466781661

Match condition:

/^[+]974.*$/

The above condition can be broken down like this:
start the matching: ^
the following digit is: +
the following digits are: 974
anything can come after this: .*
end the matching: $

Note that the + sign was put in brackets: [+]. This is because the + sign is a special character in the regular expression syntax.

Modifier:

Leave empty

If the phone number is formatted properly no modification is needed

The route properties are:

Route name:	Route 4
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Move
Match To address:	/^[+]974.*$/
Modify To address:

The above table contains the settings you need to apply

---

Route 5. - Move anything else to the recycle bin

Our final route will move any phone numbers that are not matched by any of the routing conditions above to the recycle bin.

Match: Anything
No change
Route to: Recycle bin

Route name:	Route 5
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Drop
Match To address:
Modify To address:

The above table contains the settings you need to apply

The final routing table

Your final routing table will look like this:

Add a plus sign in front of every number

The following rule will add a plus sign to every phone number that does not start with a plus sign.

---

Route 1. - 971 prefix to a +971 prefix

This rule will add a plus sign in front of any number.

Change this: 97466781661
To this: +97466781661

Change this: 9711111111
To this: +9711111111

Match condition:

/^[^+].*$/

The above condition can be broken down like this:
start the matching: ^
anything that does not start with a plus sign: [^+]
anything can come after this: .*
end the matching: $

Modifier:

/^(.*)$/+$1/

The above condition can be broken down like this:
change this: ^(.*)$
to this: +$1

The route properties are:

Route name:	Route 1
From:	Any_SMS_User@localhost
To:	SMPP_client_1@localhost
Mode:	Move
Match To address:	/^[^+].*$/
Modify To address:	/^(.*)$/+$1/

The above table contains the settings you need to apply

How to change the SMS sender ID using SMS routing

This section is about how to change the sender phone number on an SMS message using the sms routing table as it is forwarded from one connection to another. The document shows you the configuration steps you need to perform in the system to define the sender phone number. It also demonstrates how you can test your system by sending a test message and checking the results in the logs.

Step 1 - Open a routing rule

The first step that you need to perform is to select a route that you want to modify. If you are not familiar with routing rules, here you can learn about SMS routing in SMS Gateway. SMS Gateway creates default routes, so you can simply select the default outgoing route as Figure 1 demonstrates it for you.

After you selected the routing rule from the routing table, you can see the settings menu of the selected routing rule. To be able to modify the details of the messages going through this route, you just need to select the Modify tab as you can see it in Figure 2.

Step 2 - Configure the sender phone number

In the Modify menu, you can perform all operation that can modify outgoing messages. At this point, you need to select the 'Replace the 'From' address' submenu as Figure 3 demonstrates, and here, you can just type the phone number that you want to be the sender phone number of all outgoing messages.

Step 3 - Send a test message

After you configured the outgoing routing rule, you just need to write a test message. For that purpose, you can set up a SMPP client, which will forward the message to the recipient. Here, you can learn how to set up a SMPP client connection. To write the message, just open the admin account, and as you can see it in Figure 4, just write a simple test message.

Step 4 - View the results in the event log

If you would like to check if the modifications worked, you need to open the SMPP client and select the Events tab. Here, you can see every event of the SMPP client connection. As you can see it in Figure 5, the routing rule changed the phone number of the sender.

How to forward an SMS to multiple recipients

This video tutorial shows you the configuration to use if you wish to forward incoming SMS messages to multiple recipients. The guide uses the Ozeki sms routing table to achieve this result. The key is to create a route for every recipient with "Copy" mode. If a message comes in it will go through the routing table, and a new message will be created for every route. An interesting choice in this solution is that we send out the messages on the same connection where the original messages come in. In other words, the messages are routed back to the same connection, but their recipient address is modified during routing.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway a powerful on-premise SMS gateway software, that can be used to create SMS services. It has a built in very high performance SMPP server and SMPP client protocol implementation. The system can delivery up to 1000 SMS messages per second, which makes it an ideal choice for SMS service providers. Ozeki SMS Gateway also offers UCP SMS protocol, CIMD2 protocol implementations and the best HTTP SMS API. Ozeki SMS Gateway is also a great choice if you wish to provide SMS notification or SMS content services to customers and developers. This is a high performance, very reliable SMS gateway system. It can send over 1000 SMS per second on SMPP connections.

How to forward an SMS to multiple recipients (Easy directions)

To forward an SMS to multiple recipients (Figure 1):

1. Launch Ozeki SMS Gateway
2. Install SMPP client
3. Configure SMPP connection
4. Tick check boxes in Log level group box
5. Inspect the connection status logs
6. Create new routing rule for all recipient
7. Send test SMS message to multiple numbers
8. Check the logs

How the system works

How to forward an SMS to multiple recipients (video tutorial)

Add new SMPP client

To get started, you fist need to open Ozeki SMS Gateway. Click on the Connect tab in the top toolbar (Figure 2). This will display the types of connections you can create. Find SMPP client. Click Install next to it to begin configuring the new SMPP client.

Configure SMPP connection

In this window you need to provide connection details to configure your SMPP connection (Figure 3). Type your IP Address next to Host, along with the Port below. Then, enter your username and password into the respective textboxes. Now head over to the Advanced tab to configure logging options.

Enable logging

Scroll down in the advanced tab. Enable every option under Log level by clicking on the checkboxes next to them (Figure 4). Click on OK to save your settings and create the connection.

SMPP client connected

After you created the SMPP client, you will be brought to the details page of the connection. When the switch button on the left is green, it means that the client is connected. You also get a message in the Events tab, indicating that the connection has been established (Figure 5).

Add new routing rule

After successfully starting the SMPP client, you need to add a new routing rule. Click on Routes inside the toolbar on the top (Figure 6). Click on the blue Create new Route button on the top. Navigate to the Settings menu on the right. Here you need to select SMPP_client_1 for both the From and To combo boxes. Then, select Copy for Mode.

Configure new recipient address

Next you need to configure a new recipient address. Click on the Modify tab in the Route Details menu on the right (Figure 7). Enter your phone number into the To textbox. Click OK to save your settings.

Create route for all phone number

In order to send SMS to multiple recipients, you need to repeat the precious two steps found above and create a route for each phone number. While creating the routes, you must leave all the settings the same way as before, only change the phone number. All your created routes can be found in the Routes tab, which you can access in the toolbar on top (Figure 8).

Forward received message to all phone numbers

Now you can see in the Events tab, that your messages have been forwarded to the specified phone numbers (Figure 9).

Summary

Everything is now set up for you to send SMS to multiple recipients with one click. We hope you find this article helpful in implementing this solution. For more information, check out our various other guides on Ozeki SMS gateway and other Ozeki Software.

How to swap the sender and recipient phone numbers

The next document is about to show how easy you can swap the sender and the recipient phone numbers, so the sender becomes the recipient and the recipient becomes the sender. This operation is great to generate an autoreply message by changing the text as well and send it back to the sender as a response. The guide does not take more than five minutes to complete because it contains step by step instructions and each step demonstrated with a screenshot as well which makes it easier to complete.

Step 1 - Open a routing rule

The first step is to select a route that you want to modify. If you are not familiar with routing rules, here you can learn about SMS routing in SMS Gateway. SMS Gateway creates default routes, so you can simply select the default outgoing route as you can see it in Figure 1.

The next menu, that you will be able to see is the details menu of the selected routing rule. Here you can configure it and specify how it should handle your outgoing messages. To swap the sender and recipient phone number, first you need to select the 'Modify' tab, like in Figure 2.

Step 2 - Swap the sender and receiver addresses

In the Modify menu, you need to select the 'Swap sender and receiver' option, where you can set up the swapping of the sender and recipient address. This operation can be done easily by just ticking the 'Swap the 'To' and the 'From' address' option like in Figure 3. Then, you can modify or replace the original message. If you are not familiar with these operations, you can learn more about how to change the message text or how to add text to the message. To save all modifications, just click OK.

Step 3 - Send a test message

Next, you can test the solution. For that, you need to create two connections to see if the response message arrived without any problem. These connections can be HTTP server connections. If you don't know about how to create the HTTP Server connection, you can check it at this point. After you created the two HTTP server connections, open the first connection, and open the HTML form like in Figure 4.

The HTML form allows you to send test messages to other connections or phone numbers. Here, type the recipient phone number that you specified for the second HTTP server connection as Figure 5 demonstrates it. Then, just write a simple test message in the textbox. If you finished, just click on 'Submit' to send the message.

Step 4 - View the results in the event log

The last thing that you need to perform is to check if both the original and the response message arrived successfully to the sender and the recipient as well. For that, you can check the Event menu of the HTTP server connection. Here, as you can see it in Figure 6, the connection lists every event that occurred during its uptime. Here you can see the two lines that logged, first the delivery of the original message to the recipient, then the delivery of the response as well.

How to change the SMS text with SMS routing rules

In this guide, you will learn how you can modify the text of the SMS messages. You are presented with an sms routing rule that is replacing the content with a predefined text message. You can find a list of detailed configuration steps. So, let's start right now!

Step 1 - Open a routing rule

The first step is to select a route that you want to modify. If you are not familiar with routing rules, here you can learn about SMS routing in SMS Gateway. SMS Gateway creates default routes, so you can simply select the default outgoing route as you can see it in Figure 1.

By selecting a routing rule from the list of available routes, the next menu that you will be able to see is the details menu of the selected route. Here, you need to select the 'Modify' tab, as you can see it in Figure 2.

Step 2 - Configure the message text

In the Modify menu, you can configure the modification of the message text for the outgoing messages. To be able to change the text of the outgoing messages, select the 'Replace message text' submenu. Here, you can write a message like in Figure 3, so this text is going to replace every message that is going through that route. If you finished, you can just click OK.

Step 3 - Send a test message

After you changed the text of the message in the outgoing routing rule, you just need to write a test message. For that purpose, you can set up a SMPP client, which will forward the message to the recipient. Here, you can learn how to set up a SMPP client connection. To write the message, just open the admin account, and like in Figure 4, just write a simple test message.

Step 4 - View the results in the event log

To check if you have done everything right with modifying the message, you need to open the SMPP client and select the Events tab. Here, you can see every event of the SMPP client connection. Figure 5 shows that the original text is replaced by the specified message text.

Conclusion: Mastering SMS Text Modification with Routing Rules

This guide has walked you through the essential steps to modify SMS message text using routing rules in SMS Gateway. From selecting and editing a routing rule to configuring replacement text, sending test messages, and verifying changes in the event log, you now have the tools to customize outgoing SMS content efficiently. By leveraging these routing capabilities, you can ensure consistent messaging, automate text replacements, and streamline communication workflows. Remember to test modifications thoroughly and monitor event logs to confirm successful implementation. With these skills, you’re equipped to tailor SMS content to your specific needs, enhancing both functionality and user experience.

How to add text to the end of the SMS

This section is going to demonstrate that you can append a text message to the end of the SMS. This solution is quite useful if you want to add an advertisement or a signature to the end of the SMS. To achieve this goal the SMS routing table is used. An SMS routing rule, that matches the sms appends the desired text to the end of the existing message. By following the steps in this document, you will be able to see how you need to set up the routing rule to add text at the end of the message. The document demonstrates every step with a short description about what you have to do next. You can also find screenshots at each step to be able to visually check if you have done everything correct.

Step 1 - Open a routing rule

The first step is to select a route that you want to modify. If you are not familiar with routing rules, here you can learn about SMS routing in SMS Gateway. SMS Gateway creates default routes, so you can simply select the default outgoing route as you can see it in Figure 1.

Here, you can see the setting menu of the routing rule. To be able to modify the messages on this route, you just need to select the Modify tab as you can see it in Figure 2.

Step 2 - Configure the message to add a postfix

In the Modify menu, you have to select the 'Replace message text' submenu to be able to modify the message. To keep the original message, you can use the '${Content}' tag as in Figure 3. This tag represents the original message, so if you write something after that, the routing rule appends it to the original message. To save this setting, click on OK.

Step 3 - Send a test message

After you configured the outgoing routing rule, you just need to write a test message. For that purpose, you can set up a SMPP client, which will forward the message to the recipient. Here, you can learn how to set up a SMPP client connection. To write the message, just open the admin account, and like in Figure 4, just write a simple test message.

Step 4 - View the results in the event log

You can simply check if you have done everything correctly by just opening the SMPP client and here, select the Events tab. Here, you can see every event of the SMPP client connection. Figure 5 shows that the original text is merged with the text, that you wrote before so it will be sent together.

How to encrypt SMS messages

This article discusses the process of setting up encryption and decryption functions to connections. Both processes will take about 5 minutes and it requires minimal knowledge of SMS communication technology. The tutorial is detailed and easy to understand and the Ozeki SMS Gateway has an intuitive GUI. Following the steps will be easy. You will learn how to set up a channel where you could send secured messages so nobody will access the information on that channel. Don’t waste any more time. Let’s start sending SMS messages.

Computer "A" configuration

To start setting up encryption for the outgoing messages, you need to open the details of the outgoing connection. To reach that, click the outgoing connections name in the Outgoing list located in the centre panel (Figure 2). In the details page, you could customize the connection.

Create encryption modifier

In the details panel, you can find a tab called Modification. Here you can see all the modification options. To add a new one, click the Create new Modifier button. To encrypt all the outgoing message, choose the Encryption option in the right-side panel. (Figure 3)

Create a password

In the Encryption modifier details panel (Figure 4), you can provide a password that both sides could use to decrypt and encrypt the messages. Make sure that the password is something that you will remember, but hard to guess. Click the Ok button if you are satisfied with the password.

Computer "B" configuration

The Ozeki SMS Gateway on the other computer needs some modification as well. In the Incoming list, you will find the list of all channels used for receiving messages (Figure 5). Choose the one you wish to setup a decrypting modifier.

Create decryption modifier

You need to create a modification on this connection as well. Click the Modifications tab and search for the blue Create new Modifier button. Click it and you will see a panel on the right. You will see all the modification options there (Figure 6). Choose the Decryption item, so you can use this channel to display encrypted messages in a readable form.

Add password protection

In the Modifier details page, you need to provide the same password that you have provided for the outgoing connection on the other machine. You can find the textbox for it in the Decryption group box (Figure 7). It is important to type in the same password, so the two computers will use the same encrypting language. Click the Ok button if you have finished the setup.

Send test sms message

To test the encryption modifier, send a test message to the other computer. To do that, search for the New button located on the Toolbox next to the Home button. Click it and you will see the Message composer panel (Figure 8). In the To group box, provide the address of the other machine with the decryption function. Type in a text in the Message Textbox and click the Ok button to encrypt and send the message.

Encrypted SMS

As you can see on Figure 9, the sent message is now encrypted and the message is not readable for the human eye. To reach the list of Sent messages, click the Sent folder located in the Folders group box in the admin details panel on the left side. Click the blue Sent link to get here.

Decrypted SMS

If you send an encrypted message with identical passwords, the other machine could decrypt the message and display it. In the Message section you can see that the text that we typed in the sent message is the same that it received (Figure 10).

How to modify the SMS recipient phone using regular expressions

In the Ozeki SMS Gateway you can change the recipient phone number in the sms routing table. You are able to modify the rule by open it from the SMS Gateway Management console Outgoing section as the Figure 1 shows.

In order to manipulate the recipient phone number, open the actual routing rule's Modify tab and in it select the "Replace the 'TO' address" section. Here You can define an exact phone number where the messages will be sent or you are able to add a regular expression as you can see in the Figure 2. With this regexp if a phone number start with '06' it will replace to '+36'.

To test the phone number manipulation from the admin user, send a test message to a phone number what is start with 06 (Figure 3).

After the message is sent you will see in the admin user's sent folder the TO address will be changed to a phone number what starts with +36 as the Figure 4 shows.

You will also see in the service provider's Forwarded folder that the message is sent to the new phone number as you can see in the Figure 5.

How to change the SMS text using C# algorithm

This article talks about how you could change the SMS text with the help of a C# algorithm. It will start with creating a new modifier and will end with sending a test message. With this solution, you will be able to automatically modify all messages sent in a connection. This tutorial requires minimal knowledge of SMS sending technologies and minimal knowledge of coding in c#. The tutorial is easy to follow, and it is very detailed. Do not waste more time, let’s start sending SMS messages.

How to change the SMS text with C# (Quick steps)

To change the SMS text with C#:

1. Launch Ozeki SMS Gateway
2. Select Routes toolbar icon
3. Open outgoing route's Advanced menu
4. Create new Modifier
5. Choose Formula
6. Write C# algorithm to change the SMS text
7. Send test SMS message
8. Check the logs

Click the Routes button

To write a script that changes the outgoing SMS messages automatically, you first need to create a modifier. To access the Modifier creator panel, open the list of routes with the Routes button located on the toolbar of the Ozeki SMS Gateway (Figure 1). This will open a list that contains all the created routes.

Open the Advanced menu

To customize any route, you need to open the Advanced menu of it. To do so, search for the Advanced button located in the Advanced column (Figure 2). Click it and it will open the menu where you could deeply customize the routes preferences.

Add a new formula

To reach the modifications panel, search for the Modification tab. Click it and it will open the list of all the possible modifications. To create one, click the Create new Modifier button. This will open a panel on the right where you could choose which modifier to create. Choose the Formula button to open a new panel where you can write the script that modify the outgoing messages. (Figure 3)

Customize the formula

In the Modifier details panel, you can customize the script that changes your messages. In the example formula, we provided you a script that will make the text of the message upper case. This step requires knowledge of the C# language. To verify if the code is executable, click the Check syntax button. It will run your code and decides whether the syntax is correct or not. It will notify you with a text (Figure 4). Click the Ok button to proceed.

Send your first SMS

To test the modifier, send a test SMS message. Click the New button located on the toolbar. It will open the new message composer. In the Message textbox, provide the body of the message. In this example, we are sending the Hello World text. Click the Ok button to start the sending procedure. (Figure 5)

Check the result

As the result of the process, all the words will be capital letters in the message. On the events tab of the recipient, you can see that the received message is all capital letters (Figure 6). We sent the message with normal letters, so the modifier made it all capital letters.

How to route (copy) an SMS to many numbers

The following guide explains how you can send a copy of an SMS message to multiple phone numbers. The solution presented can not only be used to send the same text to multiple contacts, but it can also be used to send a different text from your computer to the selected phone numbers. This solution is great if you wish to notify multiple people with one text message. It can also be used to send additional information to a single person, when a certain text message is sent to him. To understand the tutorial, it is helpful if you are familiar with the SMS routing basics of Ozeki SMS Gateway. This document contains use cases, a video tutorial and a step-by-step instruction list which makes the whole procedure easy to complete. This guide takes about ten minutes to complete. So, let's get started!

How to send multiple sms at once

This question is typically asked when our customers want to send SMS messages effectively. Finding simple solution to this problem is very easy. Use bulk SMS software like Ozeki SMS Gateway. In the software add multiple recipients from your address book in the to field in the sms composer and write the text of the message.

Use cases

• Let a business application send a notification to multiple recipients
• Receive a text and forward it to multiple contacts
• Send multiple sms from your pc with one click
• Send multiple text messages to one person with different text
• Send the same text to multiple phone numbers, when an app wants to send a notification.
• Send sms to multiple contacts in a contact list

How to send sms to multiple recipients?

There are three basic methods to send SMS to multiple recipients. You can add a list of phone numbers on the SMS composer form, you can add the phone numbers to an SMS address book (and use the address book name as the recipient field when you send the text messages), and you can use the routing table to send a single SMS to many phone numbers. This document focuses on using the SMS routing table to achieve this goal.

To send sms to multiple recipients you can:

• Add multiple recipients in the to field in the sms composer
• Use an SMS address book as the SMS recipient
• Setup SMS routing to send the sms to many numbers

How can an application send a text to multiple numbers using a PC

If you apply this solution in a business system, you will use an SMS gateway installed on a PC. The business application will send the SMS to this SMS gateway, and it will make copies of the SMS and forward the copies to the mobile network. When you send SMS to multiple recipients from a PC you can build a high-performance system sending several thousand or even several million SMS messages.

To setup this solution install Ozeki SMS gateway on Windows or Linux, connect it to the mobile network through the Internet or using a wireless link, and create a user account in it for the business application to be able to send the notification. The notification sent by the business application can be sent to multiple phone numbers by creating several rules in the routing table with the copy directive. (Figure 1)

How to send SMS to multiple recipients (Quick instructions)

To send SMS to many numbers:

1. Connect your PC to the mobile network
2. Determine the phone number of the PC
3. Setup routing to copy SMS messages to multiple numbers
4. Send a test SMS from the SMS gateway
5. Send an SMS from the Business application
6. Let the SMS gateway forward the SMS to the recipients
7. Check the log to see if the SMS was sent multiple times
8. Ask the recipients if they received the SMS

To send sms to multiple recipients (video tutorial)

In the following video you can see the configuration example. In this example the business application will connect to the SMS gateway through an SMPP server user account. A similar configuration can be used if the business application uses the C# SMS api, or any other method to connect to the SMS gateway.

After the business application is connected, the SMS gateway will use an smpp client connection to forward the SMS messages to multiple numbers to the mobile network. The routing table will do the magic of creating copies of the sms.

Step 1 - Connect your PC to the mobile network

The first step to setup this solution is to connect your PC to the mobile network. You can do this in various ways: you can create a direct connect ot a mobile network operator's SMSC using an SMPP client connection, an UCP client connection or a CIMD2 client connection. You can connect to an online SMS service provider over the Internet, or you can also connect wirelessly, by attaching a GSM modem or a GSM modem pool to your PC or you can simply turn your android mobile into an SMS gateway.

The simplest solution is to use the android sms gateway option. The best solution is to use an SMPP client connection, because it gives much higher performance. (Figure 2)

After you opened the SMS Gateway application, you will be able to see the main menu of the SMS Gateway. This main menu contains three main sections: Connections, Routes and Users and Applications. Now, at this point, you need to create a user in the SMS Gateway. To perform this operation, just click on 'Add new user/application...' as you can see it in Figure 3.

The next menu that shows up, lists all the available users and applications that can be created in SMS Gateway. Every option has got a short description that helps you to decide which application is needed in your case. To follow this guide, you just need to have a simple Standard user, so as Figure 4 shows that, just click on the 'Install' button of the Standard user connection.

Before finishing the creation of the Standard user connection, you have to specify some details for the connection. These details in this case are a username and a password for the connection. So, all you need to do is to provide these details for the connection like in Figure 5 and finally, click on Ok to create the first of the two Standard user connections that needed to complete this guide.

Step 2 - Create the second standard user connection

To see the effects of how Ozeki 10 SMS Gateway copies the SMS messages for multiple connections, you need to create a second Standard user connection. To be able to do this, you just need to follow the instructions of Step 1, since it needs to be created the same way. The only thing that has to be different is the username and the password of the connection. After you created the connection, it shows up as you can see it in Figure 6.

Step 3 - Create HTTP Server connection

The next step of the guide that you need to complete is to create an HTTP Server connection that is capable of sending SMS messages. This way, you will be able to see how the SMS messages are routed to the Standard user connections. To create a new HTTP Server connection, first, select the 'Add new connection...' option from the main menu of the SMS Gateway as Figure 7 demonstrates that.

Next, the selection menu of the connection is going to show up, where you can choose from a lot of available connections with some description and choose which one suits your solution the most. Now, you need to choose the HTTP Server connection, so as you can see it in Figure 8, click on the 'Install' button of that connection the move to the installation menu, where you can specify some details of the connection.

Finally, before you can create the HTTP Server connection, you have to provide the main details of the connection. The first thing that you have to specify here is the name of the connection. Next, you can choose the port, where the HTTP Server is going to run. You can modify this port, or you can just leave it as the default port number. Lastly, specify a telephone number for this connection which makes it easier to identify. After you created the connection, you need to enable it by turning on the toggle like in Figure 9. If it is successfully enabled, you will be able to see the green tick on the connection.

Step 4 - Create a route to the first Standard user

After you created all connections that needed, next, you should set up the routes that copy the messages to the user connections. Since the creation of each user connections also created a default route for them, you don't have to create a completely new route, you can just modify the existing one. So, just select the route of the first Standard user connection. Here, you need to modify the 'From' field by setting the HTTP Server connection for that like in Figure 10 and for the 'Mode', select the Copy option. If you have done these settings, just click on OK.

Step 5 - Create a route to the second Standard user

The route of the second Standard user connection needs to be set up properly as well. So, as you did with the first user connection, select the route of the second Standard user connection from the list of the routes. Here, you need to select the HTTP Server connection for the 'From' field, and as you can see it in Figure 11, select the 'Move' option as the Mode. Lastly, just click OK to save the modifications.

Step 6 - Simulate incoming SMS

At this point, every connection and route set up for the incoming messages. Now, you just need to receive some. To test the solution, you can use the HTTP Server connection to initiate some message and see how it will be routed between the Standard users. For that, open the menu of the HTTP Server connection, and here, click on its URL on the left side. By doing this action, the HTML form of the connection shows up (Figure 12). All you need to do here to send a test message is to set up a recipient phone number and write the text of the message. If you finished, just click on 'Submit'.

Step 7 - Check the inbox folder of the first Standard user

Now, it's time to check the inbox folder of the Standard users to make sure the route works properly and copied the messages from the HTTP Server connection. So, to do this, just select the first Standard user from the main menu and click on the Inbox folder. Here, you will be able to see like in Figure 13, that the message sent by the HTTP server connection landed in the inbox folder of the Standard user connection as well. This means the route copied the message successfully.

Step 8 - Check the inbox folder of the second Standard user

The last step of the guide is to check the inbox folder of the second Standard user connection as well. For that, just select the connection from the main menu, and as Figure 14 demonstrates that, click on the Inbox folder. Here, you should see the same message that was in the inbox folder of the first Standard user connection. If it is the case, that means the second route did its job successfully to move the message to the second Standard user.

FAQs

Is it possible to send a single message to multiple recipients?

The world of SMS uses two main methods for sending messages:

• Point-to-Point (P2P): This is the familiar texting you do with friends and family. You send a message to a specific phone number, and it goes directly to that recipient.
• Point-to-Multipoint (Cell Broadcast): This method allows mobile network operators to send messages to a large group of users in a particular area at once. These messages typically contain important network information, like:
  • Service updates
  • Emergency alerts
  • Local weather warnings

For most users, Point-to-Point texting is the everyday way to communicate via SMS. Cell Broadcast messages, on the other hand, are sent by the network and typically don't require any action from you.

How can I send longer text? What are concatenated SMS messages?

The SMS technology allows you to send longer data by splitting data into segments and transmitting the segments as multiple SMS messages.

Traditional SMS messages are limited to a mere 140 characters. But what if you need to send a longer message? Ozeki SMS Gateway bridges this gap with concatenated SMS, also known as long SMS or multipart SMS.

• Splitting Up the Message: When you send a long message through Ozeki SMS Gateway, it automatically splits it into smaller, digestible chunks – each adhering to the 140-character limit.
• Seamless Delivery: Each segment is then sent as a separate SMS message.
• Reassembly at the Destination: Upon reaching the recipient's phone, these individual messages are intelligently combined back into the original long message, ensuring your message is delivered in its entirety.

Ozeki SMS Gateway handles the entire process seamlessly, taking care of the segmentation and reassembly behind the scenes. You simply compose your message, and the gateway ensures it reaches its destination, even if it exceeds the standard character limit.

In essence, Ozeki SMS Gateway unlocks the full potential of SMS communication, allowing you to transmit longer messages without compromising convenience or clarity.

What happens if an SMS message is sent to a mobile phone that is offline?

When you send an SMS, it takes a journey before reaching the recipient's phone. Here's what happens:

• Mobile Originated (MO) Message: Your phone sends the message to a central message centre called the SMSC (Short Message Service Centre).
• Storage and Routing: The SMSC acts like a post office. It stores your message and tries to locate the recipient's phone within the mobile network.
• Mobile Terminated (MT) Delivery: Once the recipient's phone is online, the SMSC forwards the message (now called a Mobile Terminated or MT message) to their device.

Computers Can Send SMS Too! SMS isn't just for phones. Applications on computers can also send SMS messages using a process called Application Originated (AO) message submission. This typically involves using an IP SMS protocol to connect to an SMSC.

In essence, whether from your phone or a computer application, SMS messages rely on the SMSC to ensure they reach their destination.

Can I use my micro-SIM card with Sierra Wireless Fasttrack modem?

The Ozeki Android SMPP SMS Gateway acts as a two-way bridge between your Android phone's SIM cards and Ozeki on your PC. It seamlessly forwards all incoming SMS messages to Ozeki for centralized management, while also allowing you to send SMS messages through Ozeki, selecting the appropriate SIM card on your Android to deliver the message to the recipient (as long as their phone is active).

Can I use my smart phone as a GSM modem?

Direct connection between Android and Ozeki isn't supported. But the Ozeki Android SMPP SMS Gateway app lets you connect your phone, enabling sending and receiving SMS through Ozeki on your PC.

I can send SMS, but I cannot receive with my modem. Why?

While Ozeki SMS Gateway might be receiving incoming SMS messages, there's a possibility they are not reaching their intended destination. Here's a potential cause and solution to consider:

• Missing Inbound Routing Rule: Ozeki SMS Gateway relies on pre-defined routing rules to direct incoming messages to specific users or applications. If such a rule is not established for a particular sender or message type, the message might not be forwarded as intended.

To ensure proper delivery of incoming messages, it's crucial to verify and potentially configure inbound routing rules within Ozeki SMS Gateway. For detailed instructions on configuring inbound routing settings, please refer to the following resource: https://ozeki-sms-gateway.com/p_138-how-to-send-sms-from-sqlite.html

By checking and adjusting inbound routing rules as necessary, you can ensure that Ozeki SMS Gateway efficiently forwards incoming SMS messages to their designated recipients within your system.

Routing SMS by selecting mobile networks

In this guide you will learn about connecting your SMS system to multiple mobile networks for sending SMS messages. This is useful to achieve redundancy and to optimize for costs. You will learn, how to setup SMS routing to select the mobile network you wish to route your message to. The guide does not detail the SMS routing basics and how to setup of IP SMS connections to mobile networks, as there are separate guides for that. The focus is on working with multiple connections, and the ability to control what happens to messages going through your system. You will learn how to select a destination for your messages and how to modify the message content or the message sender and recipient addresses on the fly.

Terms and definitions

Let's get started by defining the most important definitions needed to understand multiple mobile network connections and SMS routing.

What is an SMS message: An SMS message is a sort text or binary message that goes through your system. It carries 140 bytes of useful data. It can carry 160 gsm (Latin) characters, which are 7 bit long, 70 unicode characters which are 16 bit long, or 140 bytes of binary data. Long text messages (longer than 160 characters) are split into multiple SMS in order to carry the long text over the network. This technology is called segmentation and reassembly (SAR). The sender mobile phone segments the long text and sends it over the network using multiple SMS messages, and the recipient waits for all message segments to arrive and assembles them. When you are working with SMS routing you route standalone short messages (or message segments of multipart SM). When a multipart message goes through the system, each part is routed individually.

What is an SMS connection: A connection is an interface for an SMS message to either come into the system or to go out from the system. For example, you can setup an SMPP client "connection" to connect to a mobile network operator. In this case you can send messages and receive messages through this connection to and from the mobile network. Another example would be a database. You can setup a database with two database tables to send and receive SMS messages. In this case you would add a database "connection" to your system.

What is an SMS route: A route takes a message from one connection and passes it to another connection. For example, you can setup a route to take a message from the database connection and to pass it to an SMPP client connection. Routes can also be used to modify a message on the fly (e.g. replace the message text to something else or to change the sender or recipient phone numbers.

What is an SMS routing table: A routing table contains a list of routes. When an SMS message comes in from a connection, the routing table is used. The system checks the first route and if it matches the sms message, it will use it to select the destination connection. If the incoming sms does not match the first route, it tries to use the second route, then the third and so on. Routing stops when a route matches the incoming sms.

Overview

Since the Ozeki SMS software offers many different connections that can be used as an SMS router. It will work at high-performance, and it can be used to control your messages. In order to setup Ozeki as an SMS router, you need to learn how to setup connection and how to setup SMS routing. Figure 1 gives you an idea on what kind of SMS connections you may setup.

How to route SMS messages?

1. Open the Ozeki SMS Gateway home screen
2. Add a new SMS connection to the mobile network
3. Add a new SMS user or an SMS application
4. Create an outbound SMS route
5. Define a phone number prefix for routing
6. Create an inbound SMS route
7. Optionally setup recipient phone number condition
8. Set the order of routes
9. Optionally modify the SMS message text
10. Decide if you want to copy the message or move the message

Step 1 - Open the Ozeki SMS Gateway home screen

On the main page of the Ozeki SMS gateway, you can see the Service provider connections, the User/Application connections, outbound and inbound routing rules.

Step 2 - Add a new SMS connection to the mobile network

You can add a service provider connection by clicking Add new connection in the Connections section. Then select the type of connection that suits for you from the list and click Install to add the connection.

Step 3 - Add a new SMS user or an SMS application

You can add a User or Application connection by clicking Add new connection in the Users and applications section. Then select the type of connection that suits for you from the list and click Install to add the connection.

Step 4 - Create an outbound SMS route

You can add an outbound routing rule by clicking add new route in the Outbound section. Then in the Settings, for the From connection, select the User connection from which you are sending the SMS, and for the To connection, select the Service provider connection through which you want to send the SMS to the service provider.

Step 5 - Define a phone number prefix for routing

In the SMS Gateway, during routing, you have the option of selecting which service provider connection to send the message to, based on the prefix of the recipient's phone number. On the Match tab, in the To address field, you can enter the phone number prefix you want to use in the given routing rule.

Step 6 - Create an inbound SMS route

You can add an inbound routing rule by clicking add new route in the Inbound section. Then in the Settings, for the From connection, select the Service provider connection from the sms is arrived, and for the To connection, select the User connection where you want to forward the SMS.

Step 7 - Optionally setup recipient phone number condition

In the SMS Gateway, during routing, you have the option to select which user connection the message will be forwarded to, based on the recipient's phone number. On the Match tab, in the To address field, you can enter the phone number you want to use in the given routing rule.

Step 8 - Set the order of routes

The order of the routing rules determines the order in which the Ozeki SMS gateway scans them. In the routing table, you can use the arrows in the order section to change the order of the rules.

Step 9 - Optionally modify the SMS message text

When sending an SMS, you have the option to modify the sent message during routing. You can do this in the Replace message Text field on the modify tab of the routing rule.

Step 10 - Decide if you want to copy the message or move the message

To send a message over two connections with the Ozeki SMS gateway, all you have to do is create two routing rules. For both, the From connection should be the user whom you want to send the message and the To connection should be the two service providers which you want to send the SMS. Finally set Mode to Copy for both rules.

How to use HLR lookups in SMS routing

This guide provides information about HLR lookups and how HLR information can be used in SMS routing. It first defines what an HLR is and proceeds to give information on how HLR information can be used in SMS routing. Finally, it gives detailed step by step instructions on how to setup HLR lookups in the Ozeki SMS Gateway.

What is HLR

HLR stands for Home Location Register. HLR is a database maintained by the mobile network operator with a list of phone numbers it originally issued. The HLR stores information about whether a phone number is connected to the mobile network, is it ported to a different telephone company and is it roaming a different network.

Getting started

All mobile network operators are connected within a system called the SS7 signalling network. The SS7 transports data about subscribers, networking, voice calls, and SMS text messages between the carriers. Real-time context and status information about every mobile phone is stored in databases called Home Location Registers, which form the backbone of subscriber information for a mobile network.

HLR Lookups is a technology to query home location registers and acquire live networking and connectivity information about mobile phone numbers, such as, whether a mobile phone is switched on or switched off, to which network it belongs, whether it is currently roaming, if a number has been ported between networks, and if it is valid or invalid.

HLR Lookups supply businesses with real time queries towards the home location registers of all mobile networks. This documentation helps you to implement HLR Lookups into your own software to automatically receive real time mobile phone information when needed.

Create a hlr-lookups.com account (Video tutorial)

The following video informs you about how you can connect a HLR account and the Ozeki 10 SMS Gateway. The video starts with the registration of a new HLR Lookup account and takes you all the way to having the SMS Gateway connected with it. You will learn how to register a new HLR user account and how to setup a working connection with the Ozeki 10 SMS Gateway. This detailed video is only a little over 2 minutes and it is easy to follow. You will have no problem following the steps.

Register a user account at HLR Lookup

To start using the service, you first need to visit the home page of HLK Lookup. Search for a green signup button located on the upper-right side of the page (Figure 1). Click it and you will be presented with a registration form. Type in the information required for signing up and click the green Create Account button. This way you will have a registered user account for the HLR Lookup service. With this account you could begin implementing the feature to your system.

Check the confirmation email

Login to your email account and search for a confirmation email from HLR Lookup. Click the blue link to finalize your registration (Figure 2). This email is an assurance that the email address for the user account is legit and reachable by the owner. If you activated your account, go back to the main page of the HLR Lookup website.

Open the API settings

Login to your account to access your dashboard, where you could check your spendings. To access your account settings, search for a green Account button located under the Dashboard label. By clicking it, you will reach the account settings page. (Figure 3)

Look for the API settings option, which is the last one on the list of settings (Figure 4). Click it and find the green Got To API Settings button. By configuring your API settings, you will get all the necessary API credentials you need to work with the HLR Lookup service.

Copy the API key and API secret

An API is an Application Programming Interface that provides access to the hardware and software element of a system. A program could send requests to an API that will return with the collection of required information. To avoid exposing the ecosystem of HLR Lookup to attack, it is important to protect the API with a unique key and password that is only available for the user of the service.

You could get the key and password in the API Credentials page of the HLR Lookup menu (Figure 5). Copy those information, to use them later in the process of creating a HLR provider in Ozeki 10 SMS Gateway.

Create a new provider in Ozeki 10 SMS Gateway

Open the Ozeki 10 SMS Gateway and open the Advanced menu with the icon located on the toolbar (Figure 6). On the left panel, you will find the HLR Lookups button. Click it and look for the blue Create new HLR provider button. Press it and you will be presented with two options on the right side of the screen. Choose the hlrlookups.com. This way, you will have direct connection to the HLR Lookup service through the API.

Provide the authentication details of the API

In the General tab, you can find the Authentication group box (Figure 7). There you can find two textboxes. Insert the proper data you copied from the HLR Lookup, into the input boxes. The first box needs the key, the second needs the password or secret. Click the Ok button under the Authentication group box to finalize your setup.

Run HRL lookup from Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to create a new HLR record directly from the Ozeki 10 SMS Gateway. The video will start with having a HLR provider and takes you all the way until you have every information about the phone number you provided. You will learn how to create a new HLR record and how to get information about the record. This video is only 75 second long. It is very detailed and easy to understand, so you will have no problem following the steps.

Open the HLR Lookups link

To manage your HLR providers, open the advanced page. Click the Advanced icon located on the toolbar of the Ozeki 10 SMS Gateway. Here you need to find the HLR Lookups on the left panel (Figure 8). Click it and you will see all the existing HLR Providers in the middle panel. This list is important, because you could edit, delete and add new providers from here.

Create a new HLR record

To add a new item to the HLR record list, find the HLR records tab page (Figure 9). Click it and find the blue Create new HLR record button right under the tab. Click it and in the general tab of the right-side panel, you could type in a phone number that you wish to store and query information about with HLR Lookup. This phone number and all the information the HLR Lookup find will become a HLR record.

Request a data query from HLR Lookup

To search for information about the record, go back to the list of HLR records. There, you will find your new item. You can find the phone number, the connectivity status, and more data. To get even more information, press the HLR lookup button located next to the lookup date of the list item. Press it to send a request to the API of the HLR Lookup. It will return with the most important data elements about the record. (Figure 10)

Look at the result of the data query

To check the result of the query, look for the Details button located at the end of the record data line (Figure 11). Click it to see the details page, which contains all the information the HLR Lookup service could acquire. The page you will se now is the record details page.

On the record details page, look for the Advanced tab. There you will see a list of information about the phone number. You can see for example if the phone number is connected to any service provider and which country the phone number is registered in. The Hint icon next to each textbox will give you more information about that specific data piece (Figure 12).

How are HLR lookups used in SMS routing?

The Home Location Register (HLR) plays an important role in SMS routing, because it can provide information to where the text message should be routed to.

Large companies setup many SMS routes, to various SMS service providers and mobile network operators and they use SMS routing to determine where each text messages should end up. SMS routing selects the appropriate SMS service provider connection, such as an SMPP client protocol connection, a CIMD2 client protocol connection or a UCP sms client protocol connection for sms delivery.

A HLR lookup can provide valuable information on how an SMS messages should be routed. A HLR lookup in Ozeki works by attaching tags to the SMS messages. Tags contain information about the fields returned by the HLR lookup. HLR lookup is performed before SMS routing takes place. When an SMS route is created it can use match conditions of tags to select the appropriate SMS service provider connection based on information received from the HLR lookup.

HLR based routing (Video tutorial)

The following video gives you all the information about how you can use the HLR Lookup service to route your SMS messages. This video starts with enabling HLR lookup service to use for SMS routing and it will take you all the way to your first sent SMS message. The video is detailed but easy to understand. It only takes a little more than 3 and a half minutes so you will have no problem following the steps. You will learn how to enable HLR lookup for SMS routing, how to configure your message for successful delivery and how to check if the message was accepted and sent.

Edit the settings of the Ozeki 10 SMS Gateway

In the menu bar of the Ozeki 10 SMS Gateway, you can see the Edit menu button. Under it, you will see the Preferences submenu item. Click on the button to open the preferences menu (Figure 13). From there you can edit the settings of the Ozeki 10 SMS Gateway and enable HLR Lookup service for SMS routing.

Enable the HLR Lookup for SMS routing option

In the General settings list, look for the HLR Lookup list item. Click it to see the general setting details panel. In the HLR Lookups group box, you will find a checkbox that is for enabling the usage of the service for SMS routing (Figure 14). Tick in the checkbox and click on the Ok button to finalize your configuration.

Send a test message

You could test the new routing settings by sending a test message to the recorded phone number. This way you will be able to get the tag that the HLR Lookup attaches to the message. To do so, click the New icon on the tollbar of the Ozeki 10 SMS Gateway (Figure 15). Now you will see New message composing panel. In the Address textbox, you will need the phone number, you wish to send the test message to. Under it, you can see the Message input field. Type in the HLR test text and click the Ok button to send the message. This way, the HLR lookup service will search for information about the phone number. It will attach the information to the message.

Check the tags of the sent message

If you have successfully sent the message and it was submitted, it will be visible in the sent folder. To check the information you need in the tags, look for the user information panel on the left side (Figure 16). In the Folders group box, you can find the Sent folder. Click it and check the list of sent messages. Under the list, you will find the Message details panel. Here you can see all the information about the submitted message. Look for the Tags tab page next to the Delivery history tab. Click it and you will be presented with the tags that the HLR Looks service attached to the message. Here, you need to find the hlr_original_country_code field. This tells where the phone number is registered originally. Copy that information somewhere for later use.

Add a new route according to the HLR

To have the message delivered successfully, you need to create a route for it according to the information obtained by the HLR service. To do this, open the Route list with the Route icon located on the Toolbar (Figure 17). Now you will find a blue button titled Create new Route. Click it to open the Route details panel on the right side of the screen. There you will find the Settings group box. In that group box you will find the To input field. You need to provide the created SMPP clients address here.

Add a new routing condition

In the Route details panel, you can find the Match tab page. Here you will see a Tag group box (Figure 18). In this group box, you can add a tag name which will be detected and a tag value which will be used as the condition for detection. Next to each input field, there will be a help icon, which can be used as a way to get more information about what you need to type in to the textbox.

In the Tag name group box, paste in the hlr_original_country_code text that was copied from the tags of the submitted message. Paste the value of the hlr_original_country_code into this textbox. This way, if the gateway detects that a message is sent with the provided value, it will automatically use this suitable SMPP protocol for sending the SMS. In the example case this is the GB tag (Figure 19).

Send a new test message

Now it is time to send a new test message. Just as before, click the New icon on the Toolbar. This will take you to the New message compositor page. In the Address textbox, you need to provide the phone number you have sent the last test message to. Under it you can see a Message input field. Type in the HLR route test text. Click on the Ok button to send the message. (Figure 20)

Test message successfully sent

On the Message delivery history page, you can confirm that now the test massage was sent through the new configured SMS connection. The first test message status said the message is submitted. Now this new configured SMS message status says Submit accepted by the receiver. Now you can use this configured SMPP connection to send messages to the country you have provided the code of as a tag value.

SMS routing restrictions

In some cases you need to implement routing restrictions to comply with government regulations or customer requirements. This guide shows you how you can implement a routing restriction. The example we are about to present is a classic example of routing restrictions. We show how is it possible to restrict a service to prevent International SMS sending.

How to turn off sending international SMS? (Quick start guide)

1. Access your Ozeki SMS Gateway account
2. Add new routing rule
3. Go to the 'Match' tab
4. Choose the 'To address' option
5. Set recipient with national code
6. Set connections
7. Modify the default route to drop messages
8. Send a message using an international address
9. International message is dropped
10. Send a message using a national address
11. National message is sent
12. Add new rule to allowed user
13. Send a message from allowed user using an international address
14. Allowed user's international message is sent
15. Send a message from allowed user using a national address
16. Allowed user's national message is sent

How to block International SMS messages?

In this short video guide, we will walk you through the most important steps when it comes to SMS routing. By the end of this tutorial, you will know how to disable or able sending international SMS messages. Blocking international SMS messages can save you money and ensure faster delivery. (Video 1)

How to prevent sending international SMS messages (Step by step guide)

To begin the process, login to your Ozeki SMS Gateway account. If you do not have an account yet, then create one, by downloading Ozeki SMS Gateway from the website. The first thing you have to do is click on the 'Create new route' sign to create a new routing rule. (Figure 1)

A 'Route details' window will open, where you have to select the 'Match' tab. Within the 'Match' tab you have to choose the 'To address' option. You will be required to set up a recipient with a national code in the 'Recipient' window. (Figure 2) When you are ready, click on the "Ok" button to continue the process.

The next step is setting connections (Figure 3). Do this by clicking on the route you have just added in the previous step. Go to the 'General' tab and specify the message route. You have to provide where and from where you want your messages to go. Set 'From' to 'Any_SMS_User@localhost' and 'To' to 'Any_SMS_Connection@localhost' Hit the 'OK' button to save changes.

To continue the process, you have to modify the default route to drop messages (Figure 4). Select 'out_sms' and then go to the 'General' tab. Go to 'Mode' and open the drop-down list. Select the 'drop' option.

To succeed with this step, you have to send a message first. Set the recipient's address and then enter the message you would like to send into the box. Press 'Ok' to deliver the message. After sending the message you will see the 'Message delivery history'. As you will see the message did not go through routing because international messages are dropped (Figure 5).

The next step is sending a new message but using a national address. Enter recipient's address into the proper box and type a message. Press 'Ok' to deliver the message. You will see at the 'Message delivery history' that the national message has been successfully sent (Figure 6).

Adding a new rule to allowed user is the next important step in the process (Figure 7). Go to the 'General' tab and set up the new route's settings. Select 'Any_SMS_Connection@localhost' from 'To'. Press 'Ok' to add new rule.

Go to the Home page and select the correct user. Set the proper international recipient's address and enter you message into the box below. You will see that the allowed user's international message has been sent (Figure 8).

Send another message using the same allowed user you have used before. This time instead of an international address, use a national one. At the 'Message delivery history' you can see that your message has also been successfully sent to a national address (Figure 9).

How to assign phone numbers to users using routes (Quick Start Guide)

1. Log into your Ozeki SMS Gateway account
2. Create new route to Alice
3. Go to the 'Match' tab and choose the 'To address' option
4. Set Alice's phone number
5. Create new route to Bob
6. Go to the 'Match' tab and choose the 'To address' option
7. Set Bob's phone number
8. Create route for other numbers
9. Modify the routing order by clicking on the arrows
10. Send message to Alice
11. Message is sent to Alice
12. Go to Alice's 'Inbox' and see that the message is there
13. Send message to Bob
14. Message is sent to Bob
15. Go to Bob's 'Inbox' and see that the message is there
16. Send message to other number
17. Message is sent to other number
18. Go to 'Management' and choose the 'SMPP_client_1'
19. Message is received by the service provider

How to assign phone numbers to users using routes (Video tutorial)

In this easy-to-follow, user-friendly video guide we will show you the most important steps when it comes to assigning phone number to users using routes (Video 2).

How to assign phone numbers to users using routes (Step by step guide)

First thing first, log into your Ozeki SMS Gateway account. Go to the 'Create new route' to begin the process. Navigate to the 'General' tab and within the 'Settings' specify the message route. Set 'From' to 'Any_SMS_user@localhost' and 'To' to 'Alice@localhost' so that you create a new route to Alice (Figure 10).

Reach the 'Match' tab. Choose the 'To address' option within the 'Match' tab. Set Alice's phone number by entering the recipient's address (Figure 11).

Now you have to repeat the previous steps, but now with Bob. Click on 'Create new route' (Figure 12). Go to the 'Settings' within the 'General' tab and change the message route's destination to 'Bob@localhost'.

Setting up Bob's phone number is the next crucial step. Navigate to the 'Match' tab and select the 'To address' option from the list. Enter Bob's phone number into the 'Recipient' box (Figure 13).

To continue the process, you need to create a new route for other numbers (Figure 14). Go to the 'General' tab and specify the message route. Set the starting point of the message route to 'Any_SMS_User@localhost' and the destination to 'SMPP_client_1@localhost'. Press 'Ok' to save changes.

Within your routes, you can modify the routing order (Figure 15). Click on the proper arrows to reach to the desired order you wish to create.

The next step is sending a message to Alice. Enter Alice's phone number into the 'Address' box, write you message and press 'Ok' to deliver the message. At the 'Message delivery history' you will see that the message has been sent to Alice (Figure 16).

Navigate to the 'Management' sign in the upper right corner of the screen. Select 'Alice' user. Go to 'Inbox' and you will see the message we have just sent to Alice (figure 17).

Repeat the very same steps, but now with Bob. Send a message using Bob's phone number, enter the SMS message and press 'Ok' to send. At the 'Message delivery history' you will see that the message has been sent to Bob (Figure 18).

Go to 'Management', and select Bob user. Go to Bob's inbox to see that the message appears in his inbox (Figure 19).

The next step is sending a message to another number (Figure 20). After you press 'Ok' you will see that the message has been successfully sent to other number.

Go to 'Management' and choose the 'SMPP_client_1' among the connections. At the bottom of the page, you will see that the message has been received by the service provider (Figure 21).

Frequently Asked Questions (FAQs)

What is SMS routing?

SMS routing is the method of directing text messages from the sender to the recipient efficiently, considering factors like destination and cost. It ensures messages are delivered reliably and quickly while minimizing expenses.

Why is preventing international SMS messages important?

• Saving money: International texting often costs more than local messaging. By stopping international SMS, users and providers can avoid pricey fees.
• Steady communication: International texting can strain networks, slowing down delivery. Blocking unnecessary international messages keeps things running steadily.
• Targeting audience: If a business wants to reach specific group of audience, avoiding international messaging lets them focus efforts where they matter most, making campaigns more effective.

Why should I use routes when assigning phone number to users?

If you have both local and international phone numbers, routes ensure that your messages are sent through the most cost-effective path. They are useful when you need more control over how your SMS messages are handled based on the phone number or other factors.

Summary

These SMS Routing examples can be very helpful when it comes to optimizing your communication. For example, preventing international SMS messages in SMS routing is important for several reasons. It helps to minimize costs for both users and service providers by avoiding expensive international routing fees. But knowing how to assign phone numbers to users using routes is also important. The aim is to effectively distribute phone numbers among users, enabling proper communication, and improving the management of resources. Within Ozeki SMS Gateway you can try out these SMS routing examples and use them to make your communication system better while ensuring faster and more reliable delivery of your messages.

User Guide

The Ozeki SMS User guide offers documentation of Ozeki SMS Gateway's user interface for humans. If your employees wish to send SMS messages from office desktops, check out the following articles.

How to use Excel to send SMS

Manage sending times and resubmissions

How to create an SMS user account

This chapter explains how to install and configure a standard user for SMS messaging using the graphical user interface of the Ozeki SMS Gateway software.

Standard SMS User Client

How to create an SMS user account

To create an SMS user account:

1. Launch Ozeki SMS Gateway
2. Add a new user in Ozeki SMS Gateway
3. Install Standard user
4. Provide unique username and password
5. Enter the recipient phone number
6. Type the SMS message text
7. Send the test SMS message by click on Ok
8. Check the status of the message in Message delivery history

Create an SMS user account (video tutorial)

In this following short, 40 seconds long video you can learn how to create an SMS user account in Ozeki SMS Gateway. It will explain you all the essential steps, you have to make, so it won't cause any problems to complete the process. It starts by adding a new user in the Ozeki SMS Gateway and configuring the user account, by adding the necessary information. It will show you the method of sending an SMS message to your recipient. The Ozeki SMS Gateway's user-friendly interface provides that, if you follow the steps given in this video tutorial, you will be able to create an SMS user account in a simple way, when you needed.

Step 1 - Add new user or application

To start installing and configuring a standard user, click the Add new user/application... link on the right of the Management Console (Figure 2).

Step 2 - Install Standard user

An interface will open consisting of two panels. The left-side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the Standard User and click the blue 'install' button next to it (Figure 3).

Step 3 - Configure username and password

Clicking the Install link will bring up the Standard user installation panel. Here, you need to enter a unique username in the Username field and a password in the Password filed (Figure 4).

Step 4 - Send test message

From the Standard user GUI, you can send SMS message. Provide the recipient address, the message and click on the OK button (Figure 5).

Step 5 - Message sent

After the message is sent you can see the result of the sending in the message delivery history (Figure 6).

How to send your first SMS

Ozeki SMS Messenger is a SMS text messaging software to send SMS to your entire contact list and personalize your messages using custom fields. The SMS messenger has intuitive user interface, so you can start to use for sending multiple SMS messages immediately. To achieve this functionality you need to install standard user in the Ozeki SMS Gateway, login as a standard user, then you can start sending group text messages.

What is SMS Messenger?

Ozeki SMS Messenger is a software application designed to facilitate efficient and effective text messaging communication. It serves as a tool within the broader Ozeki SMS Gateway system, which specializes in managing SMS interactions and communication channels. Ozeki SMS Messenger allows users to compose, send, and receive text messages, providing features like message history tracking, status updates, and notifications. It's commonly used in various industries and contexts where reliable SMS communication is essential, such as marketing campaigns, customer support, and notifications.

Send SMS text message with Ozeki SMS Messenger (Video tutorial)

In the following video, you will learn about how you can setup Standard user in the Ozeki SMS Gateway server software and start using the SMS Messenger with sending your first short text message. The video is a little shorter than 1 minute, but it contains all necessary information to be able to do it alone.

How to send SMS with an Ozeki Messenger

To send SMS with an Ozeki Messenger:

1. Open Ozeki SMS Gateway on your desktop
2. Add new user in the SMS Gateway software
3. Install Standard user
4. Enter username and password
5. Login as standard user
6. Open SMS Messenger
7. Type in the recipient's phone number and compose the message
8. Click on "Ok" to send out the sms message
9. Check the log file

Step 1 - Add new user or application

To initiate the procedure, sign in to your Ozeki SMS Gateway account. If you haven't acquired an Ozeki account yet, you can obtain the Ozeki SMS Gateway app from https://ozeki.hu/ website. Upon successful login, access the Home page of the gateway. Choose the "Add new user/application..." option from the Management panel to add new user.

Install standard user

Setting up the Standard User involves installing it through the General section. To proceed with the installation of the Standard User, simply click on the "Install" link situated next to it. This straightforward action will effectively establish the Standard User for your personal use. Once the installation is complete, you'll have the Standard User ready to be utilized according to your needs.

Set up Standard user login information, so you can access it with login data. Enter a Username and Password to it. Once you've entered the Username and Password, you'll have successfully set up the login information for the Standard User, ensuring secure and personalized access.

You can now effortlessly log in as the standard user in the Ozeki SMS Gateway. Simply input the established Username and Password on the login page to access the standard user account. Upon successfully logging in as the standard user, you'll gain access to a range of features and tools tailored to your needs, ensuring a seamless and productive user experience.

Navigate to the Start menu of the Ozeki SMS Gateway and choose the "SMS Messenger" icon. This will open Ozeki SMS Messenger.

By clicking on the "New" button, create an SMS message in Ozeki Gateway. Add your recipient's mobile phone number and formulate the text message in the appropriate cells. After entering these details, click on the "Ok" button to start the process of delivery.

You will have access to a message delivery history as soon as your message is delivered. This history gives you information on the status of your SMS, including notifications and updates regarding its progress. This amount of insight into the route taken by your message improves your ability to manage communication successfully.

FAQs

What is an SMS Gateway?

The interchange of SMS (Short Message Service) messages across various telecommunications networks, such as mobile networks and computer systems, is made possible by an SMS Gateway, which is a software- or hardware-based platform. It serves as a bridge, facilitating message translation across various protocols and formats to allow for smooth communication. SMS Gateways are necessary for many services, including notifications, marketing campaigns, and automated alerts, since they serve a critical role in enabling apps to send and receive SMS messages.

What is the difference between SMS gateway and SMSC?

A more general term known as an SMS Gateway refers to both software and hardware solutions that are used to transmit and receive SMS messages between different networks, including apps and mobile devices. On the other hand, an SMSC (Short Message Service Centre) is a specialized term for the central component of a mobile network that manages routing, storing, and delivering SMS messages. Although an SMSC is a part of an SMS Gateway, the phrase "SMS Gateway" refers to a broader range of operations, including interaction with other applications, message formatting, and other things.

Is SMS gateway an API?

An API (Application Programming Interface) can be made available as one of an SMS Gateway's features. The API enables programmatic SMS sending, receiving, and administration as well as access to services like message tracking and delivery status, allowing developers to link their applications with the capabilities of the SMS Gateway.

Can I run it in my office, or do I need to place it into a server hosting facility?

Both options are good.

This SMS gateway offers flexible deployment options. You can install it directly on a computer in your office or leverage the security and reliability of a server hosting company's server room. For ultimate control without upfront hardware costs, consider installing it on a Virtual Private Server (VPS) anywhere on the internet.

Does the software require a database server? Does it require any database connectivity drivers, such as ODBC drivers?

The SMS Gateway does not require any database server or database connectivity software by default.

You can configure it to act as an SQL-SMS gateway for sending and receiving messages through a database, or simply log all incoming and outgoing messages for later review. It connects seamlessly to various database servers using either OleDb or ODBC connections, giving you flexibility and control over your SMS communication data.

Can I use Ozeki and Ozeki Message Server 6 on the same computer with the same GSM modem at the same time?

It is not possible. A GSM modem can only be accessed exclusively. This means that if you connect to it using an application (Ozeki), it is locked and cannot be accessed by another application (Ozeki Message Server 6).

Configure a single GSM modem in your SMS Gateway software (like Ozeki). This software acts as an IP SMS service provider for the other program. All you need to do is create a user account within the SMS Gateway software and connect the other program using the provided IP address, port, username, and password.

Can I use Ozeki and Ozeki Message Server 6 on the same computer with two modems?

You can configure each program with its own dedicated modem. These modems can be the same or different models, depending on your needs. This allows both programs to function independently for sending SMS messages.

Will the software run on a Virtual Machine, such as VMWare, Microsoft Virtual PC?

Yes, it will.

For a smooth and hassle-free experience, opt for an internet-based SMS connection (IP SMS). This method works seamlessly with virtual machines and requires minimal setup. On the other hand, using a physical USB modem can be more challenging. The drivers for these modems might not always be compatible with virtual machine environments, potentially causing difficulties. Additionally, virtual machines themselves can have limitations compared to dedicated hardware, impacting message processing speed if you need to send a high volume of texts. Therefore, for most users in a virtual machine environment, an IP SMS connection is the recommended choice for its simplicity and reliability.

Summary

Ozeki SMS Gateway is a reliable software program created to provide effective and reliable SMS communication. Ozeki SMS Messenger, a key component of the Ozeki SMS Gateway system, is presented on this guide. Users have the ability to send SMS messages to anyone on their contact list and customize messages thanks to the SMS Messenger. They can quickly start sending multiple SMS messages thanks to its simple interface. People may take use of Ozeki SMS Messenger's capabilities to improve engagement, simplify SMS communication, and ensure efficient messaging processes by learning how to use its features.

Send SMS from Excel

(Upload .xls to the Ozeki SMS Messenger App)

To send SMS from Microsoft Excel you have two choices: you can use an Excel Macro to send the SMS directly from Excel or you can upload your Excel file to the Ozeki SMS Messenger app. This guide shows you the Ozeki SMS Messenger app.

Click here to see how you can send SMS using an Excel Macro.

Upload Excel files to the Ozeki SMS Messenger App

SMS messages are sent by uploading an Excel table containing the recipient's phone number and also the Excel sheet that contains the SMS sent for them to the SMS Messenger. After this we send the SMS messages.

Note, that in order to use this functionality you must create a user account. The following document explains how to create a standard SMS user account in your system:

https://ozeki-sms-gateway.com/p_3586-send-sms-from-excel-with-ozeki-sms-messenger.html

Video tutorial on how to upload an .xls

In this short video, you can learn how to send SMS messages from an Excel file through the Ozeki SMS Gateway. You need to follow the given instructions to complete the process successfully and be able to send an SMS to a large set of contacts within the blink of an eye.

The first task is to log in to your Ozeki SMS Gateway account or if you do not have any yet, then download it from the http://ozeki.hu/ website. If you are ready to login, then open the "SMS Messenger" icon on the Ozeki Desktop.

Now, find the "Upload Excel file" button and click on it.

Select the Excel file from your PC's files, then click on the "Open" button to attach it to your SMS.

To load the file data, simply click on the "Data" tab located on the SMS text box.

Choose the "Write" tab again, then at the SMS details form, set the required data. At the "To:" box, choose the "Phone number option", and at the "Message:" box, select the "Message text" alternative. At the "Write" tab the #Message text# will appear.

After setting up the required details, send the message with the "Send" button, at the bottom of the page, highlighted in blue.

Once you have sent your SMS, choose the "Sent" folder situated on the left side of the panel. By opening, you will be able to view all the text messages that have been successfully sent.

FAQs

Is it possible to send SMS from Excel?

Yes, it is possible to send SMS from Excel by integrating with SMS service provider APIs, utilizing SMS gateways, or using external tools designed for sending SMS messages directly from the spreadsheet.

How can I send bulk SMS with data?

To send bulk SMS with data, integrate with an SMS service provider that offers an API or platform, format the messages with recipient phone numbers and content, and use the provider's system to schedule and send the messages.

What is the SMS gateway?

An SMS gateway is a service or system that allows you to send SMS messages from one device or platform to another, such as from a computer to a mobile phone. It acts as a middleman, facilitating the transfer of text messages between different devices or networks.

Why do we use Excel database?

Excel is popularly utilized as a database because of its user-friendly nature, adaptability for organizing data, and its ability to perform data analysis tasks. It is a cost-effective solution that empowers users to efficiently enter, manipulate, and derive insights from their data, particularly for smaller databases and collaborative data management scenarios.

Summary

This guide provides step-by-step instructions on how to send SMS messages from an Excel file using the Ozeki SMS Gateway. By following the given instructions, users can easily upload an Excel file, load the data, set up the SMS details, and send messages to a large contact list quickly. This efficient process of sending SMS messages from an Excel file through the Ozeki SMS Gateway saves time and eliminates the need for manual entry, making it convenient for bulk communication with contacts.

Excel SMS guide

Welcome to our comprehensive Excel SMS guide in which, we will present you with all the essential information, you might need when you send SMS using Excel. This guide page provides you a precise introduction to the SMS-sending process and tells you the main details about Excel. Whether you are a beginner or an expert, we are sure that our plain guide will serve you as a useful tool in the topic of sending single or bulk SMS messages from Excel.

Explore our step-by-step guides, tutorials, and tips to master the art of Excel SMS

https://ozeki-sms-gateway.com/p_2118-how-to-send-sms-from-excel.html
https://ozekisms.com/p_2220-sending-sms-messages-from-excel.html
https://ozeki-sms-gateway.com/p_3586-sms-from-excel.html
https://ozekichat.com/p_1343-how-to-send-chat-messages-from-excel.html

What is Excel SMS Client

An SMS message can be sent from the Excel spreadsheet, which works as an Excel SMS client and is connected to the Ozeki SMS Gateway. SMS messages can be sent to mobile users from the SMS Gateway via the Android SMS Gateway.

Send SMS from Ozeki Excel Client (Video tutorial)

In this quick video tutorial, we will guide you through the process of sending SMS messages from Ozeki Excel SMS Client. By following the given instructions, you can learn the accurate method that you can use in your future marketing SMS campaigns. The video shows you the step-by-step process you need to follow. First, you can learn how to add new HTTP user and configure the connection with Ozeki SMS Gateway, then how to send SMS messages, using Ozeki Excel SMS Client. It shows that first you need to download the client, then configure your SMS message details to send. The video could serve you as a useful tool in your SMS communication and boost your workflow while sending SMS messages to your target audience. Follow the steps and become an expert of Excel SMS messaging.

What is Excel SMS?

Excel SMS refers to the integration of SMS (Short Message Service) functionality with Microsoft Excel, allowing users to send and manage text messages directly from their Excel spreadsheets. This powerful combination brings efficiency and convenience to communication processes, making it an invaluable tool for businesses and professionals.

When to Use Excel SMS?

Excel SMS is ideal for a variety of scenarios, including:

• Marketing Campaigns: Easily send promotional messages, updates, and offers to your target audience.
• Customer Service: Streamline communication with customers by sending timely alerts, order updates, and support messages.
• Data Collection: Gather information from respondents through SMS surveys or forms integrated with Excel.
• Event Reminders: Send event details and reminders to attendees efficiently.
• Internal Communication: Facilitate quick communication within your team or organization.

Why Use Excel SMS?

• Efficiency and Automation: Integrating SMS with Excel allows for the automation of communication processes. You can send bulk messages, automate follow-ups, and track responses directly within your familiar Excel environment.
• Personalization: Create personalized messages tailored to individual recipients, enhancing customer engagement and building stronger connections.
• Accessibility: Excel SMS provides a user-friendly platform accessible to anyone familiar with Microsoft Excel, eliminating the need for extensive technical training.

Benefits of using Excel to send SMS messages

1. Saves time and effort
2. Cost-effective
3. Personalized SMS messages
4. Results can be tracked
5. Effective marketing campaigns
6. Send bulk messages at once
7. Automated and scheduled messages
8. Powerful data management
9. Message tracking and analytics

How to use Excel to SMS - Guide

In most cases, you need to create an HTTP user connection and configure HTTP user settings in your SMS Gateway. In your SMS Gateway software, locate the option to create a new HTTP user connection. Provide the essential information to the gateway. Configure HTTP user settings properly to create the connection. Obtain the API key or URL provided by your SMS Gateway service. Create your SMS message and connect your Excel file to the SMS Gateway. By creating an HTTP user connection and configuring settings, you enable Excel to communicate seamlessly with your SMS Gateway, facilitating the sending of SMS messages directly from your spreadsheet.

Who Uses Excel SMS and Why?

Marketers

• Targeted Campaigns: Marketers can leverage Excel SMS to create targeted campaigns, reaching specific customer segments with tailored messages.
• Promotions and Offers: Quickly communicate promotions, discounts, and exclusive offers to boost sales.

Customer Service Professionals

• Timely Updates: Keep customers informed about order statuses, delivery updates, and support issues in real-time.
• Feedback Collection: Use SMS surveys integrated with Excel to gather feedback and improve customer satisfaction.

Bulk SMS from Excel file

Bulk SMS is a powerful communication tool that simplifies the process of sending text messages to a large number of recipients simultaneously. This method is widely used for business and organizational purposes, such as marketing campaigns, customer notifications, or emergency alerts. Bulk SMS services often come with features like message scheduling, personalization, and detailed analytics, allowing organizations to tailor their messages, optimize delivery times, and measure the effectiveness of their campaigns. This technology has become a vital tool for any business seeking to maintain effective, prompt, and personalized communication with a large audience.

Leveraging Excel in bulk SMS sending can be extremely helpful. If you have a large number of recipients, then you can collect them into an Excel file. Connecting this Excel file to your SMS Gateway can allow you, that you can send messages to these recipients included in the Excel file. This can cost-effectively save you time and energy.

We can use bulk SMS for various purposes, like:

• Creating Marketing Campaigns
• Sending Event Invitations
• Issuing Appointment Reminders
• Broadcasting Emergency Alerts
• Facilitating Employee Communications
• Enhancing Customer Support
• Conducting Surveys and Collecting Feedback
• Dispatching Payment Reminders

SMS Using Habits

Understanding consumer habits is crucial for effective SMS communication. We can use SMS messages for various purposes, like creating marketing campaigns, fostering customer interactions, sending timely reminders, providing real-time updates, sending emergency alerts, or communicating with our colleagues. In this way, a reliable SMS Gateway might be needed. An SMS Gateway acts as a mediator between the sender and the recipient. When sending a large number of SMS messages, an SMS Gateway can benefit us in lots of ways. We can use templates to personalize the messages, schedule our messages, or even send bulk SMS messages at the same time. We can track our messages and create analytics for further business decisions.

Ozeki SMS Gateway is such a reliable and effective SMS Gateway that eases our workflow in numerous ways. Ozeki SMS Gateway allows you to create personalized messages using templates, schedule messages, and sending bulk SMS messages simultaneously, sending marketing campaigns, appointment reminders, or emergency alerts. Its 2-sided real-time feedback enables quick communication. With its trackable message delivery rates, open rates empower you to make informed decisions. These analytics serve as a valuable resource for SMS communication.

To get more information about Ozeki SMS Gateway, follow the link to the https://android-sms-gateway.com/ webpage.

About SMS

Text messages, also known as SMS, are like digital notes that people send to each other using their phones. They're super quick and work on almost every phone. You can say a lot in a short message, making it easy. Businesses use it for telling people about sales or appointments, and friends use it to chat. SMS messages are versatile and can be used for various purposes, such as personal communication, business interactions, or informational updates.

In general, an SMS message can contain maximum 160 characters. In Ozeki SMS Gateway, a text message can contain alphanumeric characters of the default GSM alphabet with 160 characters. If the message is longer, it is sent using more than one message. In this case, each SMS contains 153 characters.

Manual messages

Manual SMS messages refer to messages that are composed and sent by their sender, using their mobile phones or messaging apps. These messages are created and sent typically at the same time. In this way, it provides real-time communication between the sender and the recipient.

Automated messages

Automated SMS messages are different from manual messages, in a way that you can schedule your SMS messages. These are programmed messages. The sender creates and composes the message, but they set up a time and date when they want the SMS to be sent. These messages are commonly used in business and marketing to streamline communication processes and engage with a large audience efficiently.

Schedule your messages with Ozeki SMS Gateway

Timing is crucial, and scheduling allows you to optimize your messaging strategy. Scheduling your messages with Ozeki SMS Gateway is a powerful feature that offers convenience, efficiency, and precision in managing your SMS communications. It allows businesses to plan and execute comprehensive marketing campaigns without the need for manual intervention.

Ozeki SMS Gateway's scheduling feature is user-friendly, allowing senders to set up the desired date and time for message delivery. This not only saves time but also minimizes the risk of human error in manually sending messages.

Businesses can make sure that SMS campaigns are delivered at the most likely time for recipients to read. Using Ozeki SMS Gateway for scheduling is a great approach to improve efficiency, maximize the impact of your SMS messages, and communication.

Learn how to schedule your SMS messages with Excel easily, using Ozeki SMS Gateway. Follow this link: https://ozeki-sms-gateway.com/p_3592-sms-schedule-with-excel.html

Sending SMS messages from Excel with Ozeki SMS Gateway

The Excel SMS client of Ozeki SMS Gateway enables you to send SMS messages from Microsoft Excel. Experience the seamless integration of Ozeki SMS Gateway with Microsoft Excel, revolutionizing the way you send SMS messages. By creating an HTTP User connection and configuring the HTTP API service, Ozeki ensures a smooth and efficient communication workflow. The Excel file serves as a convenient platform to organize and compose SMS messages, with each row representing recipient details and message content. The Ozeki Excel Client facilitates the connection, requiring users to input HTTP API service and HTTP User connection details. Sending SMS messages becomes a breeze as the Ozeki Excel Client detects the open Excel file, enabling users to select and dispatch messages effortlessly. Complete with a detailed delivery report, this integration ensures timely, error-free communication, making bulk SMS messaging from Excel an accessible and powerful tool for diverse communication needs.

Get more information about Excel SMS communication:
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https://ozekisms.com/p_2220-sending-sms-messages-from-excel.html
https://ozeki-sms-gateway.com/p_3586-sms-from-excel.html
https://ozekichat.com/p_1343-how-to-send-chat-messages-from-excel.html

Engage your customers

Excel SMS offers cost-effective communication, increased engagement, and data-driven insights. Ozeki SMS Gateway enhances this integration by providing a scheduling feature, optimizing the timing of your messages for maximum impact. Whether for marketing campaigns or customer service notifications, leverage the power of Excel SMS to streamline communication, engage your audience, and make informed decisions. Dive into the future of personalized and efficient messaging with Ozeki SMS Gateway.

Business Benefits of Excel SMS

• Cost-Effective Communication - Excel SMS offers a cost-effective alternative to traditional communication channels, reducing expenses associated with paper-based communication and phone calls.
• Increased Engagement - Engage with your audience in real-time, fostering a sense of immediacy that leads to higher open and response rates compared to other communication channels.
• Data-Driven Insights - Track and analyse SMS campaign performance through Excel, gaining valuable insights to refine future communication strategies.

Conclusion

In conclusion, Excel SMS is a powerful tool that revolutionizes communication for marketers and customer service professionals. Whether you're aiming to enhance marketing campaigns, streamline customer interactions, or gather valuable insights, integrating SMS with Excel is a game-changer. Leveraging Excel for SMS messaging provides businesses with a powerful, efficient, and cost-effective way to communicate with their audience. Whether for marketing campaigns or customer service notifications, the benefits of using Excel for SMS are numerous and contribute to a more streamlined and effective communication strategy.

For more information about SMS sending, follow the link to ozeki-sms-gateway.com website.

FAQs

Can you send SMS from Excel?

Yes, you can send SMS from Excel by using specialized add-ins or third-party tools that allow you to connect Excel to a messaging service.

How to integrate SMS API in Excel?

To integrate an SMS API in Excel, you need to obtain the API key from your SMS service provider and then use Excel's developer tools or scripting capabilities to incorporate the API calls into your spreadsheet.

How do I create a message in Excel?

Creating a message in Excel involves entering your text into a cell and then using formulas or concatenation functions to structure the message as needed.

How do you massage data in Excel?

You can massage data in Excel by employing various functions like filtering, sorting, and using formulas to clean, manipulate, or reformat the information within your spreadsheet.

How to create API for SMS?

To create an API for SMS, you typically need programming skills and knowledge of a language such as Python or JavaScript to build the necessary endpoints and functionality for sending SMS messages.

Can I schedule an SMS?

Yes, you can schedule an SMS in Excel by using a combination of functions and tools, or by utilizing third-party add-ins that allow you to set specific times for sending SMS messages.

Excel SMS with Selectable Column Data

Sending SMS from Excel using selectable Column Data is a powerful and flexible text messaging solution for bulk SMS campaigns. It saves time, ensures personalization, and makes the business processes more efficient. This method is ideal for office users and marketers managing large customer databases.

Excel SMS with Selectable Column Data

SMS messages using Excel column data can be customized by only selecting the relevant columns. The messages then can be sent by uploading the Excel table into the SMS Messenger. After this SMS will be send to mobile users from the SMS Gateway via the Android SMS Gateway (Figure 1).

Example Excel file: Message-example.xlsx

What is a bulk SMS Excel solution?

Bulk SMS Excel solutions simplify sending mass text messages directly from Microsoft Excel. They integrate with Excel, making it easier to send personalized messages to many contacts at once. This user-friendly method saves time and is cost-effective for efficient communication with a large audience.

What are the benefits of sending SMS from Excel using selectable column data?

Sending SMS from Excel with Selectable Column Data offers more personalization and adaptability than using fixed Columns. You can easily tailor messages for different needs within the same Excel file, making it simpler and more efficient. Fixed columns may limit your options and require more manual management while with selectable Columns you can send personalized messages to many contacts with only the necessary information.

This self-contained solution eliminates the need to share sensitive data with external departments or users, granting you complete control over your SMS campaigns. This autonomy makes it an ideal SMS sending solution for office users and marketing professionals managing extensive customer databases.

Marketers can seamlessly integrate this service into their promotional SMS strategies, targeting specific audience segments and promoting products or services through bulk messaging, effectively enhancing brand visibility and customer engagement.

SMS from Excel using Selectable Column Data (Quick Steps)

1. Open SMS Messenger
2. Click or drag an Excel file to upload
3. Select the Excel file then click on 'Open'
4. Go to 'Data'
5. Make sure the file data is loaded
6. Open the 'Insert field' drop-down list
7. Insert right Column data into the message
8. Click on 'Send' to deliver the messages
9. Open 'Sent' messages among the 'Folders'
10. Messages are sent with the correct data

SMS from Excel using Selectable Column Data (video tutorial)

In this simple video guide, you can learn how to send an SMS from Excel using Column Data within a few minutes. We will walk you through the most important steps with the help of an example Excel file, which you can access above. By the end of the video, you will easily be able to send an SMS from Excel using Column Data and also see the mechanism behind the process (Video 1).

To begin the whole process open SMS Messenger within Ozeki 10, as shown in the picture (Figure 2).

After opening SMS Messenger, you have to upload an Excel file (Figure 3). You can either click or drag an Excel file to upload, it is entirely up to your choice. In this guide, we demonstrate by clicking and then selecting an Excel file.

The next step is selecting an Excel file to upload. Use the example Excel file we previously uploaded for testing it out. After selecting the right file, click on 'Open' to upload the file to SMS Messenger (Figure 4).

Make sure you did everything according to the guide by clicking on 'Data'. If the file data is loaded, then you did a great job (Figure 5). We are going to use these loaded data to send an SMS text.

The next step is writing an SMS text using Column Data. Click on the 'Insert field' drop-down list and choose the right Column Data to insert into your message (Figure 6).

When you are done, click on 'Send' to deliver message (Figure 7).

Open 'Sent' messages within the 'Folders' and you will see, the messages are sent to your contacts (Figure 8). The messages will automatically be personalized based on the information and data of each of the contacts from your Excel file. That saves you time and also makes your work more efficient.

Frequently Asked Questions (FAQs)

Is there a limit to the number of contacts I can send SMS to?

The SMS sending capacity for many contacts depends on two primary factors: the capabilities of SMS Messenger or the SMS service you are using, and the limitations of the Excel spreadsheet containing the recipient's phone number and the text of the SMS message to be sent. The Ozeki SMS Messenger is designed for office users to be able to send a particularly large volume of business SMS.

How to send a customized SMS Message from Excel?

To personalize and send SMS messages from Excel using column data in Ozeki SMS Messenger, first upload the Excel file in Ozeki SMS Messenger, select the relevant columns, and the software takes care of sending personalized messages to each contact. No need for complex scripts it is a straightforward process within Ozeki SMS Messenger, ensuring efficient and customized communication.

Summary

All in all, using Excel Column Data to send an SMS is very effective. The process saves you time and ensures that all messages are automatically personalized to each of your contacts. This makes your work quicker and more practical as you can multitask within the same system and do not have to juggle between more programs and endanger using the correct data. Use our SMS Messenger to send SMS messages from Excel and optimize your work communication.

How to send SMS using the Address Book

In this guide, we'll walk you through the steps of sending SMS messages directly from your Ozeki address book, saving you time and effort. This guide will show you how to seamlessly send targeted SMS messages to your contacts, enabling you to engage with your audience on a more personal level and maximize your impact.

How to send SMS message from address book (Short instructions)

To send SMS message from address book

1. Log in to your Ozeki SMS Gateway account
2. Access SMS Messenger
3. Open Contacts menu
4. Create a new standard address book
5. Define address book name
6. Open address book contacts
7. Create new contacts
8. Return to the Home icon
9. Use address book in SMS creation
10. Compose SMS with keyword
11. Send messages
12. Check Sent folder

SMS message from address book

An SMS message from Address Book is sent from the SMS Messenger. The SMS Messenger is connected to the Ozeki SMS Gateway. The Ozeki SMS Gateway will send SMS messages to the contacts selected from the Address Book.

Send SMS message from address book (video tutorial)

In this video, you will discover the effortless method of sending personalized SMS messages directly from your Ozeki address book, minimizing both time and effort. Follow the step-by-step instructions to streamline your communication process.

The first task is to log in to your Ozeki SMS Gateway account or if you do not have any yet, then download it from the http://ozeki.hu/ website. If you are ready with login, then open the "SMS Messenger" icon on the Ozeki Desktop.

Choose the "Contacts" menu from the toolbar.

Click on "Create new Address book" button at the middle of the page, highlighted in blue. At the right side of the page, select the "Standard" address book option.

At the "Identification" part of the page, fill out Address book name field, then click on the "Ok" button.

Click on the "Contacts" to open your address book.

To add contact information, choose the "Create new Contact" button, then fill out the Personal Information form with details. Enter the recipient's name, phone number, e-mail address. When is is ready, click on the "Ok" button.

After adding all of your contacts, click on the "Home" icon on the left side of the toolbar.

Now, create an SMS. Click on the icon next to the "Phone number" field and choose the address book from the drop-down list.

Now, start typing your text message into the "Write" field. Use keywords in order for the system choose the appropriate data. The keywords will be automatically replaced by the contact list data. In this way, your text messages will be more personal.

After that you have finished creating your messages, send them with the "Send" button.

Once you have sent your SMS, select the "Sent" folder situated on the left side of the panel. By opening it, you will be able to view all the text messages that have been successfully sent.

FAQs

How do you send a marketing SMS?

To effectively utilize SMS marketing, it is essential to build a list of opt-in subscribers and obtain their explicit consent before sending messages. Develop a personalized content strategy, optimize campaigns based on data-driven insights, and regularly measure and report on key metrics to ensure successful engagement throughout the customer journey.

How to automate SMS marketing?

Get started by registering for an automated text messaging service that allows you to streamline your communication process. Once registered, upload your list of opted-in contacts, and then employ keywords and sign-up forms to expand your text marketing list. Next, craft personalized automated text messages and schedule them for timely delivery to effectively engage with your audience.

Can I send SMS from my website?

To send SMS from your website, use an SMS API. It links your website or application to an SMS platform, enabling direct message transmission.

What is an SMS gateway address?

An SMS gateway is a technology that enables your computer to send and receive text messages. It serves as a connection point between your application or device and the SMS network, enabling the transmission of messages. The specific format and configuration of an SMS gateway address can vary depending on the provider and the technology being used.

Summary

This guide provides step-by-step instructions on how to send SMS messages directly from your address book, streamlining the process and saving you time. By following these steps, you can effectively send targeted SMS messages to your contacts, enhancing your engagement with your audience and maximizing your impact.

How to send SMS using SMS templates

(Templates are pre-written texts, often referred to as canned messages)

This guide provides step-by-step instructions on creating and utilizing SMS message templates through the Ozeki SMS Gateway. You'll learn how to create new templates and save them for future use. Additionally, it will show you how to conveniently load these templates into the SMS composer. Using SMS templates can provide several marketing benefits for businesses and organizations. By leveraging these benefits, businesses can enhance their SMS marketing strategies, engage with their audience more effectively, and drive better results from their marketing campaigns. It can greatly streamline your workflow and enhance the overall aesthetic appeal of your documents. Simplify your SMS communication process with these easy-to-follow steps.

How to create new SMS message template (Easy steps)

To create new SMS message template

1. Log in to your Ozeki SMS Gateway account
2. Access SMS Messenger
3. Select Templates menu
4. Create new SMS template
5. Compose a new message
6. Select message template
7. Finalize and send the message
8. Track SMS delivery

SMS message template

An SMS template which is a predefined message can be sent from SMS Messenger. The SMS Messenger is connected to the Ozeki SMS Gateway. SMS template messages can be sent to mobile users from the SMS Gateway via the Android SMS Gateway.

Create new SMS message template (video tutorial)

This video tutorial guides you through the process of creating and utilizing SMS message templates using the Ozeki SMS Gateway. Learn how to apply these templates to compose and send SMS messages easily. Discover how these templates can enhance your SMS communication process and effectively track your sent messages for efficient communication.

Your first task is to log in to your Ozeki SMS Gateway account or if you do not have any yet, then download it from the http://ozeki.hu/ website. If you are ready with login, then open the "SMS Messenger" icon on the Ozeki Desktop. After launching the Ozeki Desktop, you will be presented with the main interface of the SMS Messenger. SMS Messenger is a user-friendly tool that eases you into using your Ozeki SMS Gateway account.

Select the "Templates" menu from the toolbar. Once you have located the "Templates" menu icon among the toolbar icons at the top of the page, click on it to open the Templates menu. Once you have opened the Templates menu by clicking on the corresponding icon in the toolbar, the composer field will appear on the page where you can create your new template for text messages.

Click on the "Create new SMS Templates" button at the top of the SMS Templates page, highlighted in blue. On the right side of the page, create the Template, by entering the details into the "Template text" box. Under the field, you can track the number of characters in the message. After that, find the "Ok" button to save it.

By clicking on the "OK" button, you can confirm and finalize the template creation process. This action will display the templates that have been successfully saved or applied. The template, along with the modifications you made, will be visible and ready for further use or customization.

To create a new message, you need to opt for the "New" menu from the toolbar. Once the new message window appears, you will need to enter the addressee's phone number in the designated recipient field. Ensure that you have entered the phone number correctly. From the drop-down list of templates, select the desired template that best suits your message's content or purpose. Choose the template that aligns with your messaging goals and click on it.

To finalize the message creation process, click on the "Send" button. Be sure you have read your message for correctness and clarity before pressing the "Send" button. To prevent any unintentional errors, double-check the recipient's phone number, the message's content, and the template you picked.

After sending your message, choose the "Sent" button positioned on the left side of the panel. Upon opening it, you will have the ability to observe all the text messages that have been effectively sent. Use the features offered in the "Sent" section to your advantage to keep track of the messages you've sent and to make sure your communication efforts are successfully reaching the people you want them to.

FAQs

What is a template in SMS?

An SMS template is a predefined message template designed to store content and settings for easy creation, saving, and reuse in the SMS text messages you send.

How do I write SMS content?

Focus on conveying the most important information clearly, such as the purpose of the message or a call-to-action. Avoid using unnecessary abbreviations that might confuse the recipient, and always review your message for clarity and accuracy before sending.

Summary

This guide and video tutorial provide detailed instructions on creating and utilizing SMS message templates using the Ozeki SMS Gateway. It offers step-by-step instructions on how to use SMS message templates effectively. The guide demonstrates how to create, save, and apply templates simplifying SMS communication. The guide highlights the marketing benefits of SMS templates, emphasizing their ability to enhance SMS marketing strategies. By following the simple step-by-step instructions, you can simplify your SMS communication process and leverage the advantages of SMS templates.

How to schedule SMS message with a calendar

By scheduling your SMS messages with accuracy down to the minute, you can ensure that your important communications reach their recipients exactly when they are needed the most, maximizing impact and engagement. This feature grants you complete control over the timing of your message delivery, guaranteeing that your messages arrive at the perfect moment for your recipients. This functionality is beneficial for planning time-sensitive messages, reaching recipients in different time zones, and managing communication tasks in advance. Explore the advantages of the Ozeki SMS Gateway through this tutorial and leverage its efficiency to schedule SMS messages effectively.

How to send SMS message scheduled with calendar (Plain instructions)

To send SMS message scheduled with calendar

1. Log in to your Ozeki SMS Gateway account
2. Access SMS Messenger
3. Compose new SMS
4. Set delivery date
5. Set delivery time
6. Send your scheduled message
7. Track SMS delivery
8. Confirm delivery success

Scheduled SMS with calendar

The sender of the scheduled SMS sets a specific date and time for the SMS to be sent. Scheduled SMS messages can be sent from SMS Messenger. The SMS Messenger software is connected to the Ozeki SMS Gateway. Scheduled SMS messages are sent to mobile users from the SMS Gateway via the Android SMS Gateway.

Send SMS message scheduled with calendar (video tutorial)

Explore the step-by-step process of scheduling SMS messages with the Ozeki SMS Gateway through this comprehensive video tutorial. Learn how to streamline your messaging process, save valuable time and ensure timely delivery to your audience. Follow the given instructions to set up easily.

Begin by either logging into your existing Ozeki SMS Gateway account or downloading it from the http://ozeki.hu/ website if you don't have one yet. Once you're logged in, access the Ozeki Desktop and click on the "SMS Messenger" icon. As the Ozeki Desktop opens, and you'll find yourself on the SMS Messenger's user-friendly main interface, simplifying your experience with the Ozeki SMS Gateway account. This convenient tool is designed to ease you into utilizing the full potential of your SMS Gateway for seamless communication.

Start creating a new SMS. Enter the addressee's name and phone number into the designated fields. Proceed to compose your message in the "Write" box, allowing you to convey your thoughts concisely and effectively.

Choose the advanced option from the options. There, set the "Send on a date" option, enabling you to set up a specific delivery date for your message. You can set up your text messages exactly to the minute.

Once you have completed the set-up process, proceed by clicking on the "Send" button.

After clicking "Send," the message appears in the "Outbox" folder, at the postponed option. The "postponed" is a holding area for messages that are pending delivery. It means that your message will be delivered at the time that you have set.

Once you've specified a time for delivery, the SMS will be sent accordingly. You can now find the message in the "Sent" folder, where you'll be able to view the delivery results. If the delivery was successful, you will see the "Submitted" subtitle indicating a successful transmission.

FAQs

Can you schedule an SMS?

Yes, you can schedule an SMS on many smartphones, messaging apps, and SMS gateway services. This feature allows you to compose a message and set a specific date and time for it to be sent in the future, providing convenience for sending timely messages. Before scheduling, ensure your phone has network connectivity and remains powered on at the scheduled time for successful delivery.

What is SMS scheduling?

SMS scheduling is a feature that allows users to set a specific date and time for an SMS to be sent in the future. Instead of sending the message immediately, users can compose it and specify the desired delivery time.

Can someone tell if a text was scheduled?

In most cases, recipients cannot tell if a text message was scheduled. From the recipient's perspective, a scheduled text message appears just like any other regular text message.

Summary

This guide shows you the step-by-step process of utilizing the Ozeki SMS Gateway for scheduling SMS messages. By scheduling messages with precision down to the minute, users can ensure their communications reach recipients exactly when needed, maximizing impact and engagement. The tutorial emphasizes the feature of complete control over message delivery timing, allowing messages to arrive at the perfect moment for recipients.

How to send SMS message scheduled with Excel

Ozeki SMS Gateway provides an accurate solution for sending scheduled SMS messages effortlessly by specifying the delivery time within the Excel document. This efficient delivery system makes it a valuable tool for various applications, whether it's for business communication, marketing campaigns, or personal messaging needs. With Ozeki SMS Gateway, users can harness the power of SMS communication with ease and effectiveness.
Follow the instructions to learn how to send SMS message scheduled with Excel.

How to send SMS message scheduled with Excel (Quick steps)

To send SMS message scheduled with Excel

1. Download Ozeki SMS Gateway software
2. Launch Ozeki SMS Messenger
3. Set up Excel document
4. Upload the Excel file to the Ozeki SMS Gateway interface
5. Extract scheduled messages
6. Create your SMS message
7. Initiate SMS delivery
8. Monitor SMS delivery

Scheduled SMS with Excel

Scheduled SMS messages can be sent from Excel by specifying the delivery time within the Excel document. Then we upload the Excel table, containing the message to the SMS Messenger. The SMS Messenger software is connected to the Ozeki SMS Gateway. Scheduled SMS messages with Excel are sent to mobile users from the SMS Gateway via the Android SMS Gateway.

Send SMS message scheduled with Excel (Video tutorial)

In this quick video you will see the accurate steps of the process in order. Follow the instructions carefully and learn this process efficiently. Learn how these settings may improve SMS communication and help you keep track of sent messages for successful communication.

To get started, you can either log in to your current Ozeki SMS Gateway account or download it from the http://ozeki.hu/ website if you don't have one yet. After successfully logging in, launch the Ozeki Desktop, and locating the "SMS Messenger" icon. Once you click on it, you'll be directed to the user-friendly main interface, which is designed to simplify your experience with the Ozeki SMS Gateway. This convenient tool aims to help you make the most of your SMS Gateway for seamless communication.

Open your Excel document and enter the delivery time of your text message. This step is essential for scheduling when you want the messages to be sent. By specifying the delivery time, you can ensure that your recipients receive the messages at the most appropriate and convenient moments. Save the changes.

After filling in the delivery time for your text messages in the Excel document. Within the Ozeki SMS Gateway's user-friendly main interface, look for and click on the "Upload a file" button.

Upon clicking the "Upload a file" button, a file browser window will appear, allowing you to navigate to the location where you saved your Excel document. Select the previously modified Excel worksheet and load up.

The Ozeki SMS Gateway will now process the uploaded file, extracting the scheduled messages and their delivery times. You will see the details of your Excel document, at the "Data" tab.

Click on the "Write" tab and select the "Message text" option from the message type drop-down list. As a result of it, a #Message text# text will appear in the field. When you upload an Excel file, Ozeki SMS Gateway will automatically fill this field with the relevant text from the selected column in your spreadsheet since the #Message text# item is tied to your Excel message text column.

Now, at the Advanced tab, set up the time of delivery, by selecting the "Date time" option from the drop-down list of Schedule options. Set the accurate time you want, then click back to the "Write" field.

After you've finished composing and scheduling your message, you have to click on the "Send" button in the "Write" field, to initiate the message delivery process.

After sending, your messages will temporarily be placed in the "Postponed" folder due to the scheduled delivery settings. This ensures that the messages are queued for later delivery, as you have set. You can check it to monitor the delivery progress.

Your messages have been sent after being in the "Postponed" folder. They have now reached their recipients without any issues. Track the delivery progress and ensure the messages were sent as intended, you can easily do so by checking the "Sent" page. The "Sent" page will provide you with detailed information about each message, including the delivery status, date and time of delivery, and the recipient's details.

FAQs

Is it possible to send SMS from Excel?

You can achieve this by using external tools, such as email-to-SMS gateways or SMS APIs, along with Excel's VBA programming capabilities. Alternatively, some third-party SMS add-ins may offer the functionality to send SMS messages directly from Excel.

Is it possible to send SMS from computer?

Yes, it is possible to send SMS from a computer. There are several ways to do this, such as using web-based SMS services, email-to-SMS gateways, or desktop applications that integrate with your mobile device to send SMS messages.

How can I send 1000 SMS at a time?

To send 1000 SMS messages at a time, you will likely need to use a bulk SMS service or a dedicated SMS gateway that supports mass messaging. These services usually provide APIs or web interfaces that allow you to upload a list of recipients and the message content, which will then be sent to all recipients simultaneously.

How many SMS can be sent at a time?

The number of SMS messages that can be sent at a time depends on the capabilities of the SMS gateway and any rate limits imposed by mobile carriers.

Summary

Overall, Ozeki SMS Gateway offers an efficient solution for sending scheduled SMS messages with ease and accuracy. By specifying the delivery time within the Excel document, users can cater to various time zones and target recipients at the most appropriate moments. This feature proves particularly beneficial for businesses conducting international operations or individuals who want to communicate with contacts in different regions.

How to send SMS messages distributed evenly throughout the day

When a lot of SMS messages are sent in an SMS campaign, it might result in many incoming phone calls. To distribute the load it is advantegous to implmenet a delay between messages. This guide shows how this can be done.

Introduce a delay between SMS messages

To send SMS message with a delay between them, you can use Excel. By uploading an Excel table, containing the recipient's phone number, the message text and the exact date and time when the message should be sent, it is possible to implement delays.

How to send SMS Message with delay (quick steps)

To send SMS Message with delay

1. Access your Ozeki SMS Gateway account
2. Launch Ozeki SMS Messenger in the gateway
3. Click on "Upload an Excel file" button to import contact lists
4. Selecting message text
5. Setting send on date
6. Configure message delay
7. Choose the "Send" button to initiate the delivery
8. Viewing queued messages
9. Confirm submission

Send SMS Message with delay (video tutorial)

In this informative video, we'll guide you through the process of sending scheduled SMS messages with delays. You'll learn how to compose texts ahead of time and set them to be delivered at the perfect moment. This handy skill can help you maintain better communication with business partners or friends.

To get started, you may either sign in to your existing Ozeki SMS Gateway account or, if you don't already have one, download it from the http://ozeki.hu website. Once you've logged in successfully, open the Ozeki Desktop and look for the "SMS Messenger" icon. You will be sent to the user-friendly main interface, which is intended to make using the Ozeki SMS Gateway as simple as possible after you click on it. This practical tool intends to assist you in maximizing your SMS Gateway for smooth communication.

Find the "Upload an Excel file" button on the user-friendly main interface of the Ozeki SMS Gateway and click it. This feature makes it simple to launch mass SMS campaigns since it lets you import contact lists and messages from an Excel file. Simply choose the Excel file containing your contacts and messages, and start your SMS marketing or communication campaigns with ease.

Selecting the "Message text" option from the message type drop-down list activates a #Message text# item that appears in the field. The #Message text# item is connected to your Excel message text column, meaning that when you upload an Excel file, Ozeki SMS Gateway will automatically populate this field with the corresponding text from the designated column in your spreadsheet.

At the Advanced tab of the page, you need to set the time of delivery. Choose the "Send on date" option from the drop-down list, then set the accurate time of sending your SMS.

Once you've configured the delivery settings for your SMS message, you can specify the duration of the delay between two text messages. Simply input the desired number of seconds into the "Delay between" field.

Upon completing the process of composing and scheduling your message, the next step is to take action by clicking on the "Send" button situated in the "Write" field. This crucial action will set in motion the delivery process, ensuring your message reaches its intended recipient.

After sending your SMS, you will see that your messages have been queued for future delivery. This means that the messages are temporarily held in line, awaiting their turn to be sent out to the intended recipients at the designated time or after any specified delay. Queuing ensures a coordinated and effective delivery mechanism, allowing for prompt contact with your receivers.

Once the messages were sent, you will see that the submission has been accepted by the server. The server has confirmed that it has received your SMS and will carry out the delivery procedure by sending this response. Once your submission is successfully approved, you may be sure that your communications will successfully reach their intended recipients.

FAQs

What is a delay message?

A delayed message is a communication that is planned to be transmitted at a certain time and date in the future rather than right away after it is composed. For quick and simple communication, this capability is offered in email clients, SMS gateways, and messaging applications.

Can we delay the sending of an SMS message?

Yes, you can delay the sending of an SMS message. Many modern smartphones and messaging apps provide built-in features that allow you to schedule the delivery of SMS messages. SMS gateways often provide an option to schedule the delivery of messages at a specified date and time. By leveraging the scheduling capabilities of SMS gateways, you can ensure your messages reach the intended recipients at the most appropriate moment.

How do you send a text with a time delay?

To send a text with a time delay using an SMS gateway, you need to use the gateway's API or interface. Most SMS gateways support scheduling messages by allowing you to set a specific date and time for the message to be sent.

Summary

In conclusion, message delays offer flexibility and efficiency, promoting increased engagement and a better user experience for both senders and recipients. Message delays provide control and planning, enable error correction before sending. Businesses may strategically include message delays into their marketing strategies to ensure that their target audience receives accurate and efficient messages.

How to resend failed SMS automatically

Ozeki SMS Gateway provides a great feature to address any errors that may occur during the SMS delivery process. In some cases, certain SMS messages may not be successfully sent on the first try (for example if there is no GSM coverage). This error is handled by Ozeki in way that it can be configured to automatically try to resend such messages a few more times with delay between the retry attempts. This guide explains how you can use this feature.

Resend failed SMS message

Failed SMS messages can be resend using the SMS Messenger software. It is connected to the Ozeki SMS Gateway. This means failed SMS messages can be resend to mobile users from the SMS Gateway via the Android SMS Gateway.

How to resend failed SMS messages

To resend failed SMS Message

1. Sign in to your Ozeki SMS Gateway account
2. Open Ozeki Desktop
3. Launch the SMS Messenger
4. Access the "Not Sent" folder in the SMS Messenger interface
5. Move messages to the Outbox folder
6. Que messages to resend
7. Resend messages
8. Confirm successful transmission

Resend failed SMS Message (video tutorial)

By accurately following the provided steps, you will discover how easy is to resend a failed SMS Message. To resend a failed SMS message, simply follow the instructions is order. By learning how to correct errors effortlessly, you can become more effective in the SMS sending process, ensuring your important messages reach their recipients promptly. With these skills, you'll be able to troubleshoot messaging issues and making your communication more efficient.

If you already have an account with Ozeki SMS Gateway, sign in to it to get started. If not, create one by downloading it from the http://ozeki.hu website. After successfully logging in, launch the Ozeki Desktop and locate the "SMS Messenger" icon. Once clicked, you will be directed to the user-friendly main interface, designed to ensure a seamless experience while using the Ozeki SMS Gateway. This useful tool aims to help you make the most of your SMS Gateway for efficient communication.

Sometimes, it may happen, that your SMS is failed while delivering, because of various obstacles, for example network issues, full message inbox or any other. By logging in to your Ozeki SMS Gateway Messenger interface, you can find your unsent messages at the "Not Sent" folder. If you click on it, you can see the message details, as the recipient's pieces of information, the text, and the date of the SMS. At the "Result" column, you will find a "Submit failed" subtitle.

After finding your unsuccessful messages, select them by taking a cross to the selection box at the beginning of the SMS queue. Then move them into the "Outbox". For that you have to choose the "Outbox" option from the drop-down list. Click on the "Move" button to resend these messages.

If you take these steps correctly, then the unsent messages shall be located within the forementioned "Sent" folder. Subsequently, the formerly unsent messages will have been successfully transmitted. This process ensures a smooth and effective management of your message correspondence.

FAQs

Why when I send a text it says the message failed?

When a text message fails to send, it could be due to various reasons, such as poor network connectivity, the recipient's number being incorrect or blocked, or issues with the messaging service. It may also occur if your device doesn't have sufficient credit or if the message exceeds the character limit.

Does failed to send mean blocked?

Not necessarily. "Failed to send" doesn't always mean the recipient has blocked you. It could be due to temporary network issues, the recipient's phone being turned off or out of coverage, or a problem with your own network connection.

How do you tell someone has blocked you?

Your messages are not delivered, and there is no indication of the message being sent. Calls to the person go straight to voicemail, without ringing their phone. If you had regular communication before, and suddenly all your messages go unanswered with no explanation, it could be an indication of being blocked.

Will my SMS be delivered if blocked?

No, your SMS won't reach the recipient's phone if they have banned you. When someone "blocks" you, it means they've blocked all calls and text messages from your phone number.

What is Person-to-Person Text Messaging?

The core application of SMS messaging, and arguably the reason for its invention, is the ability to send short text messages between mobile phones. This simple concept revolutionized communication, allowing people to connect instantly and conveniently.

However, SMS has evolved beyond basic one-on-one messaging. The rise of chat applications builds upon SMS technology, enabling real-time, interactive exchanges within groups. This demonstrates the adaptability of SMS and its role as a foundation for even more advanced communication tools.

What is Information Provision?

SMS isn't just about sending messages; it's also a powerful tool for receiving information on the go. Here are some ways SMS keeps you informed:

• News at Your Fingertips: Get instant updates on breaking news delivered straight to your phone via SMS alerts. Stay informed about current events no matter where you are.
• Weather on Demand: Never get caught in a downpour unprepared again. Subscribe to SMS weather updates and receive real-time forecasts directly on your mobile device.

SMS messaging for Alerts and Notifications?

Yes, you can use it for these purposes.

Mobile phones are our constant companions, making them the ideal platform for immediate updates and critical alerts. Unlike traditional methods, SMS notifications reach you directly on your device, ensuring you're informed even when on the go.

This proximity translates to several benefits:

• Real-Time Transaction Monitoring: Receive instant SMS alerts for e-commerce or credit card transactions, allowing you to stay on top of your finances and identify any suspicious activity in real-time.
• Never Miss a Beat: Stay informed about important messages, even when away from your desk. SMS notifications can alert you of new emails, urgent faxes, or voicemails requiring your attention.

By leveraging the "always-on-you" nature of mobile phones, SMS alerts bridge the gap between traditional communication methods and the fast-paced world we live in.

Why would a SMS fail to send?

If your device has a weak network connection or is in an area with limited coverage, the SMS may not be able to transmit successfully. If you have entered the wrong phone number or contact details of the recipient. Network congestion or temporary service disruptions can also contribute to sending failures.

Summary

By leveraging Ozeki SMS Gateway's error handling and resending capabilities, businesses and individuals can experience improved reliability and efficiency in their SMS communications. This valuable feature allows for the timely resolution of any delivery issues that may arise, ensuring that important messages reach their intended recipients without any obstacles.

How to setup your own SMS Marketing System

In this guide you can read about SMS marketing systems and get all the information you need to setup your own. In the first part of the guide, the most important technology aspects of such systems are covered. In the second part you can find information about the SMS marketing software solutions offered by Ozeki. In the final part of the article important issues such as security, how to address sms costs, how to improve conversion rates and the legal aspects of SMS marketing campaigns are covered.

What is an SMS marketing system?

An SMS marketing system is a software platform that enables businesses to send promotional messages to their customers' mobile devices via text.

How does an SMS marketing system work?

Every SMS marketing system is based on Graphical User Interface (GUI), a database of phone numbers and an SMS gateway. The user interacts with the GUI, and creates phone number lists, and schedules SMS messages to be sent to these phone number lists. The phone number lists and the scheduled messages are stored in the database. The SMS gateway's role in the system is to pick up the SMS messages from the database and delivery them to the phone number lists when time is due. (Figure 1)

Good SMS marketing systems offer personalized SMS messages, and campaign scheduling to let the marketers plan SMS marketing for days or weeks in advance.

Better SMS marketing systems also offer unique call to action links inserted into each SMS, that allow the SMS marketer to track what happened to each SMS messages. By tracking the action taken by the target audience with the help of unique call to action links the SMS marketer can make valuable decision on the content and phone number list to use for the next campaign.

Example: In the sample marketing campaign shown on Figure 2, you can notice that each SMS messages contains a unique link. Hint: Note that each link is very short, short links are clicked more often.

What are the key features of an SMS marketing system?

• Phone number list management
• SMS keywords for personalization
• SMS templates for productivity
• SMS scheduling
• SMS delayed sending*
• SMS Sender ID customization
• Multiple mobile network connections
• Unique call to action links
• Short links in SMS messages
• Marketing cost control
• Marketing reports

*SMS delayed sending means, that the system puts a delay between each SMS so for campaigns resulting in phone calls not all calls are received at the same time.

Use cases

An SMS marketing system is ideal for lots of simple and complex marketing campaigns. Here are some tips you might use to boost your own business:

• Send out invitations in a text to an event
• Ask a set of customers in SMS for a favourable review
• To boost a Tik-Tok or other social media post ask the to click on the link in the text
• To ask customers to buy again to generate repeat sales offer them a loyalty discount in the SMS
• To remind potential customers to book an appointment provide a link in the text message to your booking site
• To ask for permission to make a sales phone call, ask them to click in the link in the SMS message if they are happy to talk

What are SMS marketing reports

According to Erzsébet Savanya, who is one of the best marketers in the world, "The true value of a marketing campaign comes from customer interactions ... the best marketers build tools to measure such interactions."

To satisfy such a demand, an SMS marketing system should be able to provide reports, that present customer interactions. Such a report could be a list of click to the call-to-action links (Figure 3). In all of the use cases listed above, you can utilize call to action links. Once you include such links in your SMS marketing campaign, you will take advantage of the "click report" provided by the marketing system to see how efficient your SMS marketing campaign was.

Scheduling SMS messages

When it comes to SMS marketing, one of the key features of an SMS marketing system is the ability to schedule SMS messages. The SMS marketer needs the capability to define the date and time when an SMS campaign should be sent out. This is not only important to time the campaign in coordination with other marketing efforts but is also a great tool to do A/B testing to find out when the click through rate is the highest. Of course, scheduling is also important to allow the marketer to do batches of work in advance in order to let automation help with keeping up the attention of the target audience. For sms scheduling the Ozeki SMS marketing platform offers two methods: One option is to use a calendar date for the marketing campaign to start. We call this option "campaign scheduling". The other option is is used to set an individual date for each SMS message in the campaign. We call this option "per SMS scheduling". To do per SMS scheduling, the easiest methos is to define dates in an Excel sheet that holds the phone number list and the personalized data to be sent out. In this Excel sheet a unique date and time can be assigned to each SMS.

When it comes to the topic of scheduling another important aspect needs to be mentioned. For some campaigns it is not advantageous to send out all SMS messages in the campaign at once. Sometimes it is better to put a delay between SMS messages. Imagine the scenario, when you ask the recipients to call the sales team back, and you send out a bulk of text messages and all the calls come in at once. This overload of the call centre can be avoided by sending out the campaign with a delay. Putting a delay between text message sending is also great to avoid website overload and mobile network overload.

The most important question: Are my phone number lists and SMS texts safe?

One of the most important question SMS marketers ask when it comes to choosing an SMS marketing software is about security: "Are my phone number lists and SMS texts safe?". This question addresses key problems with on-line sms marketing systems. On-line sms service providers require the users to upload their valuable phone number lists and well thought out SMS texts. Platform owners often use and resell this information.

The only real way to address this issue, and to be on the safe side the is to setup your own SMS gateway with a GSM modem or GSM modem pool (or an Android mobile for smaller SMS volume) in your own office. With an on-primes SMS marketing system that is installed on your own computer and that sends the SMS messages directly to the mobile network through a wireless connection, you don't have to worry about the security of your phone number lists and messages texts.

Having your SMS marketing system in house not only provides you more security but also gives you the ability to take advantage of free SMS tariffs often attached to SIM Card subscriptions, so it is also a good way to address questions regarding costs.

Where can I download an SMS gateway to use as my own SMS marketing system?

If you wish to setup a pure on-premise SMS marketing system, you need to download Ozeki SMS Gateway for Windows and either use the SMS Messenger app that comes with it or you need to download and install the more advanced Ozeki SMS Marketing platform. Ozeki SMS Gateway can be downloaded from the following URL: https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

How to setup the SMS Marketing System?

To setup the SMS marketing system you need to install Ozeki SMS Gateway and configure it to connect to the mobile network. The mobile network connection allows you to send SMS messages wirelessly or through the Internet to mobile phones. For wireless connections you can use a GSM modem with a SIM card or an GSM/SMS modem pool with multiple SIM cards to send out your SMS messages. You can also use an Android SMS Gateway configuration. If you decide to go this route and you connect to the mobile network wirelessly your SMS messages will go out through the SIM card(s) you purchase. Text messages will be sent the same way as you would send them from a standard mobile phone. The same prices will be applied

Hint: Wireless SMS connections allow you to take advantage of favourable SMS plans offered by mobile network operators for SIM only subscribers. Many mobile network operators unlimited free SMS for subscribers in standard plans.

If you wish to connect your SMS marketing system to the mobile network through Internet, you need to find an SMS service provider, who offers SMPP SMS connection. In this case the sms costs will be determined by your SMPP SMS service provider.

Once your SMS gateway is installed and the mobile network connection is setup, the next step is to install your SMS marketing software.

To sum it up: to setup your SMS marketing system:

1. Download Ozeki SMS Gateway for Windows
2. Install Ozeki SMS Gateway
3. Connect the SMS Gateway to the mobile network
4. Install the SMS marketing system
5. Connect to the SMS marketing system with your browser
6. Send your first SMS marketing campaign
7. Include call to action links in your text messages
8. Check the SMS marketing report called "click report"

How to setup your SMS marketing system

The following Video tutorial shows the full procedure of setting up Ozeki SMS Gateway as your primary SMS sending platform in your SMS marketing system.

Your browser does not support the video tag.

Can I use the Ozeki SMS marketing system on Linux

Although most users prefer to use Windows as the base platform for their SMS marketing system, there is an option for Linux as well. You can download and install both the Ozeki SMS Gateway and the Ozeki SMS marketing platform for Linux. If you are a Linux guy, you will quickly realize, that installing the SMS marketing platform on Linux will bring some benefits in terms of multiuser access, performance and configurability.

The SMS marketing system on Windows

The Ozeki SMS Gateway and the Ozeki SMS marketing platform can both be installed on Windows. Lone wolf SMS marketers can install the whole system on their personal laptops, SMS marketing teams can install it on a Windows server in their LAN and use it remotely from their web browser. If the system is installed on a server computer and user accounts are created the marketing teams can share SMS contact lists, and access to SMS campaigns and marketing reports. This allows the whole team to learn from success stories of other team members.

Why is the Ozeki SMS marketing system unique?

phone number lists and the inclusion of call-to-action links in your text messages. With our user-friendly interface, you can quickly create and send personalized messages to your subscribers. Our system is perfect for businesses of all sizes looking to increase engagement and drive conversions through mobile marketing. Say goodbye to manual phone number management and hello to an automated system that streamlines your SMS marketing efforts. Try it out today and start seeing results in no time!

Is there an on-line version of an SMS marketing system?

This SMS marketing software can be installed in your own IT infrastructure, or you can use it as an on-line service at https://myozeki.com.

Why do businesses use the Ozeki SMS marketing system?

The Ozeki SMS marketing system is an excellent tool for businesses to call people to action as text messages have high open rates and are read within minutes of being received. The Ozeki marketing platform allows you to put call-to-action links into the SMS messages and once people open the message, they will click on the link in the text.

SMS marketing campaigns using this call-to-action technology are great to boost sales, increase engagement, build brand awareness and to drive website traffic. By targeting a specific audience and delivering personalized messages in automated campaigns the results are always outstanding.

Steps to send your SMS marketing campaign

If you are convinced that you wish to give the Ozeki SMS marketing software a try, you can do it without installation by registering at the https://myozeki.com portal. You may also download and install the SMS marketing system on your own computer for testing.

Once the software is installed use the following steps to send your first SMS marketing campaign.

1. Collect the phone number list
2. Define the message template
3. Include the call-to-action link
4. Schedule the message delivery time
5. Create the SMS marketing campaign
6. Preview the messages before sending
7. Launch the campaign
8. Track and analyse results

How to build your SMS marketing campaign

To open the SMS marketing system, you need to click on the SMS icon on your dashboard, as you can see on Figure 4.

On the home page of the SMS marketing system, like on Figure 5, click on "Send" to create your SMS marketing campaign

Build your phone number list, define the SMS template, add customizable fields to your text message (e.g.: #FIRSTNAME#) and include the unique call to action link (e.g.: #LINK#). (Figure 6)

How is the Ozeki SMS marketing system different

1. It can send the SMS messages through your own device(s) directly to the mobile network
2. It can be installed in your own premises on Windows or Linux
3. It keeps data confidential between you and your customer, no 3rd party involved
4. It offers tools to stay compliant
5. It allows you to add unique call to action links for each SMS
6. It offers reports to analyse campaign success
7. It offers a user interface for A/B testing
8. It can send SMS by acquiring data from custom Excel sheets
9. It offers landing pages that convert
10. It offers customization and branding options
11. It has a mobile friendly user interface

Use your own device: Send SMS with your mobile or your own SMS gateway

The Ozeki SMS marketing system allows you to send your SMS messages using your own device, such as your own Android Mobile phone or your own Ozeki SMS Gateway System. This means you can send your marketing messages directly to the mobile network. If you send messages directly from your own device, it means the Sender ID (the phone number you use as sender address) will be yours. With your own phone number, the reply text messages and reply calls are routed back to you directly, and you can process the responses according to your rules.

Install your SMS marketing system in your own premises

You can setup the full system in your own office or on your own server. This means it will not depend on anybody. Your computer will provide the user interface for your office users, and your own devices will send out the SMS messages directly to the mobile network. This full control over your system will provide you unprecedented operational reliability and peace of mind. If something goes wrong, you will have the power to act and you will not have to wait for or rely on any 3rd party to make your system operational.

Keep your SMS phone number list and the texts confidential

If you install the Ozeki SMS marketing software in house, it will give you the best possible security. Your phone number lists, your message texts and information about your usage patterns and statistics will only be available for you. If you use an online service for SMS marketing you have to share these details with a 3rd party, who can potentially sell your data. Use Ozeki and keep all your data in house, keep all your data safe!

Include unique call to action links in your SMS messages

The Ozeki SMS marketing system can put a unique link directly into each SMS message. When you compose your SMS, you can add the keyword #LINK1# int the text. Before the SMS is sent the system will replace this keyword in the message to a unique short link. When recipients receive the message a large portion of them will click on the link. Gathering this clicks on landing pages operated by the Ozeki SMS Marketing system will allow you to know exactly which SMS messages converted to a click. The links in your messages will take your customer to your landing pages and will allow you to move the customer to the next step in your sales tunnel.

Analyse SMS campaign success

The reporting feature of the Ozeki SMS Marketing system will show you what percentage of the messages were delivered successfully to the recipient handset, and what percentage of the users clicked the unique link in the SMS. This report will give you the ability to evaluate your investment in this marketing activity.

A/B testing in SMS marketing campaigns

Marketers use A/B testing to figure out which SMS text works best for a particular audience. Ozeki offers a user interface, to add a phone number list and to provide two versions of the SMS to be sent out. The user will split the list into two segments and send out the messages. The click through rates and reply rates will be presented in a report.

Custom Excel sheets and automation

SMS text messages are a great way to keep users up to date. Data to be sent out is often available in Excel sheets. The Ozeki marketing platform can use pre-written SMS templates with keywords and custom - user specific - Excel files to send out customized notifications to a list of recipients. For example, you can write an SMS template like this: "Hello #FIRSTNAME#, Your KPI in #MONTH# was #VALUE#", and you can upload an Excel with the data corresponding to #FIRSTNAME#, #MONTH#, and #VALUE#, and the Ozeki system will create the SMS messages and will send them out.

The benefits of using links in SMS messages

The Ozeki SMS platform has a built-in short URL service, that allows you to add short links to text messages, that will open custom landing pages. Landing pages for appointment booking, order placement, or further information request are already included in the software, but you can create your own landing pages or forward clicks to already existing websites.

Thanks to this built in short URL service Ozeki’s SMS marketing system is not only a data-driven marketing automation platform, but also a direct response platform. It gives you direct ownership of your customer response interactions, empowering you to turn transactions into long-term, revenue-generating relationships — at scale. Powered by a flexible, real-time reporting system, that centralizes all your SMS marketing campaign data Ozeki makes it easy to build, deliver, and optimize incredibly sophisticated and personalized experiences using text messages sent to mobile phones and taking advantage of measured call-to-action links.

The unique "per-customer" short links in the SMS messages bring personalization to a new level. Personalization is a key feature of effective SMS marketing systems. By utilizing the feedback provided by clicks, you can tailor the personalised content sent to individual recipients over time in a super-efficient way. Because you can build on input from previous campaigns, and you can combine this with the ability to customize messages with recipient names, custom keywords containing other relevant information in the messages, you can tailor the SMS to the preferences of the customer, and you can create a more personal connection with the customers over time.

This level of personalization not only improves the overall customer experience but also enhances the effectiveness of the SMS marketing campaigns and result in increased business revenue.

Customization and branding

SMS service providers who purchase the system for offering SMS marketing to their customers prefer to use their own brand logo and brand colours on the platform. The Ozeki SMS Marketing system offers this option.

Mobile friendly user interface

The Ozeki Marketing system's user interface was designed to work well on mobile phones. You can create and manage SMS marketing campaigns from your iPhone or Android device. If you install the Ozeki App, you will also get notifications about events related to your campaign.

Costs and prices of an SMS marketing system

When you decide to invest in SMS marketing you will have to make a one-time investment and you must take into consideration recuring costs that come from usage. In the following section the costs of an SMS marketing system are summarized

One-time costs of an SMS marketing system

• Software license costs
• Hardware costs (Windows PC + GSM modem or Android phone + SIM card)
• Installation and training (If you are not an IT guy)

Recuring costs

• Cost per each SMS sent (if you don't use a free SMS plan)
• Version update and technical support for the SMS software (optional)
• Other standard business fees (electricity, employee wages, office space, administration, etc)

One of the key costs of such a system is the cost per SMS sent. Note that if you look around carefully, you might find attractive SIM only plans offered by mobile network operators with free unlimited SMS.

Can I do SMS marketing free of charge?

The short answer is no, but you can get quite close. If you setup your own SMS marketing system, you will have to invest into hardware and software licenses. You can save on the SMS costs and possibly find free SMS sending opportunities by carefully checking the mobile phone subscription plans offered by mobile network operators in your country. For example, in the UK, all major networks offer free unlimited text messaging in their standard subscription based mobile plans.

Legal aspects

When you do SMS marketing it is important to comply with all the laws and regulations in place. Please study carefully the rules, before engaging into this activity to avoid possible fines and legal trouble. Check out or SMS marketing compliance guide for more information on legal aspects of SMS marketing campaigns.

Hint: use Ozeki SMS marketing software tools to stay compliant

The Ozeki SMS Marketing system offers excellent tools to stay compliant. Read our article on compliance for SMS marketing campaigns. Tools such as consent declaration lists, opt out lists, and customer segmentation based on consent are offered. For example, if your customers opt in using text messages, or confirm subscription by clicking on a link you will have a record of their consent organized into a list on the platform. The software also offers automated opt-out lists using keywords. The software allows you to add an unsubscription post-fix to your messages. e.g.: "send STOP to opt out". Staying compliant is not only great to stay out of legal trouble, but your efforts in this area also gives a great impression about your business in the eyes of your customers and business partners.

How to write good SMS marketing messages

Tip	Description
Get permission	Only send SMS messages to people who have explicitly opted in to receive them. This will help you avoid spam complaints and improve your deliverability rates.
Keep your messages short and sweet	SMS messages have a character limit of 160 characters, so make sure your messages are clear and concise. Avoid using jargon or technical terms that your recipients may not understand.
Personalize your messages	Use the recipient's name and other personal details to make your messages more relevant and engaging. This will help you build relationships with your customers and increase their loyalty.
Use a call to action	Tell your recipients what you want them to do, whether it's visiting your website, making a purchase, or signing up for your newsletter. Make it easy for them to do it by providing clear and concise instructions.
Use clear and concise language	Use simple, easy-to-understand language in your messages. Avoid using jargon or technical terms that your recipients may not understand.
Use active voice	Using active voice will make your messages more engaging and persuasive. For example, instead of saying "The product was delivered," say "We delivered the product."
Use strong verbs	Using strong verbs will make your messages more powerful and effective. For example, instead of saying "The product was good," say "The product was amazing."
Use a strong call to action	Tell your recipients what you want them to do, and make it easy for them to do it. For example, instead of saying "Visit our website," say "Click here to visit our website."
Track your results	Use a tracking tool to see how your SMS marketing campaigns are performing. This will help you optimize your campaigns and get the most out of your SMS marketing efforts.
Use all marketing systems	SMS marketing is most effective when used alongside other marketing channels. This will help you reach a broader audience and improve your brand recognition.
Personalize your messages	Personalization is the key to creating engaging and effective SMS marketing campaigns. When you address your customers by name and tailor your messages to their interests, you'll build stronger relationships and increase sales.
Be brief	SMS messages have a character limit, so make sure your messages are clear and concise. Avoid using jargon or technical terms that your customers may not understand.
Segment your messages	Segmenting your messages allows you to target your customers with more relevant and engaging content. This will help you improve your open rates and click-through rates.
Select the appropriate sending times	Sending your messages at the right time can make a big difference in your results. Avoid sending messages before 9

Good SMS marketing message examples

Now let's take a look at some SMS marketing message examples. Notice the call to action and the links included in each of these messages:

Note, that the Ozeki SMS system will replace the "#Link#" with the actual personalized unique URL for each recipient. You will be able to define the landing page the URL will take the recipient to. The unique URL will give the system the ability to track each click.

Who will work on your SMS marketing campaigns

For small and startup companies SMS marketing campaigns will most likely be done by the leader of the organization. Mid-size and larger businesses will assign the job to an employee who is fit for the job. If you would like to delegate, the job of creating SMS marketing campaigns here are some tips on how to find the best employee for the job:

How to Choose a Good Employee for SMS Marketing Tasks

SMS marketing is a powerful tool that can help businesses reach their target audience and boost sales. However, in order to be effective, SMS marketing campaigns need to be well-planned and executed. This is where a good employee can make a big difference.

Here are some tips on how to choose a good employee for SMS marketing tasks:

• Look for someone with experience in SMS marketing.
• Look for someone who is creative and has a good understanding of your brand.
• Look for someone who is organized and detail-oriented.
• Look for someone who is customer-focused.

If you can find an employee who meets all of these criteria, you'll be well on your way to creating successful SMS marketing campaigns.

In addition to the above, here are some other qualities to look for in a good SMS marketing employee:

• Excellent written communication skills.
• Strong analytical skills.
• A willingness to learn.

If you can find an employee with these qualities, you'll have a valuable asset on your team who can help you take your SMS marketing to the next level.

How to train your employees for SMS marketing

SMS marketing is a powerful tool that can be used to reach a large audience quickly and easily. However, in order to be effective, SMS marketing campaigns need to be well-planned and executed. This is where a trained employee can make a big difference. Before you ask your employee to start sending out SMS messages, we strongly recommend you to invest time into training.

Here are some of the reasons why it is important to train an employee for SMS marketing campaigns:

• To ensure that the campaigns are effective. A trained employee will know how to create SMS messages that are clear, concise, and persuasive. They will also know how to target the right audience and send the messages at the right time.
• To save time and money. A trained employee will be able to create and execute SMS marketing campaigns more efficiently. This will save you time and money, which you can then invest in other marketing efforts.
• To improve customer satisfaction. When SMS marketing campaigns are executed well, they can improve customer satisfaction. This is because customers appreciate being kept up-to-date on products, services, and promotions.
• To build brand awareness. SMS marketing campaigns can help to build brand awareness by reaching a large audience with your message. A well-trained employee can deliver your brand's message more efficiently, resulting in more people remembering your brand.

If you are considering using SMS marketing, I highly recommend that you train an employee to create and execute your campaigns. A trained employee can help you to save time, money, and improve customer satisfaction. When you put such a training program together, you should focus on the following:

• Start with the basics. Make sure your employee understands the basics of Ozeki SMS marketing software, such as how to log in, where to click and how to create a new campaign, how to add contacts to a campaign, and how to send a campaign.
• Provide hands-on training. The best way to learn Ozeki SMS marketing software is by doing it. Give your employee the opportunity to create their own SMS marketing campaigns using the software and get feedback from you. You may start with small contact lists.
• Use the Ozeki SMS marketing software documentation. The Ozeki SMS marketing software documentation is a great resource for learning how to use the software. It contains videos that can be viewed at https://ozeki-sms-gateway.com, it offers screenshots and well written, easy to understand textual information. Make sure your employee has access to the documentation and knows how to use it.
• Set clear expectations. Let your employee know what you expect from them in terms of the quality and quantity of SMS marketing campaigns they create using the Ozeki SMS marketing software.
• Provide regular feedback. As your employee creates SMS marketing campaigns using the Ozeki SMS marketing software, provide them with regular feedback on their work. This will help them improve their skills and efficiency.
• Be patient. It takes time to learn how to use Ozeki SMS marketing software effectively. Be patient with your employee and give them time to develop their skills.

Here are some resources that you can use during the training:

• Ozeki SMS marketing software documentation: The Ozeki SMS marketing software documentation is a great resource for learning how to use the software.
• Ozeki SMS marketing software tutorials: There are many Ozeki SMS marketing software tutorials available online. These tutorials can be a great way to learn how to use the software.
• Ozeki SMS support tickets: The myozeki.com platforms allow your employee to open support tickets to ask for advice or to initiate a chat conversation with one of our experts.

By following these tips, you can train your employee to be efficient in creating SMS marketing campaigns using the Ozeki SMS marketing software.

How to manage employees working on SMS marketing campaigns

Here are 10 best practices to give good instructions to the employee working on SMS marketing and to make sure the quality of his work meets the expectations and creates results:

1. Be clear and concise. Your instructions should be easy to understand and follow. Avoid using jargon or technical terms that your employee may not be familiar with.
2. Be specific. Don't just tell your employee to "send out an SMS marketing campaign." Instead, give them specific instructions on what to include in the campaign, who to target, and when to send it.
3. Be realistic. Don't set unrealistic expectations for your employee. If you're expecting them to send out a campaign every day, make sure they have the resources and time to do it.
4. Be flexible. Things don't always go according to plan, so be prepared to make adjustments to your instructions as needed.
5. Be supportive. Let your employee know that you're there to help them if they have any questions or problems.
6. Be timely. Don't wait until the last minute to give your employee their instructions. Give them enough time to plan and execute the campaign effectively.
7. Be consistent. Make sure your instructions are consistent with your overall marketing strategy. This will help your employee create campaigns that are aligned with your brand and goals.
8. Be measurable. Set clear goals for your SMS marketing campaigns so that you can track their success. This will help you determine whether your instructions are effective and make necessary adjustments.
9. Be open to feedback. Ask your employee for feedback on your instructions. This will help you improve your communication and ensure that your instructions are clear and effective.
10. Be patient. It takes time to learn how to do SMS marketing effectively. Be patient with your employee and give them time to develop their skills.

By following these best practices, you can give your employee the best possible chance of creating successful SMS marketing campaigns. In addition to this it is also important to mention, that to ensure the quality of your employee's work you should always provide regular feedback. By providing feedback, you will let your employee know what they're doing well and where they can improve. This will help them stay motivated and on track. Setting clear deadlines is also a great result driver. This will help your employee stay organized and focused. Providing access to resources and create a positive work environment will also improve the results. When you work with the Ozeki SMS marketing system, make sure your employee has access to the reports, past campaigns and resources they need to do their job effectively. This will help your employee feel comfortable asking questions and getting help when they need it. Good management practices will help your employee create high-quality SMS marketing campaigns that meet your expectations and create results.

How to analyse sms marketing campaigns efficiency

Analysing SMS marketing campaign efficiency is crucial from a business perspective to evaluate the effectiveness of your messaging strategy and make data-driven decisions to optimize future campaigns. Here are three key steps to analyse the efficiency of SMS marketing campaigns:

To do such analysis you must define key performance indicators (KPIs): Begin by identifying the metrics that align with your business goals. Common KPIs for SMS marketing include conversion rate, click-through rate, open rate, response rate, and overall campaign ROI. These metrics provide valuable insights into the effectiveness of your messaging, customer engagement, and the impact on your bottom line. By setting clear KPIs, you can track the performance of your SMS campaigns and assess their efficiency accurately.

Monitor and Analyse Data: Download the reports provided by the Ozeki SMS marketing software and analyse it in correlation with other relevant data available in your business to evaluate the performance of your SMS marketing campaigns. For real time analysis you can use the live reports of the Ozeki SMS marketing platform to track key metrics in real-time. Analyse the open rates and click-through rates to gauge the level of customer engagement. Conversion tracking helps you understand the effectiveness of your SMS messages in driving desired actions. Analysing data on demographics, customer segments, and response patterns can provide insights into the effectiveness of different campaign strategies and help you optimize your targeting and messaging approach.

Using A/B Testing and Iterative Improvement is also a great tool. We recommend that you implement A/B testing to compare the performance of different elements within your SMS campaigns. Test variables such as message content, call-to-action, timing, and frequency to identify the most effective combinations. Split your audience into different groups and send different variations of messages to each group. Analyse the results to determine which variations yield the best outcomes. Continuously iterate and refine your campaigns based on the insights gained from A/B testing, aiming for incremental improvements in key performance metrics.

By following steps like they were just discussed, you can effectively evaluate the efficiency of the SMS marketing campaigns of your business. This data-driven approach enables you to optimize the messaging strategies, improve customer engagement, and drive better results from their SMS marketing efforts. Regular monitoring, analysis, and iterative improvements are essential for staying ahead in the dynamic world of SMS marketing and achieving long-term success.

Summary

The Ozeki SMS marketing system is an excellent tool for businesses to call people to action as text messages have high open rates and are read within minutes of being received. The Ozeki marketing platform allows you to put call-to-action links into the SMS messages and once people open the message, they will click on the link in the text.

SMS marketing campaigns using this call-to-action technology are great to boost sales, increase engagement, build brand awareness and to drive website traffic. By targeting a specific audience and delivering personalized messages in automated campaigns the results are always outstanding.

When you are ready to launch an SMS marketing campaign, click on "Send" in the dashboard. After you have built and sent your campaign, head back to the home page and click on "Reports". You can now track the progress of your campaign by clicking on the campaign's name. Your campaigns will bring results irrespective of the mobile phones (e.g. iPhone vs Android) your audience uses.

Boost your business today with SMS marketing! Click here to start sending targeted messages straight to your customers' phones.

FAQs

What is SMS?

SMS, or Short Message Service, is a widely used technology for sending short text messages between mobile phones. Introduced in Europe in 1992, it quickly became a global phenomenon due to its:

• Universal Compatibility: Supported by virtually all GSM phones and included in most mobile plans.
• Simple Functionality: Enables easy message exchange without complex features.
• Low Cost: Typically offered at an affordable rate by wireless carriers.

What can you send in an SMS?

Due to its "short" nature, SMS messages have a character limit. The capacity depends on the encoding used:

• 160 characters: Achieved with 7-bit encoding, suitable for basic Latin characters like English alphabets.
• 70 characters: Requires 16-bit Unicode encoding, necessary for languages with special characters (Arabic, Cyrillic, etc.).

Beyond text, SMS can also transmit a limited amount of binary data for ringtones, logos, or basic business cards.

SMS offers several advantages:

• Reaches Everyone: With near-universal phone compatibility, you can connect with almost any mobile user.
• Simple Integration: Easily incorporate SMS functionality into your applications using SMS APIs.
• Real-Time Communication: Deliver critical information instantly for timely action.

While SMS excels in simple text messages, advancements have led to other messaging services like MMS (Multimedia Messaging Service) for richer content and EMS (Enhanced Messaging Service) for basic animations and extra features.

Which standardization body is responsible for the SMS standard?

3GPP

• Born in Europe: The European Telecommunications Standards Institute (ETSI) initially created the GSM and SMS standards.
• Evolving Together: Responsibility for these standards eventually shifted to the Third Generation Partnership Project (3GPP).
• 3GPP in Charge: Today, 3GPP remains the leading organization for developing and maintaining both GSM and SMS standards.

Why use SMS?

SMS offers applications a straightforward and reliable way to communicate with mobile users. Here's why:

• Easy Integration: SMS requires minimal setup - all you need is a phone number and the message content. Integrate SMS functionality into your application using APIs for seamless communication.
• Broad Reach: SMS bypasses the need for users to download additional apps, ensuring your messages reach virtually any mobile device.
• Convenient for Users: SMS messages are readily accessible on any phone, requiring no additional action from the user to receive them.
• Information Gathering: SMS can also be used to collect data from users. You can design applications that allow users to respond via SMS, providing valuable feedback or data points.

In essence, SMS bridges the gap between your application and mobile users with a simple and effective communication channel.

Is the SMS technology successful, because it is global?

Yes.

SMS messaging is a tried-and-true technology with near-global acceptance. Virtually all mobile phones, regardless of manufacturer or carrier, come equipped with SMS functionality. This widespread compatibility allows you to seamlessly exchange messages with anyone, even if they use a different carrier than you. It's like having a universal language for mobile phones, ensuring your messages can reach almost anyone in the world.

Is the SMS technology successful, because it can be used by wireless applications?

Yes.

SMS messaging boasts impressive reach due to its near-universal presence on GSM mobile phones. This makes it a powerful platform for applications that need to connect with a broad user base. By leveraging SMS technology, developers can unlock new possibilities:

• Enhanced Information Exchange: SMS goes beyond simple text. It can carry binary data like ringtones, pictures, and even contact information (vCards) and calendar entries (vCal). This opens doors for richer communication between applications and users.
• Global Connectivity: Forget carrier limitations. SMS messages can seamlessly traverse between different carriers worldwide. This ensures wider accessibility and removes a barrier to application adoption.
• Convenient Billing: Mobile carriers offer native billing support for SMS, including reverse billing options. This simplifies payment for users and allows developers to create mobile content delivery platforms with clear monetization strategies.

In essence, SMS transcends its role as a simple messaging tool. Its ubiquity, data capabilities, and built-in billing make it a mature and powerful platform for developers to explore, expanding the potential of mobile communication.

What applications can SMS messaging be used for?

Yes, you can use it for these purposes.

The fact that most people carry their phones constantly makes SMS ideal for delivering critical information and timely alerts. Imagine receiving an SMS notification for:

• New Emails: Never miss an important message again. Get instant SMS alerts whenever a new email arrives in your inbox.
• Urgent Faxes and Voicemails: Stay on top of crucial communications. SMS notifications can inform you of new faxes or voicemails requiring your attention.
• Ecommerce and Credit Card Activity: Enjoy peace of mind. Receive SMS alerts for transactions on your ecommerce accounts or credit cards, allowing you to quickly identify any suspicious activity.

By leveraging SMS for alerts, you can stay informed and take action promptly, ensuring you're always in the loop, even on the go.

Is there any test account or trial software?

Download a free trial version of the software from the link below to explore its features and functionality before committing to a purchase. Download

What are the differences between the trial and full versions?

The trial version is a good option to get acquainted with the software's core functionalities. However, it has some limitations to keep in mind:

• 30-day usage limit: You can only use the trial for 30 days.
• Limited message capacity: It can only handle a maximum of 80 messages per second (MPS).
• Promotional messages: One out of every six messages you send will be converted to an "Ozeki SMS Trial" text, which might be distracting during testing.

Why does the software still send messages with the text "Ozeki SMS Trial" despite I already purchased a license?

Looks like you're on a 10-day trial. To keep using the software, activate your permanent serial number.

How to connect your SMS Gateway to the SMS Marketing system

Step 1 - Register a MyOzeki.com account

In the following video we will show you, how to register a new account at MyOzeki.com. You need to follow the given instructions, in order to make the registration process as easy as possible.

Click on the "Create an account" button at the myozeki.com home page.

Now, enter your personal details into the boxes. You have to type your full name, Email address, mobile phone number, a unique password and its confirmation. You need to accept the terms and policies, then click on the "Register" button, highlighted in blue at the bottom of the page.

Step 2 - Setup a "MyOzeki user" connection in Ozeki 10 SMS Gateway

As the second step, watch this quick video, explaining the following essential steps of set up the connection to your SMS Marketing System.

Load your Ozeki SMS Gateway Desktop, then click on the "Add new user/application..." link at the upper right corner of the panel.

Now, from the following list of application interfaces choose the MyOzeki user option and click on the belonging "Install" link.

By clicking on the "Install" link, will bring up a new tab page requiring user information. There you have to enter your username which is the email address that has been given during the MyOzeki registration, and its password. If you are done with it, click on the "Ok" button at the bottom.

Finally, at the Control table that can be found at the left side of the Ozeki SMS Gateway, switch the slider button into green, which means that your connection has been set. If the connection went well, you would receive a notification at the Events panel. For example: Successfully connected Bob Smith@localhost (MyOzeki user)

Step 3 - Show the registered SMS Gateway on your MyOzeki portal SMS App

This video will explain to you, how to show the registered SMS Gateway on your MyOzeki portal SMS App. Follow the necessary steps to make it ready.

For the first, you have to load your profile at the myozeki.com webpage. There, you have to choose the "SMS" option at the top of the page.

Now, choose the "Ozeki 10" button at the left side of the page.

Check your SMS Gateway status at the "State" option. If it is "Online", highlighted in green, then it is connection has been set up successfully.

Step 4 - Send a "Hello world" message using phone numbers in Excel in the MyOzeki portal SMS App

In this short video, we will show you, how to send a "Hello world" message using phone numbers in Excel in the MyOzeki portal SMS App. It will explain to you all the accurate movements of the process to make your job easier.

In the beginning, load your profile at the myozeki.com webpage and click on the "SMS" application at the Favourites. Then choose from the left side of the page the "Send" option.

Now, at the first section (1. Send Message To) choose the "Excel" option from the drop-down-list. Click on the "Choose file" button and find your excel file that contains the necessary information. You have to take into account that the excel files' format need to be as the given example at the bottom of the page!
If you do not have any excel file, already, then it is possibly to download the example xlsx. If you choose the file, click on the "Add" button, highlighted in blue.

When you added the excel file, then you will see at the second section (2Message Details) the contact's details.

Enter a text message to the "Message" box (For example: Hello World), then click on the "Next" button, highlighted in green.

A new page will bring up, where you can see the Message details. You can see the partners' mobile phone number, the SMS message, and the state of the message. There you can still edit your messages. These numbers exist from the chosen excel document.
If you are ready, click on the "Send" button.

If the process was successful, you receive a notification, that your messages submitted to Ozeki SMS Gateway to delivery. There you can also check your outbox or send another text message.

Step 5 - See the marketing job in Ozeki 10 SMS Gateway

In this video, you can learn, how to check your messages that has been already sent. We will show you the essentials, to learn it quickly and use in the future.

The first is to load your Ozeki SMS Gateway Desktop. At the Events tab you can see the job requests from MyOzeki user.

Now, open the scheduled jobs menu at the top of the page, by clicking on the "View" menu and choosing the "Scheduled jobs" option from the drop-down-list.

At the page that will be bring up, contains the messages and their data. Now, click on the "Details" button at the right side of the page.

By clicking on the given button, the job details can be seen at the Events tab.

The following step is to find the SMPP client 1 service provider, at the upper left corner.

Clicking on the SMPP client 1, will bring up the sent message reports, where you can see all the essential details.

Step 6 - Check the report in the MyOzeki portal SMS App/outbox page

The outbox page is a folder that holds your outgoing emails that has been sent. This video below, will show you how can you check the message reports in the MyOzeki Portal SMS App/outbox page.

First of all, load your profile at the myozeki.com. Then, choose the "Outbox" menu from the given list at the left side of the page.

Now, you can see your outbox menu, where you can track your text message jobs. You can open them and it is also possible to delete your message details. If you want to view the messages, click on the "Open" button, highlighted in blue.

By clicking on the "Open" button, the details will show up. You can see the date, the status of the message, its origin, to whom is was sent and what the text message was about.
In order to see, the message reports, then you need to click on the "Reports" option at the upper right corner, highlighted in purple.

The "Reports" button brings up the reports that has been connected to the message. You can see the recipients' phone number, the text message, the registration data and the results of the messages. If the message has been sent, then it will be a notification that "Sent successfully."

Summary

Now, you got all the essential information about how to connect the Ozeki SMS Gateway to the SMS Marketing System. You learnt the method of sending a text message with the help of MyOzeki user. You are able to query the reports of the sent text messages, that you can use for various marketing aims.
If you have any further questions send us an email to the info @ ozeki.hu address or find our website ozeki.hu.

How to authenticate users on the customer portal using Ozeki 10

This page gives you the instructions on how to authenticate the users on the Ozeki Customer Portal using the Authentication providers available in Ozeki 10. You can use the built in authentication ("Local system users") or Microsoft Active Directory, LDAP, Radius or MS SQL as the server to identify user accounts.

Step 1 - Switch authentication

Switch to Ozeki 10 authentication by adding the following lines to your config.php file in the customer portal's www directory. In default installations the path of the file is:

C:\wamp64\www\ozekiconfig\config.php

Add these lines to the config.php file

//**************************************************************
// Authentication
//**************************************************************
$auth_allowregistration = false;
$auth_provider = "ozeki10"; //default | ozeki10
$auth_url = "http://127.0.0.1:9509/api"; //only used if ozeki10
$auth_providername = "Local system users"; //only used if ozeki10

In the following video you will see, how to add authentication URL to the Ozeki Customer Port. Follow the steps and it will be easy to do these setups.

Open the config.php file, by reaching it through your PC's file manager. You need to choose the "ozekiconfig" folder at the disk, then select from the "wamp64" folder the folder named "www". Click on the "config.php" twice to view. (C:\wamp64\www\ozekiconfig\config.php)

After opening the file named "config.php", you need to add the authentication codes to the .php file. Copy the necessary lines that we have written above, then paste into their required place.

Copy these lines below the already existing ones:

//**************************************************************
// Authentication
//**************************************************************
$auth_allowregistration = false;
$auth_provider = "ozeki10"; //default | ozeki10
$auth_url = "http://127.0.0.1:9509/api"; //only used if ozeki10
$auth_providername = "Local system users"; //only used if ozeki10

If you are done with it, then type the authentication URL code into the "auth_url" line. If it is ready, save the .php file.

Step 2 - Create HTTP API users in Ozeki 10

In this short video, we will show you how to create http api user in Ozeki 10 easily.

For the first, you need to log into your Ozeki SMS Gateway. At the right side of the Ozeki desktop, you have to choose the "Add new user/application..." link, highlighted in blue.

Now, choose the "HTTP user" option from the list of the install list and click on the "Install" link. This will allow you to send messages to your system.

By clicking on the "HTTP user"link, a new page will bring up. There you have to type a unique username and password for the HTTP API user. This will help you to access the system through the HTTP API. If you are done, click on the "Ok" button below.

The HTTP users page will show up, where you can see all the information about it.

Step 3 - Login with the http api user account in the customer portal

This video explains to you, how to login to the customer portal with your HTTP API user account.

Load the Myozeki.com at your browser and log into your HTTP API user account.

If the login was successful, your MyOzeki profile can be seen.

In the following step you have to open the Ozeki 10 server events at your Ozeki SMS Gateway. Choose the "View" option from the toolbar at the top of the page. By clicking on the "View" option, a list will drop down, from which you have to choose the "Server events" option.

By clicking on the "Server events" option the System events will be show up. There you can see each event of the user by date.
In order to see the authentication log information, scroll down to the "INFO HTTP_API" section of the page.

How to authenticate users on the customer portal using Active Directory

Ozeki SMS Gateway is a high-performance, reliable SMS gateway software that allows users to authenticate on the customer portal using Active Directory authentication. Ozeki SMS Gateway's use of Active Directory authentication improves security, user experience, and administrative productivity. Ozeki offers a valuable option for businesses looking for a reliable and secure SMS gateway platform to meet their communication needs. Follow these given instructions to learn how to authenticate users on the customer portal using Active Directory.

What is user authentication using Active Directory?

User authentication on the customer portal using Active Directory refers to the process of verifying the identity of customers who want to access the portal's services or resources by leveraging Active Directory as the authentication mechanism. Customers can sign in using their familiar credentials since it interfaces with the Active Directory infrastructure already in place at the company. The user's username and password are entered, and they are compared to what is already in the Active Directory database. If the credentials match, the client has access to the portal's services and receives the advantages of a centralized management system, unified login, increased security, and seamless connection with corporate environments.

How to authenticate users on the customer portal using Active Directory (simple steps)

To authenticate users on the customer portal using Active Directory

1. Login to Ozeki SMS Gateway, or download it from https://ozeki.hu/
2. Add LDAP authentication provider in Ozeki 10
3. Configure LDAP connection details
4. Open MyOzeki config.php
5. Set up the MyOzeki authentication provider
6. Access MyOzeki using Active Directory user data
7. Open server events
8. Check authentication Log

Authentication details for provider configuration (copy these)

//**************************************************************
// Authentication
//**************************************************************
$auth_allowregistration = false;
$auth_provider = "ozeki10"; //default | ozeki10
$auth_url = "http://127.0.0.1:9509/api"; //only used if ozeki10
$auth_providername = "LDAP authentication provider"; //only used if ozeki10

User Authentication with Active Directory (video tutorial)

In this quick guide of instructions, you will learn how to authenticate users on the customer portal using Active Directory using Ozeki SMS Gateway software. You will explore the configuration process of authentication provider using Active Directory. We will take you through the installing and configuring process while making it simlpe for you. In the end of the video, you'll be able to utilize Active Directory to control user access securely and offer a smooth login process.

To start the process, you need to log into your personal account in Ozeki SMS Gateway. If you do not have yet an Ozeki account, then download the Ozeki SMS Gateway software from the https://ozeki.hu/ website. After logging in, navigate to the Ozeki Home page. There find the "Advanced" icon on the toolbar and click on it. This will bring up a page, where details about the authentication providers can be seen. Select the "Authentication providers" option from the left-handed list to setup authentication methods to authenticate your users in Ozeki SMS Gateway. Click on the "Create Authentication provider" button in the middle of the page, which will show up a tab with Authentication provider details. Choose the "LDAP" protocol option from the given list to set up the authentication type. This makes it possible to use Microsoft Active Directory for authentication in Ozeki 10.

By choosing the authentication protocol type in Ozeki SMS Gateway, specify the details about the authentication provider. Enter a unique name, then add LDAP server, Username or DN, and the Password to it. At the Container options set up the container on the store to use as the root of the context. For saving, click on the "Ok" button.

In the subsequent stage of the process, open MyOzeki config.php on your PC's local disk, inside the wamp64, in the www folder to handle configurations for your Ozeki SMS Gateway. It is essential to follow the documentation for successful integration.

By opening the config.ph, you need to configure the MyOzeki authentication provider. For successful configuration, paste these authentication details (provider URL and name) to the appropriate part of the code. Paste the data, then save your changes with File/ Save command.

//**************************************************************
// Authentication
//**************************************************************
$auth_allowregistration = false;
$auth_provider = "ozeki10"; //default | ozeki10
$auth_url = "http://127.0.0.1:9509/api"; //only used if ozeki10
$auth_providername = "LDAP authentication provider"; //only used if ozeki10

After successfully entering the necessary information, login to the MyOzeki account using Active Directory user. Provide your username and password for verification.

If the login process was successful, then you can see your MyOzeki profile. Once logged in, you'll have access to various features and functionalities within your MyOzeki account.

Navigate back to the Ozeki SMS Gateway, then choose the "View" menu from the Menu bar on the Ozeki Home screen. Select "Server events" from the drop-down list. By clicking on it you will be able to see the authentication log information.

You can see the authentication log information by clicking on the "Server events", which includes facts about Active Directory logins including the date and time of successful logins and the usernames used for authentication.

Conclusion

In conclusion, Ozeki SMS Gateway offers a reliable SMS gateway software solution that enables users to authenticate on the customer portal using Active Directory authentication. Customers can safely access the customer portal with their existing credentials by utilizing Active Directory authentication. They can easily configure Active Directory authentication in Ozeki SMS Gateway by following the guide's simple instructions. Businesses can benefit from this integration's improved security, user experience, and administrative effectiveness, while they can guarantee communication and improved access control without any obstacles.

Best practices for SMS Marketing Compliance in 2025

SMS Marketing is probably the best tool to reach clients and to call them to action, however if done unproperly it can lead to customer frustration and legal troubles. In this article Ozeki would like to share with you the best practices for doing SMS marketing legally and in a socially acceptable way.

Introduction

Fortunately, compliance is straightforward when you know the rules. With a little care, you can design a compliant campaign and send SMS messages with confidence.

Step 1. Get consent before you send out your SMS campaign

Here are four common methods:

Texting keywords: Keyword text sign-ups make it simple to give consent. Just ask customers to text a specific word to a phone number to opt in. Using different keywords for specific kinds of messages lets you target messages more easily, and you can choose keywords that reflect your brand’s personality to increase engagement.

Sign-up widgets: Many businesses host a sign-up widget on their app or website. Typically, it opens the customer’s mobile inbox, and then they text to give consent.

Web forms: A signup form on your website provides a checkbox to affirm consent and presents your terms and conditions, as well as the privacy policy. (Bonus: you can capture and request consent for both email and SMS marketing with just one form.)

Paper forms: This is a less convenient approach, but some businesses use it if they send other paper forms in the mail or gather sign-ups at in-person events.

Once you have consent, honour it strictly. Imagine you invite people to text "VEGANSTARS!" to your restaurant to get marketing messages about vegan products. If you them send discount codes for pepperoni pies, you’re out of compliance, because the consent only covers messages about vegan products.

Step 2. Provide required disclosures at opt-in

Whatever consent method you use, you must share the following with the subscriber:

Company name: Include your company’s legal name or brand name.

Campaign purpose: Say what you will be sending: alerts, marketing messages, sweepstakes, etc. You cannot use consent for one type of campaign for another (like informational versus marketing), so be specific!

Message frequency: Give the number of messages you plan to send per month.

Message and data rates. Some people must pay to receive messages, and if they click your links, they might use data. Explain that message and data rates may apply.

Terms and conditions, as well as privacy policy. You don’t have to include the full text of these documents, but you must tell the subscriber where to find them.

Step 3. Send an appropriate confirmation message

Each new text subscriber should receive a confirmation message, like this example:

Ozeki: Thank you for signing up! Use code OZEKISMS for 10% off your next order. Msg&Data rates may apply, up to 4 msgs/month. Reply HELP for help and STOP to cancel.

You must include:

• Your company name or brand name
• Expected message frequency
• Potential for message and data charges
• Simple instructions for opting out

Make opting out easy. If it’s too difficult, you’re not only violating the law, but you’re also encouraging people to report your texts as spam, which can lead to phone carriers blocking your number.

Step 4. Publish terms and conditions and privacy policy

You need SMS-specific terms and conditions, separate from your standard terms and conditions. If you don’t have these already, take a look at the example at the end of this post for a template. You’ll likely need to update your privacy policy as well. For example, sharing information like mobile numbers with third parties or affiliates is prohibited.

Post these documents prominently on your website, marketing materials, and other digital and print documents. You want to make it easy for your customers, CTIA auditors, and phone carriers to see that your business is in compliance.

Step 5. Never send prohibited content

SHAFT stands for the top five prohibited SMS topics: sex, hate (including threats of violence, hate speech, or graphic violence), alcohol, firearms, and tobacco. Texting about these topics could result in an immediate ban, if not legal action, from phone carriers. There are some exceptions for alcohol and tobacco if you do appropriate age verification and tracking.

You also shouldn’t text about confidential information, cannabis (even if it’s legal in your area), loans or other financial solicitations, and betting or gambling. If you’re marketing for a casino, it’s okay to message about non-gambling services, like an adjoining hotel.

Special rules apply to sweepstakes. In addition to age requirements, which vary from state to state, you must have a separate terms and conditions disclosure on your website for every sweepstakes.

Step 6. Keep every campaign compliant

Once you have consent, you must honour it to remain in compliance, as well as to maintain good relationships with your customers. In addition, avoiding prohibited content, keep these tips in mind as you’re creating campaigns and managing your subscriber lists:

Include your business name in every message.

Make sure every campaign falls within the specific consent provided by the recipients. If you’ve gathered consent for different kinds of messages, be sure your segmentation is targeting the right audience.

Include opt-out instructions with every text as a best practice. It’s far better to have customers opt out than to report your messages as spam because they can’t figure out how to unsubscribe.

If a customer opts out, they should never receive another message (other than a confirmation that they have been unsubscribed). Be sure your automated messaging platform instantly unsubscribes people who request it.

Staying in compliance: it’s just good business

SMS marketing compliance is a vital business practice for avoiding fines and lawsuits. But it supports customer engagement and retention too. Every customer wants to receive messages that appeal to them, to be treated fairly, and to keep their private information safe. When you build compliance into your sending practices, you’ll reap the benefits of better relationships without the risk of legal problems.

How to setup your own SMS Marketing System

In this guide you can read about SMS marketing systems and get all the information you need to setup your own. In the first part of the guide, the most important technology aspects of such systems are covered. In the second part you can find information about the SMS marketing software solutions offered by Ozeki. In the final part of the article important issues such as security, how to address sms costs, how to improve conversion rates and the legal aspects of SMS marketing campaigns are covered.

What is an SMS marketing system?

An SMS marketing system is a software platform that enables businesses to send promotional messages to their customers' mobile devices via text.

How does an SMS marketing system work?

Every SMS marketing system is based on Graphical User Interface (GUI), a database of phone numbers and an SMS gateway. The user interacts with the GUI, and creates phone number lists, and schedules SMS messages to be sent to these phone number lists. The phone number lists and the scheduled messages are stored in the database. The SMS gateway's role in the system is to pick up the SMS messages from the database and delivery them to the phone number lists when time is due. (Figure 1)

Good SMS marketing systems offer personalized SMS messages, and campaign scheduling to let the marketers plan SMS marketing for days or weeks in advance.

Better SMS marketing systems also offer unique call to action links inserted into each SMS, that allow the SMS marketer to track what happened to each SMS messages. By tracking the action taken by the target audience with the help of unique call to action links the SMS marketer can make valuable decision on the content and phone number list to use for the next campaign.

Example: In the sample marketing campaign shown on Figure 2, you can notice that each SMS messages contains a unique link. Hint: Note that each link is very short, short links are clicked more often.

What are the key features of an SMS marketing system?

• Phone number list management
• SMS keywords for personalization
• SMS templates for productivity
• SMS scheduling
• SMS delayed sending*
• SMS Sender ID customization
• Multiple mobile network connections
• Unique call to action links
• Short links in SMS messages
• Marketing cost control
• Marketing reports

*SMS delayed sending means, that the system puts a delay between each SMS so for campaigns resulting in phone calls not all calls are received at the same time.

Use cases

An SMS marketing system is ideal for lots of simple and complex marketing campaigns. Here are some tips you might use to boost your own business:

• Send out invitations in a text to an event
• Ask a set of customers in SMS for a favourable review
• To boost a Tik-Tok or other social media post ask them to click on the link in the text
• To ask customers to buy again to generate repeat sales offer them a loyalty discount in the SMS
• To remind potential customers to book an appointment provide a link in the text message to your booking site
• To ask for permission to make a sales phone call, ask them to click in the link in the SMS message if they are happy to talk

What are SMS marketing reports

According to Erzsébet Savanya, who is one of the best marketers in the world, "The true value of a marketing campaign comes from customer interactions ... the best marketers build tools to measure such interactions."

To satisfy such a demand, an SMS marketing system should be able to provide reports, that present customer interactions. Such a report could be a list of click to the call to action links (Figure 3). In all of the use cases listed above, you can utilize call-to-action links. Once you include such links in your SMS marketing campaign, you will take advantage of the "click report" provided by the marketing system to see how efficient your SMS marketing campaign was.

Scheduling SMS messages

When it comes to SMS marketing, one of the key features of an SMS marketing system is the ability to schedule SMS messages. The SMS marketer needs the capability to define the date and time when an SMS campaign should be sent out. This is not only important to time the campaign in coordination with other marketing efforts but is also a great tool to do A/B testing to find out when the click through rate is the highest. Of course, scheduling is also important to allow the marketer to do batches of work in advance in order to let automation help with keeping up the attention of the target audience. For sms scheduling the Ozeki SMS marketing platform offers two methods: One option is to use a calendar date for the marketing campaign to start. We call this option "campaign scheduling". The other option is used to set an individual date for each SMS message in the campaign. We call this option "per SMS scheduling". To do per SMS scheduling, the easiest methos is to define dates in an Excel sheet that holds the phone number list and the personalized data to be sent out. In this Excel sheet a unique date and time can be assigned to each SMS.

When it comes to the topic of scheduling another important aspect needs to be mentioned. For some campaigns it is not advantageous to send out all SMS messages in the campaign at once. Sometimes it is better to put a delay between SMS messages. Imagine the scenario, when you ask the recipients to call the sales team back, and you send out a bulk of text messages and all the calls come in at once. This overload of the call centre can be avoided by sending out the campaign with a delay. Putting a delay between text message sending is also great to avoid website overload and mobile network overload.

The most important question: Are my phone number lists and SMS texts safe?

One of the most important question SMS marketers ask when it comes to choosing an SMS marketing software is about security: "Are my phone number lists and SMS texts safe?". This question addresses key problems with on-line sms marketing systems. On-line sms service providers require the users to upload their valuable phone number lists and well thought out SMS texts. Platform owners often use and resell this information.

The only real way to address this issue, and to be on the safe side the is to setup your own SMS gateway with a GSM modem or GSM modem pool (or an Android mobile for smaller SMS volume) in your own office. With an on-primes SMS marketing system that is installed on your own computer and that sends the SMS messages directly to the mobile network through a wireless connection, you don't have to worry about the security of your phone number lists and messages texts.

Having your SMS marketing system in house not only provides you more security but also gives you the ability to take advantage of free SMS tariffs often attached to SIM Card subscriptions, so it is also a good way to address questions regarding costs.

Where can I download an SMS gateway to use as my own SMS marketing system?

If you wish to setup a pure on-premise SMS marketing system, you need to download Ozeki SMS Gateway for Windows and either use the SMS Messenger app that comes with it or you need to download and install the more advanced Ozeki SMS Marketing platform. Ozeki SMS Gateway can be downloaded from the following URL: https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

How to setup the SMS Marketing System?

To setup the SMS marketing system you need to install Ozeki SMS Gateway and configure it to connect to the mobile network. The mobile network connection allows you to send SMS messages wirelessly or through the Internet to mobile phones. For wireless connections you can use a GSM modem with a SIM card or an GSM/SMS modem pool with multiple SIM cards to send out your SMS messages. You can also use an Android SMS Gateway configuration. If you decide to go this route and you connect to the mobile network wirelessly your SMS messages will go out through the SIM card(s) you purchase. Text messages will be sent the same way as you would send them from a standard mobile phone. The same prices will be applied

Hint: Wireless SMS connections allow you to take advantage of favourable SMS plans offered by mobile network operators for SIM only subscribers. Many mobile network operators unlimited free SMS for subscribers in standard plans.

If you wish to connect your SMS marketing system to the mobile network through Internet, you need to find an SMS service provider, who offers SMPP SMS connection. In this case the sms costs will be determined by your SMPP SMS service provider.

Once your SMS gateway is installed and the mobile network connection is setup, the next step is to install your SMS marketing software.

To sum it up: to setup your SMS marketing system:

1. Download Ozeki SMS Gateway for Windows
2. Install Ozeki SMS Gateway
3. Connect the SMS Gateway to the mobile network
4. Install the SMS marketing system
5. Connect to the SMS marketing system with your browser
6. Send your first SMS marketing campaign
7. Include call to action links in your text messages
8. Check the SMS marketing report called "click report"

How to setup your SMS marketing system

The following Video tutorial shows the full procedure of setting up Ozeki SMS Gateway as your primary SMS sending platform in your SMS marketing system.

Can I use the Ozeki SMS marketing system on Linux

Although most users prefer to use Windows as the base platform for their SMS marketing system, there is an option for Linux as well. You can download and install both the Ozeki SMS Gateway and the Ozeki SMS marketing platform for Linux. If you are a Linux guy, you will quickly realize, that installing the SMS marketing platform on Linux will bring some benefits in terms of multiuser access, performance and configurability.

The SMS marketing system on Windows

The Ozeki SMS Gateway and the Ozeki SMS marketing platform can both be installed on Windows. Lone wolf SMS marketers can install the whole system on their personal laptops, SMS marketing teams can install it on a Windows server in their LAN and use it remotely from their web browser. If the system is installed on a server computer and user accounts are created the marketing teams can share SMS contact lists, and access to SMS campaigns and marketing reports. This allows the whole team to learn from success stories of other team members.

Why is the Ozeki SMS marketing system unique?

phone number lists and the inclusion of call-to-action links in your text messages. With our user-friendly interface, you can quickly create and send personalized messages to your subscribers. Our system is perfect for businesses of all sizes looking to increase engagement and drive conversions through mobile marketing. Say goodbye to manual phone number management and hello to an automated system that streamlines your SMS marketing efforts. Try it out today and start seeing results in no time!

Is there an on-line version of an SMS marketing system?

This SMS marketing software can be installed in your own IT infrastructure, or you can use it as an on-line service at https://myozeki.com.

Why do businesses use the Ozeki SMS marketing system?

The Ozeki SMS marketing system is an excellent tool for businesses to call people to action as text messages have high open rates and are read within minutes of being received. The Ozeki marketing platform allows you to put call-to-action links into the SMS messages and once people open the message, they will click on the link in the text.

SMS marketing campaigns using this call-to-action technology are great to boost sales, increase engagement, build brand awareness and to drive website traffic. By targeting a specific audience and delivering personalized messages in automated campaigns the results are always outstanding.

Steps to send your SMS marketing campaign

If you are convinced that you wish to give the Ozeki SMS marketing software a try, you can do it without installation by registering at the https://myozeki.com portal. You may also download and install the SMS marketing system on your own computer for testing.

Once the software is installed use the following steps to send your first SMS marketing campaign.

1. Collect the phone number list
2. Define the message template
3. Include the call-to-action link
4. Schedule the message delivery time
5. Create the SMS marketing campaign
6. Preview the messages before sending
7. Launch the campaign
8. Track and analyse results

How to build your SMS marketing campaign

To open the SMS marketing system, you need to click on the SMS icon on your dashboard, as you can see on Figure 4.

On the home page of the SMS marketing system, like on Figure 5, click on "Send" to create your SMS marketing campaign

Build your phone number list, define the SMS template, add customizable fields to your text message (e.g.: #FIRSTNAME#) and include the unique call to action link (e.g.: #LINK#). (Figure 6)

How is the Ozeki SMS marketing system different

1. It can send the SMS messages through your own device(s) directly to the mobile network
2. It can be installed in your own premises on Windows or Linux
3. It keeps data confidential between you and your customer, no 3rd party involved
4. It offers tools to stay compliant
5. It allows you to add unique call to action links for each SMS
6. It offers reports to analyse campaign success
7. It offers a user interface for A/B testing
8. It can send SMS by acquiring data from custom Excel sheets
9. It offers landing pages that convert
10. It offers customization and branding options
11. It has a mobile friendly user interface

Use your own device: Send SMS with your mobile or your own SMS gateway

The Ozeki SMS marketing system allows you to send your SMS messages using your own device, such as your own Android Mobile phone or your own Ozeki SMS Gateway System. This means you can send your marketing messages directly to the mobile network. If you send messages directly from your own device, it means the Sender ID (the phone number you use as sender address) will be yours. With your own phone number, the reply text messages and reply calls are routed back to you directly, and you can process the responses according to your rules.

Install your SMS marketing system in your own premises

You can setup the full system in your own office or on your own server. This means it will not depend on anybody. Your computer will provide the user interface for your office users, and your own devices will send out the SMS messages directly to the mobile network. This full control over your system will provide you unprecedented operational reliability and peace of mind. If something goes wrong, you will have the power to act and you will not have to wait for or rely on any 3rd party to make your system operational.

Keep your SMS phone number list and the texts confidential

If you install the Ozeki SMS marketing software in house, it will give you the best possible security. Your phone number lists, your message texts and information about your usage patterns and statistics will only be available for you. If you use an online service for SMS marketing you have to share these details with a 3rd party, who can potentially sell your data. Use Ozeki and keep all your data in house, keep all your data safe!

Include unique call to action links in your SMS messages

The Ozeki SMS marketing system can put a unique link directly into each SMS message. When you compose your SMS, you can add the keyword #LINK1# int the text. Before the SMS is sent the system will replace this keyword in the message to a unique short link. When recipients receive the message a large portion of them will click on the link. Gathering this clicks on landing pages operated by the Ozeki SMS Marketing system will allow you to know exactly which SMS messages converted to a click. The links in your messages will take your customer to your landing pages and will allow you to move the customer to the next step in your sales tunnel.

Analyse SMS campaign success

The reporting feature of the Ozeki SMS Marketing system will show you what percentage of the messages were delivered successfully to the recipient handset, and what percentage of the users clicked the unique link in the SMS. This report will give you the ability to evaluate your investment in this marketing activity.

A/B testing in SMS marketing campaigns

Marketers use A/B testing to figure out which SMS text works best for a particular audience. Ozeki offers a user interface, to add a phone number list and to provide two versions of the SMS to be sent out. The user will split the list into two segments and send out the messages. The click through rates and reply rates will be presented in a report.

Custom Excel sheets and automation

SMS text messages are a great way to keep users up to date. Data to be sent out is often available in Excel sheets. The Ozeki marketing platform can use prewritten SMS templates with keywords and custom - user specific - Excel files to send out customized notifications to a list of recipients. For example, you can write an SMS template like this: "Hello #FIRSTNAME#, Your KPI in #MONTH# was #VALUE#", and you can upload an Excel with the data corresponding to #FIRSTNAME#, #MONTH#, and #VALUE#, and the Ozeki system will create the SMS messages and will send them out.

The benefits of using links in SMS messages

The Ozeki SMS platform has a built-in short URL service, that allows you to add short links to text messages, that will open custom landing pages. Landing pages for appointment booking, order placement, or further information request are already included in the software, but you can create your own landing pages or forward clicks to already existing websites.

Thanks to this built in short URL service Ozeki’s SMS marketing system is not only a data-driven marketing automation platform, it is also a direct response platform. It gives you direct ownership of your customer response interactions, empowering you to turn transactions into long-term, revenue-generating relationships — at scale. Powered by a flexible, real-time reporting system, that centralizes all your SMS marketing campaign data Ozeki makes it easy to build, deliver, and optimize incredibly sophisticated and personalized experiences using text messages sent to mobile phones and taking advantage of measured call-to-action links.

The unique "per-customer" short links in the SMS messages bring personalization to a new level. Personalization is a key feature of effective SMS marketing systems. By utilizing the feedback provided by clicks, you can tailor the personalised content sent to individual recipients over time in a super-efficient way. Because you can build on input from previous campaigns, and you can combine this with the ability to customize messages with recipient names, custom keywords containing other relevant information in the messages, you can tailor the SMS to the preferences of the customer and you can create a more personal connection with the customers over time.

This level of personalization not only improves the overall customer experience but also enhances the effectiveness of the SMS marketing campaigns and result in increased business revenue.

Customization and branding

SMS service providers who purchase the system for offering SMS marketing to their customers prefer to use their own brand logo and brand colours on the platform. The Ozeki SMS Marketing system offers this option.

Mobile friendly user interface

The Ozeki Marketing system's user interface was designed to work well on mobile phones. You can create and manage SMS marketing campaigns from your iPhone or Android device. If you install the Ozeki App, you will also get notifications about events related to your campaign.

Costs and prices of an SMS marketing system

When you decide to invest in SMS marketing you will have to make a one-time investment and you must take into consideration recuring costs that come from usage. In the following section the costs of an SMS marketing system are summarized

One-time costs of an SMS marketing system

• Software license costs
• Hardware costs (Windows PC + GSM modem or Android phone + SIM card)
• Installation and training (If you are not an IT guy)

Recuring costs

• Cost per each SMS sent (if you don't use a free SMS plan)
• Version update and technical support for the SMS software (optional)
• Other standard business fees (electricity, employee wages, office space, administration, etc)

One of the key costs of such a system is the cost per SMS sent. Note that if you look around carefully, you might find attractive SIM only plans offered by mobile network operators with free unlimited SMS.

Can I do SMS marketing free of charge?

The short answer is no, but you can get quite close. If you setup your own SMS marketing system, you will have to invest into hardware and software licenses. You can save on the SMS costs and possibly find free SMS sending opportunities by carefully checking the mobile phone subscription plans offered by mobile network operators in your country. For example in the UK, all major networks offer free unlimited text messaging in their standard subscription based mobile plans.

Legal aspects

When you do SMS marketing it is important to comply with all the laws and regulations in place. Please study carefully the rules, before engaging into this activity to avoid possible fines and legal trouble. Check out or SMS marketing compliance guide for more information on legal aspects of SMS marketing campaigns.

Hint: use Ozeki SMS marketing software tools to stay compliant

The Ozeki SMS Marketing system offers excellent tools to stay compliant. Read our article on compliance for SMS marketing campaigns. Tools such as consent declaration lists, opt out lists, and customer segmentation based on consent are offered. For example, if your customers opt in using text messages, or confirm subscription by clicking on a link you will have a record of their consent organized into a list on the platform. The software also offers automated opt-out lists using keywords. The software allows you to add an unsubscription post-fix to your messages. e.g.: "send STOP to opt out". Staying compliant is not only great to stay out of legal trouble, but your efforts in this area also gives a great impression about your business in the eyes of your customers and business partners.

How to write good SMS marketing messages

Tip	Description
Get permission	Only send SMS messages to people who have explicitly opted in to receive them. This will help you avoid spam complaints and improve your deliverability rates.
Keep your messages short and sweet	SMS messages have a character limit of 160 characters, so make sure your messages are clear and concise. Avoid using jargon or technical terms that your recipients may not understand.
Personalize your messages	Use the recipient's name and other personal details to make your messages more relevant and engaging. This will help you build relationships with your customers and increase their loyalty.
Use a call to action	Tell your recipients what you want them to do, whether it's visiting your website, making a purchase, or signing up for your newsletter. Make it easy for them to do it by providing clear and concise instructions.
Use clear and concise language	Use simple, easy-to-understand language in your messages. Avoid using jargon or technical terms that your recipients may not understand.
Use active voice	Using active voice will make your messages more engaging and persuasive. For example, instead of saying "The product was delivered," say "We delivered the product."
Use strong verbs	Using strong verbs will make your messages more powerful and effective. For example, instead of saying "The product was good," say "The product was amazing."
Use a strong call to action	Tell your recipients what you want them to do and make it easy for them to do it. For example, instead of saying "Visit our website," say "Click here to visit our website."
Track your results	Use a tracking tool to see how your SMS marketing campaigns are performing. This will help you optimize your campaigns and get the most out of your SMS marketing efforts.
Use all marketing systems	SMS marketing is most effective when used alongside other marketing channels. This will help you reach a broader audience and improve your brand recognition.
Personalize your messages	Personalization is the key to creating engaging and effective SMS marketing campaigns. When you address your customers by name and tailor your messages to their interests, you'll build stronger relationships and increase sales.
Be brief	SMS messages have a character limit, so make sure your messages are clear and concise. Avoid using jargon or technical terms that your customers may not understand.
Segment your messages	Segmenting your messages allows you to target your customers with more relevant and engaging content. This will help you improve your open rates and click-through rates.
Select the appropriate sending times	Sending your messages at the right time can make a big difference in your results. Avoid sending messages before 9

Good SMS marketing message examples

Now let's take a look at some SMS marketing message examples. Notice the call to action and the links included in each of these messages:

Note, that the Ozeki SMS system will replace the "#Link#" with the actual personalized unique URL for each recipient. You will be able to define the landing page the URL will take the recipient to. The unique URL will give the system the ability to track each click.

Who will work on your SMS marketing campaigns

For small and startup companies SMS marketing campaigns will most likely be done by the leader of the organization. Mid-size and larger businesses will assign the job to an employee who is fit for the job. If you would like to delegate, the job of creating SMS marketing campaigns here are some tips on how to find the best employee for the job:

How to Choose a Good Employee for SMS Marketing Tasks

SMS marketing is a powerful tool that can help businesses reach their target audience and boost sales. However, in order to be effective, SMS marketing campaigns need to be well-planned and executed. This is where a good employee can make a big difference.

Here are some tips on how to choose a good employee for SMS marketing tasks:

• Look for someone with experience in SMS marketing.
• Look for someone who is creative and has a good understanding of your brand.
• Look for someone who is organized and detail-oriented.
• Look for someone who is customer-focused.

If you can find an employee who meets all of these criteria, you'll be well on your way to creating successful SMS marketing campaigns.

In addition to the above, here are some other qualities to look for in a good SMS marketing employee:

• Excellent written communication skills.
• Strong analytical skills.
• A willingness to learn.

If you can find an employee with these qualities, you'll have a valuable asset on your team who can help you take your SMS marketing to the next level.

How to train your employees for SMS marketing

SMS marketing is a powerful tool that can be used to reach a large audience quickly and easily. However, in order to be effective, SMS marketing campaigns need to be well-planned and executed. This is where a trained employee can make a big difference. Before you ask your employee to start sending out SMS messages, we strongly recommend you to invest time into training.

Here are some of the reasons why it is important to train an employee for SMS marketing campaigns:

• To ensure that the campaigns are effective. A trained employee will know how to create SMS messages that are clear, concise, and persuasive. They will also know how to target the right audience and send the messages at the right time.
• To save time and money. A trained employee will be able to create and execute SMS marketing campaigns more efficiently. This will save you time and money, which you can then invest in other marketing efforts.
• To improve customer satisfaction. When SMS marketing campaigns are executed well, they can improve customer satisfaction. This is because customers appreciate being kept up-to-date on products, services, and promotions.
• To build brand awareness. SMS marketing campaigns can help to build brand awareness by reaching a large audience with your message. A well-trained employee can deliver your brand's message more efficiently, resulting in more people remembering your brand.

If you are considering using SMS marketing, I highly recommend that you train an employee to create and execute your campaigns. A trained employee can help you to save time, money, and improve customer satisfaction. When you put such a training program together, you should focus on the following:

• Start with the basics. Make sure your employee understands the basics of Ozeki SMS marketing software, such as how to log in, where to click and how to create a new campaign, how to add contacts to a campaign, and how to send a campaign.
• Provide hands-on training. The best way to learn Ozeki SMS marketing software is by doing it. Give your employee the opportunity to create their own SMS marketing campaigns using the software and get feedback from you. You may start with small contact lists.
• Use the Ozeki SMS marketing software documentation. The Ozeki SMS marketing software documentation is a great resource for learning how to use the software. It contains videos that can be viewed at https://ozeki-sms-gateway.com, it offers screenshots and well written, easy to understand textual information. Make sure your employee has access to the documentation and knows how to use it.
• Set clear expectations. Let your employee know what you expect from them in terms of the quality and quantity of SMS marketing campaigns they create using the Ozeki SMS marketing software.
• Provide regular feedback. As your employee creates SMS marketing campaigns using the Ozeki SMS marketing software, provide them with regular feedback on their work. This will help them improve their skills and efficiency.
• Be patient. It takes time to learn how to use Ozeki SMS marketing software effectively. Be patient with your employee and give them time to develop their skills.

Here are some resources that you can use during the training:

• Ozeki SMS marketing software documentation: The Ozeki SMS marketing software documentation is a great resource for learning how to use the software.
• Ozeki SMS marketing software tutorials: There are many Ozeki SMS marketing software tutorials available online. These tutorials can be a great way to learn how to use the software.
• Ozeki SMS support tickets: The myozeki.com platforms allow your employee to open support tickets to ask for advice or to initiate a chat conversation with one of our experts.

By following these tips, you can train your employee to be efficient in creating SMS marketing campaigns using the Ozeki SMS marketing software.

How to manage employees working on SMS marketing campaigns

Here are 10 best practices to give good instructions to the employee working on SMS marketing and to make sure the quality of his work meets the expectations and creates results:

1. Be clear and concise. Your instructions should be easy to understand and follow. Avoid using jargon or technical terms that your employee may not be familiar with.
2. Be specific. Don't just tell your employee to "send out an SMS marketing campaign." Instead, give them specific instructions on what to include in the campaign, who to target, and when to send it.
3. Be realistic. Don't set unrealistic expectations for your employee. If you're expecting them to send out a campaign every day, make sure they have the resources and time to do it.
4. Be flexible. Things don't always go according to plan, so be prepared to make adjustments to your instructions as needed.
5. Be supportive. Let your employee know that you're there to help them if they have any questions or problems.
6. Be timely. Don't wait until the last minute to give your employee their instructions. Give them enough time to plan and execute the campaign effectively.
7. Be consistent. Make sure your instructions are consistent with your overall marketing strategy. This will help your employee create campaigns that are aligned with your brand and goals.
8. Be measurable. Set clear goals for your SMS marketing campaigns so that you can track their success. This will help you determine whether your instructions are effective and make necessary adjustments.
9. Be open to feedback. Ask your employee for feedback on your instructions. This will help you improve your communication and ensure that your instructions are clear and effective.
10. Be patient. It takes time to learn how to do SMS marketing effectively. Be patient with your employee and give them time to develop their skills.

By following these best practices, you can give your employee the best possible chance of creating successful SMS marketing campaigns. In addition to this it is also important to mention, that to ensure the quality of your employee's work you should always provide regular feedback. By providing feedback, you will let your employee know what they're doing well and where they can improve. This will help them stay motivated and on track. Setting clear deadlines is also a great result driver. This will help your employee stay organized and focused. Providing access to resources and create a positive work environment will also improve the results. When you work with the Ozeki SMS marketing system, make sure your employee has access to the reports, past campaigns and resources they need to do their job effectively. This will help your employee feel comfortable asking questions and getting help when they need it. Good management practices will help your employee create high-quality SMS marketing campaigns that meet your expectations and create results.

How to analyse sms marketing campaigns efficiency

Analysing SMS marketing campaign efficiency is crucial from a business perspective to evaluate the effectiveness of your messaging strategy and make data-driven decisions to optimize future campaigns. Here are three key steps to analyse the efficiency of SMS marketing campaigns:

To do such analysis you must define key performance indicators (KPIs): Begin by identifying the metrics that align with your business goals. Common KPIs for SMS marketing include conversion rate, click-through rate, open rate, response rate, and overall campaign ROI. These metrics provide valuable insights into the effectiveness of your messaging, customer engagement, and the impact on your bottom line. By setting clear KPIs, you can track the performance of your SMS campaigns and assess their efficiency accurately.

Monitor and Analyse Data: Download the reports provided by the Ozeki SMS marketing software and analyse it in correlation with other relevant data available in your business to evaluate the performance of your SMS marketing campaigns. For real time analysis you can use the live reports of the Ozeki SMS marketing platform to track key metrics in real-time. Analyse the open rates and click-through rates to gauge the level of customer engagement. Conversion tracking helps you understand the effectiveness of your SMS messages in driving desired actions. Analysing data on demographics, customer segments, and response patterns can provide insights into the effectiveness of different campaign strategies and help you optimize your targeting and messaging approach.

Using A/B Testing and Iterative Improvement is also a great tool. We recommend that you implement A/B testing to compare the performance of different elements within your SMS campaigns. Test variables such as message content, call-to-action, timing, and frequency to identify the most effective combinations. Split your audience into different groups and send different variations of messages to each group. Analyse the results to determine which variations yield the best outcomes. Continuously iterate and refine your campaigns based on the insights gained from A/B testing, aiming for incremental improvements in key performance metrics.

By following steps like they were just discussed, you can effectively evaluate the efficiency of the SMS marketing campaigns of your business. This data-driven approach enables you to optimize the messaging strategies, improve customer engagement, and drive better results from their SMS marketing efforts. Regular monitoring, analysis, and iterative improvements are essential for staying ahead in the dynamic world of SMS marketing and achieving long-term success.

Summary

The Ozeki SMS marketing system is an excellent tool for businesses to call people to action as text messages have high open rates and are read within minutes of being received. The Ozeki marketing platform allows you to put call-to-action links into the SMS messages and once people open the message, they will click on the link in the text.

SMS marketing campaigns using this call-to-action technology are great to boost sales, increase engagement, build brand awareness and to drive website traffic. By targeting a specific audience and delivering personalized messages in automated campaigns the results are always outstanding.

When you are ready to launch an SMS marketing campaign, click on "Send" in the dashboard. After you have built and sent your campaign, head back to the home page and click on "Reports". You can now track the progress of your campaign by clicking on the campaign's name. Your campaigns will bring results irrespective of the mobile phones (e.g. iPhone vs Android) your audience uses.

Boost your business today with SMS marketing! Click here to start sending targeted messages straight to your customers' phones.

FAQs

What is SMS?

SMS, or Short Message Service, is a widely used technology for sending short text messages between mobile phones. Introduced in Europe in 1992, it quickly became a global phenomenon due to its:

• Universal Compatibility: Supported by virtually all GSM phones and included in most mobile plans.
• Simple Functionality: Enables easy message exchange without complex features.
• Low Cost: Typically offered at an affordable rate by wireless carriers.

What can you send in an SMS?

Due to its "short" nature, SMS messages have a character limit. The capacity depends on the encoding used:

• 160 characters: Achieved with 7-bit encoding, suitable for basic Latin characters like English alphabets.
• 70 characters: Requires 16-bit Unicode encoding, necessary for languages with special characters (Arabic, Cyrillic, etc.).

Beyond text, SMS can also transmit a limited amount of binary data for ringtones, logos, or basic business cards.

SMS offers several advantages:

• Reaches Everyone: With near-universal phone compatibility, you can connect with almost any mobile user.
• Simple Integration: Easily incorporate SMS functionality into your applications using SMS APIs.
• Real-Time Communication: Deliver critical information instantly for timely action.

While SMS excels in simple text messages, advancements have led to other messaging services like MMS (Multimedia Messaging Service) for richer content and EMS (Enhanced Messaging Service) for basic animations and extra features.

Which standardization body is responsible for the SMS standard?

3GPP

• Born in Europe: The European Telecommunications Standards Institute (ETSI) initially created the GSM and SMS standards.
• Evolving Together: Responsibility for these standards eventually shifted to the Third Generation Partnership Project (3GPP).
• 3GPP in Charge: Today, 3GPP remains the leading organization for developing and maintaining both GSM and SMS standards.

Why use SMS?

SMS offers applications a straightforward and reliable way to communicate with mobile users. Here's why:

• Easy Integration: SMS requires minimal setup - all you need is a phone number and the message content. Integrate SMS functionality into your application using APIs for seamless communication.
• Broad Reach: SMS bypasses the need for users to download additional apps, ensuring your messages reach virtually any mobile device.
• Convenient for Users: SMS messages are readily accessible on any phone, requiring no additional action from the user to receive them.
• Information Gathering: SMS can also be used to collect data from users. You can design applications that allow users to respond via SMS, providing valuable feedback or data points.

In essence, SMS bridges the gap between your application and mobile users with a simple and effective communication channel.

Is the SMS technology successful, because it is global?

Yes.

SMS messaging is a tried-and-true technology with near-global acceptance. Virtually all mobile phones, regardless of manufacturer or carrier, come equipped with SMS functionality. This widespread compatibility allows you to seamlessly exchange messages with anyone, even if they use a different carrier than you. It's like having a universal language for mobile phones, ensuring your messages can reach almost anyone in the world.

Is the SMS technology successful, because it can be used by wireless applications?

Yes.

SMS messaging boasts impressive reach due to its near-universal presence on GSM mobile phones. This makes it a powerful platform for applications that need to connect with a broad user base. By leveraging SMS technology, developers can unlock new possibilities:

• Enhanced Information Exchange: SMS goes beyond simple text. It can carry binary data like ringtones, pictures, and even contact information (vCards) and calendar entries (vCal). This opens doors for richer communication between applications and users.
• Global Connectivity: Forget carrier limitations. SMS messages can seamlessly traverse between different carriers worldwide. This ensures wider accessibility and removes a barrier to application adoption.
• Convenient Billing: Mobile carriers offer native billing support for SMS, including reverse billing options. This simplifies payment for users and allows developers to create mobile content delivery platforms with clear monetization strategies.

In essence, SMS transcends its role as a simple messaging tool. Its ubiquity, data capabilities, and built-in billing make it a mature and powerful platform for developers to explore, expanding the potential of mobile communication.

What applications can SMS messaging be used for?

Yes, you can use it for these purposes.

The fact that most people carry their phones constantly makes SMS ideal for delivering critical information and timely alerts. Imagine receiving an SMS notification for:

• New Emails: Never miss an important message again. Get instant SMS alerts whenever a new email arrives in your inbox.
• Urgent Faxes and Voicemails: Stay on top of crucial communications. SMS notifications can inform you of new faxes or voicemails requiring your attention.
• Ecommerce and Credit Card Activity: Enjoy peace of mind. Receive SMS alerts for transactions on your ecommerce accounts or credit cards, allowing you to quickly identify any suspicious activity.

By leveraging SMS for alerts, you can stay informed and take action promptly, ensuring you're always in the loop, even on the go.

Is there any test account or trial software?

Download a free trial version of the software from the link below to explore its features and functionality before committing to a purchase. Download

What are the differences between the trial and full versions?

The trial version is a good option to get acquainted with the software's core functionalities. However, it has some limitations to keep in mind:

• 30-day usage limit: You can only use the trial for 30 days.
• Limited message capacity: It can only handle a maximum of 80 messages per second (MPS).
• Promotional messages: One out of every six messages you send will be converted to an "Ozeki SMS Trial" text, which might be distracting during testing.

Why does the software still send messages with the text "Ozeki SMS Trial" despite I already purchased a license?

Looks like you're on a 10-day trial. To keep using the software, activate your permanent serial number.

How to use call to action links in your SMS marketing campaigns

Make your SMS marketing more engaging by using dynamic call-to-action (CTA) links. With these links, you can direct recipients to certain offers or information and immediately attract their attention. Ozeki SMS Gateway makes it simple to integrate CTAs seamlessly, enabling you to boost interaction rates and enhance the effectiveness of your campaigns. Your messages will stand out, encouraging recipients to take immediate, meaningful actions. By following these steps, you can improve your SMS marketing strategy and provide a clear route for your audience to access valuable offers and content.

What are call-to-action links?

Call to action links are special components inside a message or piece of content that encourage the audience to take a certain action. These activities can take many different forms and include things like clicking a link, buying something, signing up for a newsletter, filling out a form, and getting in touch with a business. Call to action links are created to direct and inspire the audience to connect with the content or take a desired step while increasing interactions and conversions.

How to use call to action links in your SMS marketing campaigns (simple guide)

To use call-to-action links in your SMS marketing campaigns

1. Log in, or create your MyOzeki account at https://myozeki.com/
2. Specify link details in MyOzeki
3. Add recipient list
4. Create SMS message
5. Send the text message through Ozeki SMS Gateway
6. Stay tuned for the notification regarding the user's click
7. View click report in your MyOzeki account
8. Utilize the acquired statistical data

Boost your SMS marketing with call-to-action links using of Ozeki SMS Gateway (video tutorial)

In this quick video tutorial, you will be guided through the process of how to effectively use call-to-action links in your SMS marketing campaigns. By using Ozeki SMS Gateway and following the outlined steps, you can refine your marketing strategy and provide your audience with a seamless path to interaction. By harnessing the statistical data provided by Ozeki SMS Gateway, you have the tools to understand your audience's behaviour and preferences. Follow the simple steps provided by this video guide.

To get started, you have to create a personal account on the MyOzeki.com website. Log into your account, then select "Links" option from the Dashboard. This will bring up a new site, where you need to click on the "Create new" button in the right-handed upper corner, highlighted in blue. This will allow you to create a new link to your marketing campaigns.

By clicking on the "Create new" button, a new page will show up, containing link specification settings. Enter your link details, such as Link Name. Add a short, one-word long name to the link because you will use this word in your SMS messages to include the link. Type the landing page's URL, to make the link able to navigate to the chosen site, by clicking on the link. Select a short domain to use to serve this link. Using your own domain open a support ticket, so we can add it to your list. For instant notifications, you can set up various options. You can choose to notify you in E-mail when the recipient opens the link or to notify you in push messages when the recipient opens the link. For saving the setups, click on the "Save changes" button.

After saving the specifications, choose the "Send" option from the Dashboard. As the first step, you have to select whom you want to send the message. Pick the "Excel" option from the drop-down list of options. Click on the "Choose file" button to upload the Excel file, you want to use. Select the Excel file from the library on your Pc and click on "Open" button. With the "Add" button, highlighted in blue, you can read the Excel file's content and make it appear on the Message Details part of the page. You will see all the recipient's phone numbers and name in the Message Details part that was included by the uploaded Excel file.

Once, you are done with creating your recipient list, formulate your SMS message and enter it into the "Message" field. To be able to send personalized text messages to your recipients, choose the appropriate options from the "Insert" list, while composing your message. By assigning the appropriate details to your SMS message, you can incorporate data that is linked to each recipient in a unified manner. In this way, they will receive personalized messages. For sending the messages, click on the "Next" button.

You will see a page, where all the message details can be seen. You can see the recipient's phone number and the created message with its status. Ensure that all the message details are correct. They need to contain correctly the data that has been set up in the previous step. If you are sure that the SMS message contents are correct, then click on the "Send" button in the upper right corner.

When the message was successfully submitted to Ozeki SMS Gateway for delivery, you will receive a notification about it.

Once the message is successfully delivered, your recipients will receive a notification about the message. This notification serves as confirmation that the message reached its intended recipients without any issues. By tapping on the SMS notification, they will be able to open it and read it.

If the user clicks on the link, it will automatically open the landing page in their mobile browser. This seamless functionality allows users to quickly access the landing page without the need to manually copy or type the URL. This ease of use can increase user engagement and make it more likely that they will read the content on the landing page.

As soon as your recipients open your SMS message and click on the link included in the text, you will immediately receive a notification in the chosen format. This notification will inform you that the user has accessed the link from the message you sent.

Open your MyOzeki account to view your click report. Choose the "Outbox" option from the Dashboard, then select the message, that you want to track. Click on the "Open" button to show the statistics. Scroll down to the Reports section, then click on the "View click report" button, highlighted in green.

As you open the click report, you can see valuable details about your messages. The click chart displays the percentage of users that clicked on and did not click on your SMS message. You can apply this information to assess the impact and level of engagement of your communications.

FAQs

Why do we use CTA?

We use call-to-action (CTA) features to encourage our audience into taking particular activities and directing them toward desired results. CTAs provide consumers a sense of meaning and urgency, motivating them to interact with our information, goods, or services. They are essential for boosting user interaction, converting leads, and capturing conversions in marketing campaigns.

Where do you put a CTA?

Call-to-action (CTA) elements are strategically placed within marketing materials, such as websites, emails, social media posts, and SMS messages. They are frequently placed in visible locations where they are easy notice, such as at the bottom of emails, inside banners on websites, or as buttons inside mobile apps. The positioning makes sure the CTA is seen and directs users to do the desired action.

What is an example of a CTA?

A call-to-action (CTA) is a marketing message that urges a certain action. A "Shop Now" button leading to a discount on a clothes store's newest line, for example, may be a CTA in an SMS campaign. By directing users to carry out desired activities, such as making a purchase or signing up for a service, CTAs promote rapid engagement.

What 3 elements are in CTA?

A call-to-action (CTA) comprises an action-oriented verb or phrase, such as "Buy Now" or "Sign Up," providing clarity on the desired action. Presented as visually distinct elements like buttons or links, CTAs guide recipients to take the specified action in a concise and attention-grabbing manner.

What is a good CTA?

A good call-to-action (CTA) is concise, action-oriented, and creates a sense of urgency or value. It clearly communicates the desired action and encourages users to take immediate steps. For instance, a strong CTA could be "Get Your Free eBook Now," which combines a clear action ("Get") with a benefit ("Free eBook") and a sense of urgency ("Now").

What are CTA keywords?

CTA keywords are phrases used in marketing to prompt action, like "Buy Now" or "Sign Up," encouraging audiences to engage with content, make purchases, or interact with businesses. By strategically placing and using CTA keywords, businesses can effectively drive user engagement and achieve their marketing goals.

Summary

This comprehensive tutorial introduces you the impressive characteristics of SMS marketing using call-to-action (CTA) links. Ozeki SMS Gateway's features give you the chance to improve your campaigns and engage your audience more successfully. The tutorial encompasses essential stages, from adding CTAs to increase interaction to using statistical analysis to fine-tune your strategy for the best results. By following the outlined steps, you can create SMS marketing campaigns that fascinate your audience and improve your performing skills.

How to use templates in your SMS marketing campaigns

Elevate your SMS marketing campaigns using Ozeki SMS Gateway's impressive functionalities. Learn, how to use templates in your SMS marketing campaigns and utilize them for personalized communication with your audience. The guide provides step-by-step instructions, from creating templates to sending messages with ease. Ozeki SMS Gateway enables you to improve your message strategy and take your campaigns to greater levels.

What is an SMS template?

An SMS template is a pre-designed and standardized message format that can be used for sending text messages to multiple recipients. It functions as a prefabricated framework comprising frequently used material, such as greetings, instructions, or notifications, which may be adjusted with particular features before sending. SMS templates simplify the process of delivering regular, repeating messages, saving both organizations and individuals time and effort. They assist to keep messages professional and structured while ensuring consistency in communication.

How to use templates in your SMS marketing campaigns (easy-to-follow instructions)

To use templates in your SMS marketing campaigns

1. Access your MyOzeki profile at https://myozeki.com/
2. Compose your SMS template in MyOzeki
3. Upload recipient list
4. Insert message template as SMS
5. Send template messages using Ozeki SMS Gateway
6. Check the status of your messages
7. Wait for feedback notification of successful SMS delivery
8. Make use of Ozeki SMS Gateway's impressive properties during your marketing campaigns

Mastering SMS Marketing Templates with Ozeki SMS Gateway (video tutorial)

In this quick video, we will guide you through the process of using templates in SMS marketing with Ozeki SMS Gateway. Discover the engaging features of SMS templates for elevated SMS marketing campaigns in Ozeki SMS Gateway. By following the steps, you will learn how to create and utilize pre-created message templates for personalized communication.

To begin, create a personal account on the MyOzeki.com platform. After successfully logging into your account, proceed to the Dashboard and choose the "Templates" feature. This action will lead you to a fresh interface where you should locate and click on the "Create new" button situated in the upper right corner, highlighted in blue. This will allow you to create a new template for your marketing campaigns.

Upon selecting the "Create new" button, a new page will appear, where you need to provide some necessary information. Enter the details, including the template, and proceed to compose your SMS template. This ensures that you can personalize your marketing campaigns with ease. It means that you can assign details to your SMS template to make personal all of your text messages that will be sent. Through this, recipients will receive messages that are customized to their characteristics. Click on "Save changes" button, highlighted in blue.

In this subsequent stage of the process, you need to insert your message template as an SMS. Choose the "Send" option from the Dashboard. You need to select whom you want to send the message, so select "Excel" from the drop-down menu of choices. To upload the Excel file you wish to utilize, click the "Select file" option. On your computer, choose the Excel file from the library, then click "Open". With the "Add" button, highlighted in blue, you can read the Excel file's content and make it appear on the Message Details part of the page. The Message Details section, which was provided by the uploaded Excel file, will contain all of the recipient's phone numbers as well as their name.
Create your SMS message in the "Message" field once you have finished generating your recipient list. When you wish to use your customized SMS template, select it from the "Advanced" menu. When you are done, click on the "Next" button in the bottom right corner.

You'll encounter a page displaying all the message details. This encompasses the recipient's phone number and the composed message along with its current status. It's crucial to verify the accuracy of these message details, ensuring they align with the data established in the previous step. Once you're done checking the SMS message content, select the "Send" button located in the upper right-hand corner. When the message was successfully submitted to Ozeki SMS Gateway for delivery, you will receive a notification about it.

FAQs

What is a template in SMS?

Text messages may be sent to several recipients using an SMS template, which is a predefined format. It acts as a pre-made framework that contains typical components like greetings, directions, or notifications. Templates are useful for providing consistent and organized communications since they may be adjusted with relevant information before sending. They simplify and ensure consistency in communication by streamlining the repeated message-sending process.

What should be included in SMS marketing?

Consistent and compelling messages with a clear call to action (CTA) encouraging receivers to do particular activities are part of a thorough SMS marketing strategy. Personalization increases the relevancy of the message by using names or other information. A great user experience is made possible by adhering to opt-in rules, timing communications appropriately, and respecting receivers' choices. Successful SMS marketing depends on segmenting audiences, monitoring campaign results, and maintaining a consistent brand image.

Is SMS marketing legal?

Yes, SMS marketing is legal, but it must adhere to specific regulations and guidelines to ensure recipients' privacy and consent. In many regions, obtaining explicit opt-in consent from recipients before sending commercial SMS messages is a legal requirement. Non-compliance with these regulations can result in legal penalties and damage to a company's reputation.

How successful is SMS marketing?

With excellent open rates of almost 98%, SMS marketing has shown to be quite effective, frequently outperforming other forms of communication. It works well for time-sensitive promotions, reminders, and customised offers because to its direct and quick nature. SMS marketing may provide significant engagement and conversion rates when done correctly with relevant content, appropriate scheduling, and compliance with regulations

Summary

All in all, in this short step guide, you could learn how to create and insert templates into your SMS marketing campaigns, through Ozeki SMS Gateway. The guide introduces you to utilizing templates for personalized communication with your audience and offers step-by-step instructions from template creation to message sending. You may improve your marketing approach and boost the effectiveness of your campaigns by utilizing the outstanding capabilities of Ozeki SMS Gateway.

SMS channel

Unlocking the Power of SMS Marketing with Ozeki SMS Gateway

Explore the potential of SMS marketing with Ozeki SMS Gateway. Learn how our platform empowers businesses to reach their audience effectively through strategically crafted SMS campaigns. The page will guide you through the process of creating a marketing SMS channel. Ozeki SMS Gateway ensures an impactful journey, allowing businesses to unlock the potential of SMS marketing. Discover the transformative power of SMS marketing with Ozeki SMS Gateway.

What is an SMS?

Short Message Service (SMS) is a widely-used communication protocol that allows the exchange of text messages between mobile devices. Introduced in the 1980s as part of the Global System for Mobile Communications (GSM) standard, SMS quickly became a ubiquitous and essential means of mobile communication. Technically, SMS operates on a store-and-forward basis, where messages are temporarily stored and then forwarded to the recipient when they are available. Each SMS message can contain up to 160 characters, making it a concise form of communication. Over time, advancements like concatenated SMS have allowed longer messages by combining multiple SMS.

People use SMS for various reasons, including personal communication, alerts, and notifications. Its low-cost nature, reliability, and near-universal accessibility make it ideal for quick exchanges of information. In the business realm, SMS is employed for marketing, customer engagement, and transactional notifications. Businesses leverage SMS to reach a wide audience instantly, making it a powerful tool for disseminating time-sensitive information.

What is marketing?

Marketing is a multifaceted process of promoting, selling, and distributing products or services to meet the needs and wants of consumers. It involves a range of activities designed to attract, engage, and retain customers while creating value for both the business and its target audience. The ultimate goal of marketing is to generate awareness, interest, and demand for a product or service, leading to customer satisfaction.

Marketing strategies can vary widely and may include digital marketing, content marketing, influencer marketing, social media marketing, and more. The advent of technology has significantly transformed marketing, enabling businesses to reach a global audience through various online channels. Effective marketing requires a deep understanding of consumer behaviour, market dynamics, and the ability to adapt strategies based on changing trends and preferences. It is a dynamic field that plays a crucial role in the success and growth of businesses across industries.

What is an SMS marketing campaign?

An SMS marketing campaign involves the use of Short Message Service (SMS) to deliver targeted promotional messages to a group of recipients with the goal of promoting products, services, or engaging customers. It is a form of mobile marketing that leverages the immediacy and widespread use of text messaging to reach a broad audience. SMS marketing campaigns are often used by businesses to engage with their audience in a more direct and immediate way. Common use cases include sending promotional offers, discount codes, event reminders, product updates, and time-sensitive alerts. When executed effectively, SMS marketing can be a powerful tool for driving customer engagement, increasing brand awareness, and ultimately boosting sales. However, it's crucial for businesses to adhere to regulations, respect customer privacy.

Key components of an SMS marketing campaign include:

1. Message Content: Crafting concise messages that convey the marketing objective, whether it's promoting a sale, announcing a new product, or providing exclusive offers.
2. Target Audience: Identifying and segmenting the audience based on demographics, behaviours, or preferences to deliver more personalized and relevant messages.
3. Timing: Timing is crucial in SMS marketing. Messages are often sent at strategic times to maximize their impact, such as during peak shopping hours or before an event.
4. Opt-In and Opt-Out Mechanisms: Adhering to legal and ethical standards, SMS marketing campaigns typically require recipients to opt-in to receive messages. Additionally, providing an easy opt-out option ensures compliance with regulations and respects user preferences.
5. Integration with Other Channels: Combining SMS with other marketing channels, such as email or social media, to create a cohesive and integrated marketing strategy.
6. Tracking and Analytics: Utilizing analytics tools to measure the success of the campaign, track key metrics like open rates and click-through rates, and gather insights for future optimizations.

How to create an SMS channel?

Discover the steps to establish a successful SMS channel, outlining the key components and considerations for effective communication.

Creating an SMS channel involves setting up the infrastructure and processes to send and receive SMS messages for communication or marketing purposes. Here are the general steps to create an SMS channel:

To establish an effective SMS channel, start by selecting a reliable SMS service provider. Ozeki SMS Gateway stands out as a top choice, offering key features that streamline the process. With Ozeki, users benefit from robust SMS sending and receiving capabilities, supporting two-way communication through API integration. Its flexibility extends to short and long code support, ensuring versatility in messaging strategies. The platform's advanced features include message scheduling, reporting, analytics, and multi-language support, enabling tailored and efficient campaigns.

Choose between short or long codes based on your messaging strategy. Integrate the SMS service with your existing systems using the provider's API, ensuring seamless communication across platforms. Customize your messaging content, keeping it concise and engaging within the 160-character limit. Utilize scheduling features to optimize message delivery times. Prioritize compliance by implementing opt-in and opt-out mechanisms, respecting user preferences and adhering to local and global SMS regulations. Monitor your campaigns gaining insights into delivery rates and engagement metrics.

Ozeki SMS Gateway's integration with marketing automation tools enhances campaign management, making it a valuable asset for businesses seeking comprehensive SMS solutions. The platform's commitment to continuous improvement, community resources, and accessible trial periods adds to its appeal. Ozeki empowers users to create a seamless SMS channel, providing the necessary tools for successful communication and marketing efforts.

Key features that make Ozeki SMS Gateway stand out:

• SMS Sending and Receiving Capabilities
• Two-way Communication Support
• API Integration
• Short Code and Long Code Support
• Message Scheduling
• Reporting and Analytics
• Multi-language Support

SMS channel opt-in

SMS channel opt-in refers to the process by which individuals voluntarily agree to receive text messages from a particular sender or organization.

It is a crucial aspect of SMS marketing and communication, ensuring that recipients have given explicit consent to receive messages before any communication takes place. Opt-in is a fundamental practice that respects user privacy and complies with regulatory requirements.

Opt-In Methods: Opt-in can occur through various methods, including:

• Online forms on websites or mobile apps
• Subscription keywords where users text a keyword to a designated number
• Paper-based forms for in-person events
• Verbal consent over the phone

Opt-Out Mechanism:

Alongside opt-in, providing a clear and easy opt-out mechanism is essential. Recipients should be able to stop receiving messages at any time by replying with a designated keyword or using other provided methods.

TCPA consent

The Telephone Consumer Protection Act (TCPA) is a U.S. federal law that places restrictions on certain types of telemarketing practices, including the use of automated telephone dialling systems (ATDS) and prerecorded voice messages. The TCPA is particularly relevant to SMS marketing because text messages fall under the definition of "calls" as per the law. Therefore, obtaining consent in compliance with the TCPA is crucial for businesses engaging in SMS marketing campaigns.

Businesses engaging in SMS marketing campaigns must be diligent in obtaining proper consent and ensuring ongoing compliance with the TCPA's requirements. Consulting legal professionals with expertise in telecommunications laws is recommended to navigate these regulations effectively.

Gather permissions for the SMS channel

Explicit consent from users to receive SMS messages should be obtained through clear opt-in mechanisms during sign-ups or through a dedicated consent process. SMS permissions serve various purposes, such as facilitating two-factor authentication, account verification, or communication features within applications. This access is often crucial for security-related processes, ensuring a secure and authenticated user experience.

Signup forms

Signup forms are essential components of online platforms, websites, and applications, serving as the gateway for users to create accounts and access various services. Designing an effective signup form involves considerations for user experience, data security, and gathering the necessary information. Here's a breakdown of key elements and best practices for creating signup forms:

• User-Friendly Design: Keep the form simple, with clear labels and easy-to-understand instructions.
• Minimal Information: Request only essential information during the signup process. Too many fields may discourage users from completing the form.
• Clear Call-to-Action: Use a prominent and compelling call-to-action button, such as "Sign Up" or "Create Account," to encourage user engagement.
• Responsive Design: Ensure the signup form is responsive and accessible on various devices
• Email Verification: Implement email verification to confirm the user's identity and reduce the likelihood of fake accounts.
• Privacy and Terms: Include links to your privacy policy and terms of service. Inform users about how their data will be used and stored.
• Social Media Signup Options: Offer the option for users to sign up using their social media accounts, simplifying the process.

By incorporating these elements and best practices, you can create a signup form that not only facilitates user onboarding but also enhances overall user satisfaction and security.

Segment SMS subscribers

Segmenting SMS subscribers involves categorizing your audience based on specific criteria to tailor your messaging strategy and improve the relevance of your SMS campaigns. Segmenting SMS subscribers allows businesses to deliver more personalized and targeted messages, increasing the chances of positive engagement and conversions. It's an ongoing process that requires regular analysis and adjustment to align with changing customer behaviours and preferences. Here's a guide on how to effectively segment SMS subscribers:

• Collect Relevant Information: Gather data about your subscribers. This can include demographic information, location, purchase history, preferences, and any other data points that are relevant to your business or campaign.
• Define Segmentation Criteria: Demographics: Age, gender, occupation. Location: Country, city, region. Behaviour: Purchase history, engagement with previous SMS campaigns. Preferences: Opt-in preferences, communication frequency.
• Segmentation Tools: Use tools or software that facilitate segmentation. Many SMS marketing platforms provide features to segment subscribers based on various criteria.
• Create Segments: Apply the defined criteria to create segments. For instance, you might create segments like "Frequent Shoppers," "Local Customers," or "New Subscribers."
• Personalize Messages: Craft SMS messages that resonate with each segment. Personalization can include using the subscriber's name, referencing past purchases, or tailoring content to their specific interests.
• Targeted Offers and Promotions: Create targeted promotions or offers for each segment. This enhances the likelihood of engagement as subscribers receive messages that align with their preferences and behaviour.
• Automated Workflows: Utilize automated workflows to trigger SMS campaigns based on subscriber actions or characteristics. For example, send a welcome series to new subscribers or a special discount to those who haven't made a purchase in a while.
• Test and Optimize: Continuously test the effectiveness of your segments and adjust criteria as needed. Analyse campaign performance to understand what resonates with each segment and optimize your strategy accordingly.
• Compliance with Regulations: Ensure compliance with SMS marketing regulations, including obtaining proper consent for communication and respecting opt-out requests.
• Monitor Engagement Metrics: Track key performance indicators (KPIs) such as open rates, click-through rates, and conversion rates for each segment. This data can provide insights into the effectiveness of your segmentation strategy.

Subscriber Preference Page

A Subscriber Preference Page serves as a user-centric hub where subscribers can exert control over their engagement with a service or product. Offering a range of customizable options, it empowers users to dictate the nature and frequency of communications they receive. Users can fine-tune their experience by selecting their preferred communication channels, specifying content interests, and managing subscription preferences.

This not only enhances user satisfaction by delivering a more personalized experience but also reduces the likelihood of users unsubscribing due to irrelevant or excessive communication. Furthermore, a well-designed Subscriber Preference Page aligns with privacy standards, allowing users to manage their profile information and privacy settings, fostering a relationship of trust between the user and the service provider.

SMS message restrictions

SMS (Short Message Service) message restrictions typically refer to limitations or guidelines imposed on the content, length, frequency, and use of text messages. These restrictions are often in place to ensure a positive user experience, prevent abuse, and comply with legal and regulatory requirements. Some common SMS message restrictions include:

• Character Limit: SMS messages are limited to 160 characters per message.
• Content Restrictions: Prohibitions on spam, offensive language, or illegal content.
• Frequency Limitations: Restrictions on the number of messages within a specific time period to prevent spam; excessive messaging may result in penalties.
• Opt-in and Opt-out Requirements: Users must explicitly opt-in; clear opt-out mechanism for easy unsubscribe.
• Time Restrictions: Limits on messaging during inappropriate hours.
• Sender ID Verification: Some platforms require verification to prevent spoofing.
• Compliance with Regulations: Must adhere to local and international laws, including GDPR and TCPA.

In Practice

Whether you're a seasoned marketer or just diving into the realm of SMS campaigns, Ozeki offers a seamless experience that unlocks the full potential of text message marketing. With Ozeki SMS Gateway, you gain access to a comprehensive suite of features that streamline the process of creating and managing SMS channels.

From powerful two-way communication support to advanced message scheduling, reporting, and analytics, Ozeki ensures that your marketing campaigns are not only effective but also tailored to your audience's preferences. The platform's support for both short and long codes add flexibility to your messaging strategies, allowing you to craft impactful messages.

One of the standout features of Ozeki is its commitment to compliance, respecting user privacy and adhering to local and global SMS regulations. The integration with marketing automation tools further enhances your campaign management capabilities, making Ozeki an asset for businesses seeking comprehensive SMS solutions.

Download Ozeki SMS Gateway for Free

Access the power of Ozeki by downloading our SMS Gateway. This essential step opens the door to a world of SMS marketing possibilities. Whether you're a beginner or an experienced user, our download ensures you have the latest tools to your SMS channel.

Try a 2-week trial for free of charge, by downloading Ozeki SMS Gateway from our https://ozeki-sms-gateway.com/ website.

FAQs

What are the steps to create an effective SMS Channel?

To create an effective SMS Channel, start by selecting a reliable service provider like Ozeki, choose between short or long codes based on your strategy, integrate the service with existing systems, customize messaging content, utilize scheduling features, prioritize compliance, and monitor campaign performance.

How does SMS Channel opt-in work?

SMS Channel opt-in involves individuals voluntarily agreeing to receive text messages from a specific sender or organization. This crucial practice respects user privacy and complies with regulatory requirements. Opt-in can occur through various methods, including online forms, subscription keywords, paper-based forms, or verbal consent.

What is TCPA consent, and why is it important for SMS marketing campaigns?

The Telephone Consumer Protection Act (TCPA) is a U.S. federal law that places restrictions on certain telemarketing practices, including SMS marketing. Obtaining TCPA consent is crucial for businesses to comply with the law's requirements, ensuring proper consent for automated systems and prerecorded voice messages.

How can I gather permissions for the SMS Channel?

Explicit consent from users to receive SMS messages should be obtained through clear opt-in mechanisms during sign-ups or a dedicated consent process. Permissions serve various purposes, such as facilitating two-factor authentication, account verification, or communication features within applications.

Are there any SMS message restrictions I should be aware of?

Yes, common SMS message restrictions include a 160-character limit per message, content restrictions to prevent spam or offensive language, frequency limitations to prevent spamming, opt-in and opt-out requirements for user consent, time restrictions, and sender ID verification to prevent spoofing.

Conclusion

In summary, Ozeki SMS Gateway emerges as a game-changing tool for businesses entering the dynamic field of SMS marketing. Whether you are an experienced marketer or a newcomer, Ozeki empowers users with comprehensive features, simplifying the creation and management of SMS channels. What distinguishes Ozeki is its commitment to compliance, ensuring user privacy and adherence to global SMS regulations.

Ozeki's support for two-way communication, advanced scheduling, and analytics guarantees not only the effectiveness but also the precision of marketing campaigns. For more detailed information click on this link to https://ozeki-sms-gateway.com/.

3 Types of SMS Marketing Messages in your Marketing strategy

In the rapidly evolving landscape of digital marketing, SMS (Short Message Service) marketing has emerged as a powerful tool for businesses to engage with their audience. With the ubiquity of mobile devices, SMS offers a direct and immediate channel to connect with customers. Incorporating various types of SMS marketing messages into your strategy can significantly enhance your outreach efforts.

What is SMS marketing?

SMS marketing, or short message service marketing, is a type of direct marketing that uses text messages to communicate with target customers. It is a cost-effective and efficient way to reach a large audience, and it can be used to promote products, services, events, or offers.

The 7 steps of marketing strategy

1. Define your objectives: What do you want to achieve with your SMS marketing campaign? Do you want to increase brand awareness, drive website traffic, or generate leads?
2. Target your audience: Who are you trying to reach with your SMS marketing campaign? Knowing your target audience will help you create messages that are relevant and engaging.
3. Choose the right message: SMS messages are short, so it's important to keep your message concise and to the point. Use strong calls to action to encourage your audience to take the desired action.
4. Get permission before you send: It is important to get your potential customers' permission to send them SMS messages. You can do this by adding a opt-in form to your website or app.
5. Schedule your messages: SMS messages are most effective when they are sent at the right time. Use analytics to track when your audience is most engaged and send your messages during those times.
6. Track your results: Monitor the results of your SMS marketing campaign to see what's working and what's not. Use analytics to track open rates, click-through rates, and conversions.
7. Refine and optimize: Based on your results, refine and optimize your SMS marketing campaign. Try different messages, timing, and targeting strategies to improve your results.

SMS marketing is a powerful tool that can be used to reach your customers and promote your business. There are three main types of SMS marketing campaigns:

1. Promotional SMS
2. Transactional SMS
3. Conversational SMS

The best way to use SMS marketing is to use a combination of all three types of campaigns. This will help you reach a wider audience and provide your customers with the information they need.

Promotional SMS

Promotional SMS campaigns are used to advertise your products or services and generate leads. They are typically sent to a large group of people (mass texting) and can be used to announce new products, offer discounts, or run contests.

Purposes:

• Promote new products: Announce the introduction of new items to the market
• Offer discounts: Provide incentives to attract customers
• Conduct contests: Engage the audience and generate excitement

Target Audience:

• Large group: Reaches a wide range of people
• Targeted: Can be customized to specific demographics, interests, or behaviour

Content:

• Time-sensitive offers: Limited-time discounts to encourage immediate action
• Compelling calls to action: Direct users to make a purchase, sign up for a newsletter, or visit a website

Examples:

• "Get 30% off your entire order today! Use code SUMMER30 at checkout."
• "Subscribe to our newsletter and get exclusive discounts and updates!"

Transactional SMS

Transactional SMS messages provide customers with information that they need to use your product or service. They are typically sent to individuals based on their interactions with your business, such as after they make a purchase or schedule an appointment.

Purposes:

• Order confirmations: Acknowledge and confirm recent transactions
• Shipping updates: Keep customers informed about the progress of their orders
• Payment reminders: Prompt customers to make timely payments
• Account alerts: Inform customers about account changes or important updates

Target Audience:

• Individual customers: Tailored to specific users based on their interactions
• Personalized: Include order details, appointment times, or account information

Content:

• Order tracking: Provide updates on the status of shipments
• Payment reminders: Send out alerts when payments are due
• Account notifications: Inform users of password resets, account changes, or promotions

Examples:

• "Your order for [product name] has been confirmed and is on its way. We'll notify you when it's shipped."
• "Your package has been shipped and is out for delivery. It should arrive today by 8 PM."

Conversational SMS

Conversational SMS is real-time customer support via text message. You can use it to answer frequently asked questions, resolve customer issues, and build relationships with your customers.

Purposes:

• Answer frequently asked questions (FAQs): Quickly and efficiently resolve common customer queries without requiring them to navigate lengthy websites or wait for phone support.
• Resolve customer issues: Address customer complaints, concerns, and problems promptly and effectively, preventing them from escalating into larger issues.
• Provide personalized customer support: Build stronger relationships with customers by engaging in personalized conversations, offering tailored solutions, and addressing their individual needs.
• Gather customer feedback: Conduct informal surveys or collect feedback through text messages to gain valuable insights into customer satisfaction and identify areas for improvement.

Target Audience:

• Customers who need assistance: Individuals seeking help with product inquiries, order issues, technical problems, or general inquiries.
• Customers who prefer text communication: Individuals who prefer to interact with businesses via text messages rather than phone calls or email.
• Repeat customers: Existing customers who have previously demonstrated interest in interacting with the business through text messaging.

Content:

• Clear and concise responses: Use simple language, avoid technical jargon, and provide direct answers to customer questions.
• Empathetic and polite tone: Maintain a friendly and professional demenaour while addressing customer concerns.
• Useful information and resources: Provide relevant links, FAQs, or contact information when appropriate.
• Strong calls to action: Encourage customers to take desired actions, such as providing feedback, making a purchase, or scheduling an appointment.

Examples:

• Customer inquiries about an order: "Hi [Customer Name], thanks for reaching out. I see that your order is still processing. We'll send you an update as soon as it ships."
• Customer reports a technical issue: "Thank you for letting us know about this issue. We're investigating the problem and will get back to you with a solution as soon as possible."
• Customer provides feedback: "We appreciate your feedback on our latest product. We're always working to improve our offerings and your input is valuable."

How to create an effective marketing campaign?

Here are some tips for creating effective SMS marketing campaigns:

• Get permission before you send any SMS messages. This means getting your customers' express written consent to receive promotional texts.
• Keep your messages short and to the point. People are more likely to read and respond to SMS messages that are quick and easy to understand.
• Use strong calls to action. Tell your customers what you want them to do, such as visiting your website, signing up for a newsletter, or making a purchase.
• Track your results and measure your success. This will help you see what's working and what's not so that you can improve your campaigns over time.

Create an excellent SMS marketing campaign with Ozeki SMS Gateway

Ozeki SMS Gateway is a powerful and affordable SMS marketing platform that can help you create and send effective SMS campaigns. With Ozeki SMS Gateway, you can:

• Create and send SMS messages
• Track your results and measure your success
• Use the right platform
• A/B test your messages
• Monitor and respond to feedback

Download Ozeki SMS Gateway for FREE

Download a trial version and test the full functionality for two weeks free of charge.
https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

Benefits of using Ozeki SMS Gateway

1. Easy to use
2. Affordable
3. Powerful
4. Reliable
5. Supports a variety of features
6. Integrates with popular marketing platforms
7. User-Friendly Interface
8. Scalability
9. Comprehensive Reporting

How to create an SMS marketing campaign with Ozeki SMS Gateway?

Creating a successful SMS marketing campaign with Ozeki SMS Gateway involves a simple and streamlined process. Firstly, download and install the software, then launch the user-friendly dashboard. Define your campaign's objectives, target audience, and scheduling preferences. Craft a compelling message and use Ozeki's segmentation features to personalize the content. Obtain opt-in consent and schedule your messages for optimal delivery. Utilize Ozeki's analytics to monitor campaign performance and refine your strategy.

Best Practices for SMS Marketing Campaigns:

Obtain opt-in consent before sending SMS messages.

It is crucial to obtain explicit permission from your customers before sending them SMS messages. This means getting their written consent to receive marketing messages. You can do this by adding an opt-in form to your website or app, or by requesting that customers opt in when they make a purchase or enrol in a loyalty program.

Keep your messages short and to the point.

SMS messages have a 160-character limit, so it is essential to keep your messages concise. Employ clear and straightforward language and avoid using jargon or technical terms that your customers may not comprehend.

Use strong calls to action.

Directly tell your customers what you want them to do after reading your message. Do you want them to visit your website, sign up for a newsletter, or make a purchase? Utilize powerful calls to action that will motivate customers to take action.

Personalize your messages.

The more personalized your messages are, the more likely they are to be opened and read. Use customer names, reference prior purchases or interactions, and tailor your messages to their interests.

Segment your audience.

Not all of your customers are identical. Segment your audience based on demographics, interests, and purchase history to send more relevant and engaging messages.

Use automation.

Numerous SMS marketing automation tools are available to help you create and send effective SMS campaigns. These tools can assist in scheduling messages, segmenting your audience, and tracking your results.

Track your results.

Utilize analytics to track your SMS marketing campaigns and identify what is working and what is not. This will aid you in improving your campaigns over time.

FAQs

What is the best time to send SMS messages?

The best time to send SMS messages depends on your target audience, but some general tips include sending promotional messages during the weekdays when people are more likely to be working or checking their phones. Transactional messages can be sent at times when your customers are most likely to be using your product or service, such as early in the morning if you sell online. Conversational messages, on the other hand, can be sent at times when your customers are most likely to be available to chat, such as in the evenings or on weekends.

How should I segment my audience?

Segmenting your audience can help you send more relevant and effective SMS messages. Here are some ways to segment your audience: by location (send messages to people in different regions with localized content), demographics (send messages to people of different ages, genders, or income levels), customer behaviour (send messages to people based on their purchase history or website activity), and purchase history (send messages to people who have recently purchased a product or service).

What kind of content should I send in my SMS messages?

The content of your SMS messages should be informative, engaging, and relevant to your audience. Here are some ideas for what to include in your messages: promotional offers (announce new products, discounts, or limited-time offers), transactional updates (send order confirmations, shipping updates, or payment reminders), customer service (answer frequently asked questions, address customer concerns, or resolve issues), and industry news and updates (share interesting content related to your industry).

How often should I send SMS messages?

The frequency with which you send SMS messages depends on your audience and your goals. However, it's important to avoid spamming your subscribers. A good rule of thumb is to send no more than one or two SMS messages per week.

Conclusion

SMS marketing is a powerful and effective tool that can be used to reach your customers and promote your business. By using a combination of promotional, transactional, and conversational SMS messages, you can create a more comprehensive and engaging marketing strategy. By following the best practices for SMS marketing campaigns and using the right platform, such as Ozeki SMS Gateway, you can see significant results for your business.

SMS Marketing Platform

The Ozeki SMS Marketing Platform is a text marketing solution that provides innovative and very efficient communication method to reach your customers. Ozeki offers embedded links in the SMS marketing messages that bring unbelievably high click through rates.

What is SMS marketing platform?

An SMS marketing platform is a powerful tool that leverages text messaging for effective communication with mobile devices. This platform provides a fully automated solution for businesses to manage their text messaging campaigns, allowing them to create, schedule, and send messages to their target audience. Users can monitor the status of their messages in real-time, ensuring that they are delivered to the right people at the right time.

Furthermore, the SMS marketing platform has built-in features such as relationship management, campaign monitoring and reporting, and automated message sequences. Users can also take advantage of pre-designed text templates to further personalize their message content. The entire process of sending instant text messages can be tracked using delivery reports.

Here are a few ways you can use an SMS marketing platform to communicate with your customers (or potential customers):

• Send business card information, Google maps directions, Vcard and VCalendar entries
• E-commerce notifications: update order status, shipping confirmations, timely deals and discounts.
• Follow up with abandoned cart texts
• Send text message with special content. For example: QR code SMS, SMS website link
• Customer engagement to foster brand loyalty and awareness
• Announce company updates like new services or products, business hours

Features

• Self-Manage web-based campaign Manager
• Unique Keyword routing engine, aliases keywords
• Support SMPP, CIMD, & HTTP/HTTPS and UCP, Android mobile SMS gateway connection
• Live Web Reporting; Detailed MO/MT reports, Keyword and Subscription analysis, and many more statistics.
• Security; Users, Role, and Group management
• Subscription lists in order to later be able to communicate with them via SMS, using the Broadcast tool.
• Special message types: QR Code SMS, BarCode SMS, SMS URL link, Vcard and VCalendar entries, Alert SMS
• Account, Billing, keyword credits, SMS credits management
• Sender ID changing
• Least cost SMS routing, Backup SMS routing
• Message text manipulation features
• Multipart SMS encoding
• Binary message encoding
• Application connectivity features: Excel SMS, SQL messaging, Http/Https SMS messaging
• Address book export/import

Excel SMS

Ozeki's SMS Marketing Platform makes it easy for businesses to send bulk text messages to customers and partners, even if they have no programming experience. This powerful platform simplifies SMS marketing by providing an intuitive user interface that allows users to send messages quickly and easily. In addition, the platform offers an Excel SMS solution that enables office workers to send bulk SMS messages directly from their familiar Excel spreadsheets. With the Ozeki SMS Marketing Platform, businesses can save time and boost their marketing efforts with minimal effort.

What is SMS Marketing Platform?

The SMS marketing platform is a cloud-based or on-premise SMS marketing campaign management system that can be accessed via a web interface.

What is Ozeki SMS Marketing Platform?

The Ozeki SMS Marketing Platform is an innovative customer platform that provides businesses with an easy way to send SMS to their customers, partners and employees. The platform has a user-friendly interface with many features that make it easy to create, manage and send SMS campaigns.

Whether you're a small business owner, marketer, or corporate entity, the Ozeki SMS Marketing Platform helps you connect with your customers quickly and easily. With powerful automation capabilities, you can schedule messages in advance, set up autoresponders, and track results in real time. Overall, this platform is a great choice for any business that wants to increase customer engagement and increase sales with the power of SMS marketing.

How to send SMS from Microsoft Excel using Ozeki SMS Gateway

Excel to SMS lets users to send SMS messages directly from their Excel spreadsheet.

Improve your SMS Marketing using Ozeki SMS Gateway in integration with Excel (video tutorial)

The following short and animated video explains how to use a contact list that comes from an Excel database to send SMS messages that contain website URLs over the Ozeki SMS Gateway. It's advantageous to save your partner database in an Excel spreadsheet, especially for sizable databases. When texting a huge audience, the Ozeki SMS Gateway's ability to manage and transform these datasets into SMS contacts is advantageous. The video demonstrates how sending SMS messages from an Excel sheet to contacts can be made simpler by uploading databases. By providing customized text messages and different message instructions, the Ozeki SMS Gateway simplifies messaging. Moreover, you may incorporate special connections and templates. The process begins with creating a contact list in Excel, followed by uploading it to the Ozeki SMS Gateway for converting them into customer contacts. After that, you need to format your SMS message and send it to the uploaded list of audience. When the recipient clicks on the SMS, you will receive a notification about the click. In this way, Ozeki SMS Gateway can produce valuable statistical data about clicks, that you can utilize in marketing campaigns and help you to make important decisions in the future.

Schedule SMS

Are you tired of forgetting to send an important SMS message to your clients or employees at the right time? Sending scheduled SMS can help you plan ahead and make sure that your messages are delivered to the right people at the right time. In this article, we will guide you through the process of scheduling your SMS messages on your smartphone or using Ozeki SMS marketing platform.

What is Schedule SMS?

SMS scheduling is a function of messaging systems that allows the sender to send pre-written SMS at a predetermined time.

How Schedule SMS works:

1. Plan the time to send the SMS
2. Plan the text
3. Fill in the lines of the excel table according to the sample
4. Upload the excel table to the SMS Platform
5. Check the data
6. Send SMS messages
7. Wait for the specified time
8. Look in the log file to see how the dispatch was completed

We will cover all necessary steps to use scheduled SMS, and the benefits of using this powerful communication feature of the SMS marketing platform. Whether you are a business owner or an individual, scheduling SMS can save you time and improve your productivity.

How does the SMS scheduling work in Ozeki SMS Gateway?

The process of SMS scheduling in Ozeki SMS Gateway involves setting up messages to be sent at a future date and time. Once a message is composed and scheduled, the software securely stores it within its system. At the specified time, the software automatically starts the sending process through connected communication channels. Compose the message content with different data, depending on your customer list. Create your Excel database, then upload it to the Ozeki SMS Gateway to generate a contact list with personal details. Compose a scheduled SMS that will be sent at the specific time you set. When the time reaches the specified one, your personalized SMS will be delivered automatically through the Ozeki SMS Gateway, to your recipient's mobile phone.

How to schedule SMS birthday wishes to your customers via Ozeki SMS Gateway?

If you want to congratulate each of your customer's birthdays, collect the details into an Excel database, including name, date of birth, phone number, and anything you want to assign to the SMS. Upload the Excel document to the Ozeki SMS Gateway to create the contact list, of whom you want to send this kind of SMS. Compose the SMS, then set the date of birth option as the delivery date. As a consequence, your customers will receive your good wishes on their birthday via their mobile phones.

SMS Scheduling with Ozeki SMS Gateway (video tutorial)

In this quick video, you will discover how to schedule SMS messages to your customers using the Ozeki SMS Gateway. Composing SMS messages can consume your time and energy easily, but Ozeki SMS Gateway offers you a solution to solve this difficulty. By scheduling SMS messages to a specified date and time, you can save a significant amount of energy. As you can see in this tutorial, the process is really easy to follow, so it is recommended to give it a try. By following these steps, you'll not only save time but also ensure your messages are reaching your audience when they're most likely to be noticed and appreciated.

SMS shipping notification in dropshipping business

With SMS shipping notifications, customers receive automated SMS updates about their order status, such as when the item has been shipped, tracking information, and estimated delivery time. SMS shipping notification is particularly important in dropshipping businesses where shipping times can vary depending on the supplier's location and other factors.

What is an SMS shipping notification?

An SMS shipping notification is a brief text message to customers to inform them about the order's shipment status.

What types of shipping statuses are there?

• Prepared: The order has been prepared for shipment
• Shipped: The package has been sent for delivery
• Arrived at Depot: The package has reached the warehouse
• Out for Delivery: The parcel on its way
• Delivered: The parcel has been successfully delivered

How does SMS shipping notification work?

SMS shipping notification works by automatically sending text messages to customers about their order status and shipping information. Customers receive timely updates and tracking information about their shipments straight to their phones.

How does SMS shipping notification support dropshipping businesses?

The process starts with an online order by the customer. The webstore recognizes the purchase and sends the package on its way. The system creates the essential data for the SMS notification, including the tracking number, expected delivery date, and carrier information, if the Ozeki SMS Gateway is already integrated with your dropshipping system. Through the Ozeki SMS Gateway, an SMS about the order preparation will be sent. This contains the package number and its reply link. The warehouse, or logistical centre, sends the parcel to the customer with the help of a courier. It will receive an order of delivery SMS from the warehouse about the shipment with the delivery address and customer information. When the package is on its way, the customer will receive an SMS about the delivery, its estimated arrival, and its reply link.

Conclusion

The SMS shipping notification helps to increase customer satisfaction and minimize customer inquiries and streamline communication between businesses and their customers. By providing timely updates via SMS, businesses can effectively manage customer expectations and improve the overall customer experience.

QR Code SMS marketing for Events: Event Card

Ozeki's Event Card is a website (lead capture) that event organizers can use to share important information about their events with visitors and exhibitors. Using personalized SMS messaging or unique QR codes, the link to the Ozeki Event Card can be easily distributed to interested parties. This streamlined process eliminates the need for physical business cards and allows attendees to easily access event information on-the-go. With the Ozeki Event Card, organizing and promoting a successful event has never been easier.

What is an Event Card?

A digital event card is a virtual version of a traditional event card used for organizing various events, providing information about the event date, location, speakers, sessions, and other relevant details. It can be shared through SMS and mobile apps, but with its QR Code, it can be scanned by a mobile phone's camera. We can make modifications regarding our event, so the attendees can get notifications about the changes instantly.

QR Code SMS marketing for Events: Event Card (plain commands)

To use Ozeki Event Card

1. Register an account at the https://myozeki.com/ website
2. Enter your personal information
3. Compose your Ozeki Event Card
4. Send Ozeki Event Card in SMS to your partners
5. Display your Event Card on billboards to let people scan its QR code
6. Put on flyers so that attendees can scan your Ozeki Event Card
7. Exhibit the Ozeki Event Card on smart displays to reach more people
8. Utilize the excellent features of the Ozeki Event Card

Step 1 - Create Event Card

The Ozeki Card is a digital business card service that allows you to easily create and share professional contact information. To get started, simply register on the MyOzeki customer portal and create your digital card by entering your details such as your name, position, and company social information. You can then order a physical card or multiple cards for your organization as needed. The Ozeki Card provides a convenient way to share your contact information with friends and business partners, event visitors, or event organizers.

Step 2 - Send Event Card in SMS

Once your Ozeki Event Card is set up, you can share it as you wish without any borders. You can send it to your partners via SMS so that they get information directly to their mobile phones. Opening in SMS, they can view the details about the event, they can save it to their mobile phones storage, or they can forward it to other recipients through SMS or any social media apps.

On the other hand, it is also possible to display it at places that are frequently visited by a large number of people on a daily basis. This strategic placement can help ensure widespread visibility. Opening Ozeki Event Cards in public areas is possible due that the Event Cards have a unique QR code, so it enables to scan it using a mobile phone camera. To be able to scan the QR or open the Event Card from SMS you do not need any applications. Simply open the link and view the Event Card on your mobile phone's browser.

Step 3 - Visitors and Exhibitors open the Event Card

Ozeki Event Card combines essential event information with practical tools to ensure that guests have everything they need at their fingertips. By opening the Ozeki Event Card, participants can get details about the event. They can add timing to their phone's calendar, receive navigation guidance on maps, or even buy admission tickets. Next to the send in SMS function, there are some other Event Card distribution channels where you can share, such as billboards, flyers, smart displays or NFC cards, NFC tags.

There are various methods to open the Ozeki Event Card on your mobile phone's browser. You can open by:

• Clicking on an SMS link
• Scanning a QR code with your mobile phone's camera
• Tapping an NFC card or tag to your smartphone

Open Ozeki Event Card with SMS link

To open the Ozeki Event Card via an SMS link, send a text message with the provided event card to the designated people. When the recipient receives the SMS, they can open the Event Card by clicking on the link. This will guide them through their mobile's browser to your Ozeki Event Card and access the details.

Open Ozeki Event Card with QR code

To access the Ozeki Event Card by scanning a QR code, locate your Event Card's QR code in crowded places, where a large number of people can recognize it. By placing the QR code in such locations, you ensure that a large audience has the opportunity to notice and scan it. There are numerous options you can choose from. You can exhibit your Event Card on huge billboards. Placing your QR code on large billboards allows it to catch the attention of passersby from a distance, encouraging them to scan and access the Ozeki Event Card effortlessly. Another effective way is to print the QR code on flyers. In strategic locations, like local businesses, malls or public events flyers grab individuals' attention. If an Event Card's QR code can be visible on a smart display, people automatically pay attention to it because of the bright and colourful screen.

Open Ozeki Event Card with NFC

Utilizing NFC (Near Field Communication) technology, you can share the Ozeki Event Card with a single tap on your partner's phone. When you tap your physical Ozeki Event Card onto their NFC-enabled smartphones, they will be promptly directed to your virtual Ozeki Event Card through their phone's browser. This interaction enables people to effortlessly access details about events.

FAQs

Why digital invitations are better?

Compared to traditional paper invites, digital invitations provide a number of benefits. They save carbon emissions and paper waste. Moreover, they enable fast distribution, and the addition of interactive components like maps and links, making the experience for recipients more beneficial and engaging.

Should I put a QR code on my wedding invitation?

Certainly, using a QR code on your wedding invitation may undoubtedly give visitors a quick and simple way to access extra event information, improving their experience. This modern touch can streamline information and engagement with your wedding preparations.

Conclusion

All in all, Ozeki Event Card offers a convenient way to distribute event information to attendees, enabling them access updates and changes in time. The platform's user-friendly interface, accessible through smartphones and other devices, reduces the need for conventional printed cards, supporting environmental sustainability. As there is no requirement for higher-level informatics knowledge, anyone can use it without any difficulties thanks to its user-friendly interface. Ultimately, Ozeki Event Card simplifies event communication for all.

Ways to send SMS through the SMS marketing platform

Send SMS directly from Ozeki SMS Marketing Platform

Ozeki SMS Marketing Platform provides a user-friendly interface that makes it easy to send SMS messages directly from a web browser (e.g.: Google Chrome, Microsoft Edge), whether you are using your desktop computer or mobile phone. With Ozeki SMS Marketing Platform, you don't need to use a mobile phone as an SMS gateway or any additional hardware, software, or services. Our pay-as-you-go SMS platform is designed to allow you to start sending and receiving bulk SMS online in just a few minutes. All you need to do is sign up for a free account on the myozeki.com customer portal, and you're ready to go.

How to use Ozeki SMS Marketing Platform for sending direct SMS?

Access the Ozeki SMS Marketing Platform, on the myozeki.com site and create your SMS Marketing Campaign. Begin with entering the essential project details into the MyOzeki SMS Marketing Platform. If you're new to the MyOzeki, you'll need to sign up by providing your basic information and creating a secure password.

Once you are logged in, navigate to the campaign creation dashboard. Specify campaign details, like name, audience and content. Choose a sender ID that your recipients will see when they receive your SMS. You can schedule your SMS for an immediate or future date and time. Decide when you want it to be sent out. You can send personalized messages with dynamic information, that can change or be customized based on specific data. This makes the message more relevant and engaging for the recipients. MyOzeki provides tools to track the performance of your campaign. You can also utilize pre-designed text templates to enhance the personalization of your messages. Monitoring delivery rates, open rates, click-through rates, and even responses will help you assess the effectiveness of your campaign and make decisions for future campaigns.

Send SMS using Ozeki SMS Gateway

The Ozeki SMS Marketing Platform makes it easy for office users to send and receive SMS messages using a simple interface that works seamlessly on both desktop and mobile devices. With a web browser as the only requirement, you can easily stay connected with clients and colleagues.

The Ozeki SMS Marketing Platform offers a user-friendly interface for mobile and desktop devices that enables effortless SMS communication. Scheduled messaging, delivery reports, and integration options boost productivity, while the platform's structured message and contact management simplify communications. So, in this way, SMS messaging has never been easier.

How to send SMS with Ozeki SMS Gateway?

Start your SMS marketing campaign by heading to the myozeki.com website to access the Ozeki SMS Marketing Platform. If you've never used MyOzeki before, you'll have to sign up by providing some basic information and creating a secure password. Input the essential project data first into the MyOzeki SMS Marketing Platform.

Access the campaign creation dashboard after logging in. Describe the campaign's specifics, including its name, target audience, and content. Choose a sender ID that your SMS recipients may see when they receive it. The SMS can either be scheduled for immediate delivery or for a certain time and date in the future. Choose a date and time that suits you. Send customized messages with dynamic content that can vary or be tailored to certain data. This strategy improves the relevance of the message and engages the audience. You have tools to track the effectiveness of your campaign thanks to MyOzeki. To enhance the personalization of your communications, you may also utilize pre-made text templates. You can analyse the success of your campaign and make wise decisions for future projects by measuring delivery rates, open rates, click-through rates, and even responses.

Creating an SMS campaign using the Ozeki SMS Marketing platform involves several steps. To start, users log into their accounts and navigate to the campaign creation section. They provide campaign information once there. The SMS Ozeki Gateway, which serves as a bridge for message transmission, interfaces with the SMS Marketing platform hosted by Ozeki and forwards the text messages to your audience. These messages, scheduled either immediately or for a future time, are efficiently transmitted to the recipients' mobile devices. As a result, the recipients receive customized SMS messages automatically on their phones.

Send SMS using your Android mobile phone

Ozeki SMS Marketing Platform offers a flexible and easy way to send SMS messages using your Android mobile phone. With the Ozeki SMS Marketing Platform, you can send personalized SMS messages to your customers and subscribers using your phone as the SMS gateway. With just a few taps, you can create, plan, and manage campaigns, increasing engagement and optimizing your SMS marketing strategy.

How to send SMS using your Android mobile phone?

To get started, open your Android web browser and head to the myozeki.com website, where you can access the Ozeki SMS Marketing Platform. New users can easily sign up and create a secure password right from their Android devices to start their SMS marketing work.

Once logged in, enter all the necessary project details into the user-friendly MyOzeki SMS Marketing Platform, directly from your Android phone. Access the campaign creation dashboard on your Android device after logging in, making campaign setup convenient. Specify your campaign details, like its name, target audience, and content, all while leveraging the ease of your Android mobile. Choose a sender ID that ensures your SMS recipients recognize your brand when they receive your messages. Whether you want to send the SMS immediately or schedule it for a specific date and time, the Ozeki SMS Marketing Platform on your Android phone allows you to make this decision without any effort. Create personalized messages with dynamic content that suits your audience and utilize MyOzeki's tracking tools to monitor and optimize your campaign's effectiveness directly from your Android device. Enhance personalization by taking advantage of pre-made text templates, simplifying your communication strategy.

Users begin by logging into their accounts and accessing the campaign creation section, where they enter essential project parameters. The SMS Ozeki Gateway for Android devices, acts as a link for message transmission, by connecting the Ozeki-hosted SMS Marketing Platform with recipients. By following the process, you can perform your SMS campaign successfully from the convenience of an Android mobile device.

SMS Campaigns

What is SMS marketing?

SMS marketing is a strategy used by businesses to communicate with their customers via text messages. It involves sending promotional offers, updates, reminders, and other relevant information directly to customers' mobile devices. Unlike other marketing channels, SMS marketing offers the advantage of immediate delivery and high open rates, as text messages are typically read within minutes of being received.

This direct and personal form of communication enables businesses to engage with their audience in real-time, making it ideal for time-sensitive promotions or urgent notifications. SMS marketing is cost-effective, allows for targeted messaging, and can be integrated with other marketing channels to create cohesive campaigns. Overall, SMS marketing is a powerful tool for businesses to connect with customers, drive engagement, and increase sales.

Benefits of SMS marketing

SMS marketing is a powerful tool for businesses to engage with customers, drive sales, and build lasting relationships.

SMS marketing offers several benefits for businesses:

1. High Open Rates: SMS messages have incredibly high open rates, often exceeding 90%. This ensures that your message is seen by a large portion of your audience.
2. Immediate Delivery: SMS messages are delivered instantly, making them ideal for time-sensitive promotions or urgent notifications.
3. Direct Communication: SMS marketing allows for direct communication with customers on their mobile devices, providing a personal touch and fostering a sense of connection.
4. Cost-Effectiveness: Compared to traditional marketing channels like print or television ads, SMS marketing is relatively inexpensive, making it accessible to businesses of all sizes.
5. High Engagement: Due to its immediacy and personal nature, SMS marketing tends to generate high levels of engagement, leading to increased customer interaction and response rates.
6. Targeted Messaging: With SMS marketing, businesses can segment their audience and send targeted messages based on demographics, preferences, or past interactions, increasing the relevance and effectiveness of their campaigns.
7. Integration with Other Channels: SMS marketing can be integrated with other marketing channels such as email or social media to create cohesive, multi-channel campaigns that maximize reach and impact.

How does SMS marketing differ from other marketing campaigns?

How does SMS marketing work?

SMS marketing involves businesses sending promotional messages to customers via text messages. The process typically begins with users opting in to receive texts from a particular business by either sending a keyword to a short code or subscribing through an online form. Once subscribed, businesses can send messages containing promotions, discounts, event invitations, product updates, or other relevant information.

These messages are usually concise due to the character limit of SMS (typically 160 characters). They may include links to websites or landing pages for further engagement. SMS marketing platforms enable businesses to schedule messages, segment their audience based on demographics or behaviour, and track the effectiveness of their campaigns through metrics like open rates, click-through rates, and conversions.

However, it's essential for businesses to obtain explicit consent from users before sending them marketing messages, as violating regulations like the Telephone Consumer Protection Act (TCPA) or the General Data Protection Regulation (GDPR) can lead to severe penalties. Overall, SMS marketing offers a direct and immediate way for businesses to connect with their audience, driving engagement and fostering customer loyalty.

Capturing consent from subscribers

Capturing consent from subscribers is a crucial step in any SMS marketing campaign.

1. Opt-In Process: Obtain explicit consent from users before sending SMS messages. Use a clear sign-up process and consider a double opt-in for confirmation.
2. Transparency: Be transparent about message content, frequency, and sender identity.
3. Privacy Policy: Include a link to your privacy policy during sign-up. Explain data usage and protection.
4. Compliance: Follow local regulations (e.g., TCPA in the US) to avoid legal issues.
5. Easy Opt-Out: Provide a simple way for users to unsubscribe.
6. Record Keeping: Maintain consent records for accountability.

Types of SMS Campaigns

SMS campaigns are a popular marketing strategy used by businesses to engage with their customers. There are various types of SMS campaigns, each serving different purposes and objectives.

• Promotional Campaigns: These campaigns involve sending out messages to promote sales, discounts, special offers, or new product launches. They aim to encourage customers to make purchases or take advantage of limited-time deals.
• Transactional Messages: These are automated messages sent to customers after a specific action, such as order confirmations, shipping notifications, appointment reminders, or account updates. They provide essential information to customers and enhance their overall experience.
• Alerts and Notifications: SMS alerts and notifications inform customers about important updates, such as order status changes, service outages, security alerts, or emergency notifications. They help keep customers informed and provide timely updates.
• Customer Surveys and Feedback Requests: SMS campaigns can be used to gather feedback from customers through surveys or feedback requests. Businesses can use this feedback to improve their products or services and enhance customer satisfaction.
• Loyalty Programs: SMS campaigns can be utilized to engage with loyal customers by offering exclusive rewards, discounts, or incentives. These messages can encourage repeat purchases and foster customer loyalty.
• Event Invitations and Reminders: Businesses can use SMS campaigns to send out invitations and reminders for events, such as product launches, webinars, workshops, or sales events. These messages help increase attendance and engagement.
• Personalized Messages: Personalized SMS campaigns involve tailoring messages to individual customers based on their preferences, purchase history, or demographic information. Personalization can enhance the effectiveness of the campaign and improve customer engagement.
• Educational Content: SMS campaigns can be used to deliver educational content, such as tips, tutorials, or how-to guides related to products or services. Providing valuable information to customers can help build trust and credibility.
• Reactivation Campaigns: These campaigns target inactive or lapsed customers with special offers or incentives to encourage them to re-engage with the brand. Reactivation campaigns aim to win back customers who haven't made a purchase or interacted with the business for some time.
• Holiday and Seasonal Campaigns: SMS campaigns can be tailored for holidays, seasons, or special occasions to promote relevant products or offers. Holiday-themed messages can help businesses capitalize on seasonal trends and drive sales.

An ultimate SMS marketing software: Ozeki SMS Gateway

Ozeki SMS Gateway is indeed a comprehensive SMS marketing software solution that offers a wide range of features for businesses looking to implement effective SMS campaigns.

• Ozeki SMS Gateway allows businesses to send SMS messages in bulk to large contact lists efficiently. It supports various SMS sending methods, including HTTP, SMPP, SMTP, and more.
• The software enables businesses to engage in two-way communication with their customers, allowing recipients to reply to SMS messages.
• Ozeki allows businesses to set custom sender IDs for their SMS messages.
• Plan and schedule SMS campaigns in advance.
• Insert personalized information (e.g., customer name) into messages. Create dynamic templates for different scenarios (e.g., order confirmations, appointment reminders).
• Monitor message status (delivered, failed, pending) and track performance.
• Seamlessly integrate Ozeki with existing systems (CRM, ERP, databases).
• Ozeki ensures data security during transmission.
• Developers can access APIs and SDKs for custom integrations.
• Whether you’re a small business or an enterprise, Ozeki scales to your needs.
• Distribute load across multiple servers for high availability.

Business benefits of using Ozeki SMS Gateway in your marketing campaigns

Ozeki SMS Gateway stands out as a comprehensive solution, offering a range of powerful features tailored to enhance your SMS marketing endeavours. First and foremost, SMS messages enjoy an unparalleled open rate, boasting an impressive 98% compared to email's 14.5%, ensuring that your messages are promptly seen by recipients. Moreover, the timeliness of SMS communication is unrivalled, with approximately 83% of millennials opening text messages within a mere 90 seconds, making it ideal for urgent or time-sensitive promotions.

Personalization is another key strength of SMS marketing, fostering intimate communication and driving immediate action through tailored messages. Additionally, SMS operates as an opt-in channel, ensuring that recipients actively request to receive your messages, leading to higher engagement levels. Furthermore, SMS marketing proves to be cost-effective, offering simplicity and rapid delivery while enabling businesses to reduce communication costs without sacrificing effectiveness.

Ozeki SMS Gateway also offers advanced campaign management tools, allowing businesses to create, manage, and schedule multiple SMS campaigns simultaneously. With strategic planning capabilities for promotions, notifications, reminders, and customer engagement efforts, businesses can streamline their workflow processes and efficiently communicate with their audience. Moreover, pre-designed text templates further personalize message content, ensuring effective communication.

By leveraging these advantages, businesses can optimize their marketing strategies, engage customers effectively, and achieve better results through SMS campaigns with Ozeki SMS Gateway.

Creating an SMS Campaign with Ozeki SMS Gateway

Download Ozeki SMS Gateway for FREE of charge

Download a trial version and test the full functionality for two weeks free of charge.
https://ozeki-sms-gateway.com/p_727-download-sms-gateway.html

Best Practices and Tips

The importance of compliance and respectful communication

Optimize message length and timing

Personalize messages to enhance customer relationships

Compliance and Legal Considerations

Segmentation and targeting

Monitor response rates and conversions to measure success

The best time to send promotional SMS messages?

How to measure success of my SMS campaigns with Ozeki?

FAQs

Conclusion

Setup your On-premise SMS Marketing System

This guide explains how you can setup an on-premise SMS Marketing System using the MyOzeki Customer Platform and Ozeki SMS Gateway. First, a brief overview is provided to help you understand the system components, then the installation steps are given.

Overview

To provide content services, such as SMS marketing, QR codes or Digital business cards from your own premises you need to install the MyOzeki WebService Platform and Ozeki SMS Gateway. The two major components can be installed on the same sever or on different servers.

The MyOzeki WebService Platform was designed to serve a large number of users and to keep their data safe. It is based on PHP and uses the Apache Web Server for serving customers. It can be installed on both Linux and Windows.

Ozeki SMS Gateway is a high-performance message delivery system. It was designed to maintain long lasting communication channels, such as SMPP, UCP, CIMD2 and can delivery messages at high capacity 24/7. It uses .NET and performs best on Windows.

In this guide we will explain how to install these two components on the same Windows Computer. You will need to use either Windows 10 or Windows 11 or a later Windows edition.

Download

To setup the system, you have to download and install 3 components: Ozeki SMS Gateway, Apache Webserver and MyOzeki. The following links will take you to the pages providing download locations and installation steps.

1. Download and Install Ozeki SMS Gateway
2. Download and Install WAMP (Windows Apache + MySQL + PHP)
3. Download and Install MyOzeki

Configuration

After all components have been installed, you need to setup an HTTP API user account in your Ozeki SMS Gateway. This HTTP API user account will be used by the MyOzeki SMS marketing app.

Next, you need to setup a password for the admin account in the MyOzeki service and you need to install the SMS app. Finally, you have to configure the HTTP API user of the SMS gateway in MyOzeki

Step 1 - Create an HTTP API user in Ozeki SMS Gateway

To create an HTTP API user in Ozeki SMS Gateway, you access your Ozeki SMS Gateway account and load the SMS Gateway Home page. In this interface, find the "Add new user application..." link and click on it. It will bring up an application installation list where you have to choose the "HTTP User" option to create HTTP User account, which will allow you to send messages to your system using HTTP GET and HTTP POST requests. Enter some configuration information, like Username and Password for HTTP User, to be able to access the system through HTTP API. Save the settings with the "Ok" button. By navigating to the Ozeki Home page, you can see the new HTTP User on the Users and applications part of the page.

Step 2 - Create your admin account in MyOzeki

By following these steps, you can create your admin user account in MyOzeki. First, load the Ozeki Admin Setup page at the http://localhost/ozeki/index.php webpage. Enter an admin e-mail address and a password. Confirm the password, then click on the "Create admin account" button to save. After that login with these data into your MyOzeki admin account.

Step 3 - Install the SMS service for all users in MyOzeki

Now, in this subsequent stage of the process, you need to install SMS service in MyOzeki. Find the wamp64 folder on the Local disk of your computer and open the "www" root. There, choose the "ozekiconfig" folder. Inside this folder select the "services" notes option. Copy the appropriate part of the note document and with the help of it, create a new service command. Save the changes, then load MyOzeki.com webpage again. Refresh the page to let the "SMS" feature appear in the Favourites menu.
Enter this:
include_once("$servicesdir/sms/_include.php";

Testing

Once the system is configured properly you are ready to test it. For testing, you need to register a user account in your MyOzeki system, then you need to create and send a test campaign. After the test campaign is sent you can check the logs in Ozeki SMS Gateway and understand the procedure.

Step 1 - Register a user account in MyOzeki

In order to be able to send SMS messages through Ozeki SMS Gateway, you have to register a user account in MyOzeki. To start the process, load the MyOzeki.com in your browser. Click on the "Create an account" button, then fill the forms with the necessary details. Enter your name, e-mail address, phone number, and provide a unique password to your user account and its confirmation. Agree on the terms and policies, then complete the process by clicking on the "Register" button.

Step 2 - Send a test campaign in MyOzeki

To send a test campaign in MyOzeki, open the "SMS" feature from Favorites menu. Choose "Send" option from the left-handed Dashboard of the page, then fill out the fields. Choose "Excel" option from the drop-down list, to be able to use Excel document database to send SMS messages. Choose your file from the library, then click on the "Add" button to let the data appear. Check the recipient list, then enter your Sender ID, that will show when the audience receives the SMS messages. After that form your SMS message in the "Message" field of the page. Insert dynamic data, to make your SMS messages more personal. Click on the "Next" button, if you are done with composing the messages. A details page will appear, where you can see all the essential data about your SMS messages and recipients. You can edit if it is needed, or by clicking on the "Send" button, you can start delivery. If the SMS delivery was successful, you will receive a notification about your SMS messages have been submitted to Ozeki SMS Gateway for delivery.

Step 3 - Open the logs in Ozeki SMS Gateway

You can view the logs in the Ozeki SMS Gateway, by loading the Ozeki Homepage at Ozeki SMS Gateway. Choose the "Scheduled jobs" option from the "View" menu, where you can see the message details about your SMS. Click on the "Details" button to see the Events tab. The Events tab shows you accurate data about the delivery process.

Step 4 - See the report in MyOzeki

In MyOzeki you can get SMS reports with some click. Open the "Outbox" from the Dashboard, then click on the "Open" button, highlighted in blue. This will bring up a details page, where you can see the Jobb information about the message delivery. By clicking on the purple "Reports" button, the Reports page will appear, containing the SMS delivery results. If the delivery was successful, you will see the "Sent successfully" notification.

Summary

In this guide, you have seen the steps need to setup an SMS marketing system. Once this system is created your users can access the MyOzeki system installed on your computer. They can register user accounts and can send out SMS marketing campaigns. If you like this system check out how you can purchase an Ozeki SMS Gateway License.

How to setup a WAMP Server

WAMP stands for Windows Apache MySQL and PHP. Apache is the world's most popular webserver and PHP is the most widely used server-side scripting technology and MySQL is a great database server that is often used with PHP. Apache, PHP and MySQL are usually used on Linux, but often they are installed on Windows. WAMP is simply an installer that makes it easy for you to setup Apache, PHP and MySQL on Windows.

How to download and install Wamp

This tutorial will show you various steps on how to install and configure the WAMP server in Windows 10. WAMP is a free and open-source tool most commonly used by php developers in the Windows family and other platforms to set up the development and testing environment.

Download Wampserver:wampserver3.3.0_x64.exe

WAMP server comes with the WAMP control panel to manage all its components easily.

WAMP stands for (W) Windows, (A) Apache, (M) MySQL, (P) PHP and some additional modules including phpmyadmin (for the database).

Once you have installed and configured the WAMP server in your system, you can easily work with any CMS like WordPress, Joomla, Drupal and more. WAMP server works like a local server in your system that is generally used by PHP developers to test the websites (like web-projects).

How to download and install WampServer (Video tutorial)

In this short video tutorial you will see, how to download and install WampServer to your computer correctly. We will explain the process from the beginning to the end, so you only need to follow the presented instructions. First, you will need to load the WampServer download page to your browser, and then start downloading the file. After downloading, install the file to your computer by following the instructions in the video guide. By completing the process, your WampServer application will be ready to use.

How to set HTTPS in Wamp

Websites in a development environment that use a WAMP server sometimes require HTTPS to be available for further development of the application/websites. To enable https on the server, we need to enable SSL manually.

The following steps are to enable SSL on a WAMP server.

How to setup HTTPS in Wamp (Video tutorial)

The following video tutorial will be about how to set up HTTPS in WampServer. You can learn the essential steps to enable SSL. You will see the steps in order, so you need only to follow the presented instructions on your own. First, you need to launch the Command Prompt to configure Wamp settings. Modify the SSL data to enable it manually. Follow the instructions to complete the process correctly. After the settings, make sure that the server has been configured successfully.

How to setup remote access in Wamp

Learn how to remotely access your WAMP server sites from any computer over the internet. To setup remote access you need to configure in Apache.

With WAMP server it is possible to host your own websites from your own computer by making a few changes. This can be useful for testing your websites on other devices and remotely accessing data on your PC. For security reasons this should not be used to permanently host a website that you expect other users to access.

For this tutorial you will need the latest version of WAMP server which can be downloaded from wampserver.com

How to setup Curl in WAMP

What is cURL?

cURL is a computer software project providing a library (libcurl) and command-line tool (curl) for transferring data using various network protocols. The name stands for "Client URL"

cURL is a command-line tool for getting or sending data including files using URL syntax. Since cURL uses libcurl, it supports every protocol libcurl supports.

cURL supports HTTPS and performs SSL certificate verification by default when a secure protocol is specified such as HTTPS. When cURL connects to a remote server via HTTPS, it will obtain the remote server certificate, then check against its CA certificate store the validity of the remote server to ensure the remote server is the one it claims to be. Some cURL packages are bundled with CA certificate store file. There are several options to specify a CA certificate such as --cacert and --capath. The --cacert option can be used to specify the location of the CA certificate store file. In the Windows platform, if a CA certificate file is not specified, cURL will look for a CA certificate file name “curl-ca-bundle.crt” in the following order:

• Directory where the cURL program is located.
• Current working directory.
• Windows system directory.
• Windows directory.
• Directories specified in the %PATH% environment variables

cURL will return an error message if the remote server is using a self-signed certificate, or if the remote server certificate is not signed by a CA listed in the CA cert file. -k or --insecure option can be used to skip certificate verification. Alternatively, if the remote server is trusted, the remote server CA certificate can be added to the CA certificate store file.

How to setup curl on Linux Apache

In this article, you will learn how to setup and enable CURL dll in php.ini.

The curl command downloads files that are served with FTP, HTTP, SCP, IMAP, and other various supported protocols.

Step 1: Install CURL

sudo apt install php-curl

Step 2: enable CURL DLL in PHP.ini

Remove the semicolon before the "extension=php_curl.dll"

Step 3: Restart Apache service

sudo service apache2 restart

Setup the MyOzeki SMS System

The MyOzeki SMS System adds SMS campaign management capabilities to your MyOzeki platform. It is a zip file that includes the MyOzeki Webservice libraries and the SMS service libraries. With the MyOzeki SMS System, you can seamlessly integrate SMS campaign management into your existing MyOzeki platform, enhancing your communication strategies and customer engagement. Follow the given instructions to complete the setup process.

Download

To download the MyOzeki SMS Marketing System please ask for download information in e-mail at info@ozeki.hu. The MyOzeki SMS Marketing System is available free of charge for license holders with active technical support subscription.

Installation

To install this library, you must unzip it and you must copy it into the www root of your Apache webserver. Decide where you want to create the www folder. This should be in your server's file system and easily accessible by your web server.

Create MyOzeki www folder

Creating the www folder for the MyOzeki SMS System involves setting up a directory where you'll place the necessary web content to interact with the system. Name the www folder to "www.default". After that, open the Ozeki 10 SMS Gateway webpage to download the necessary myozeki.sms.www.x.x.x.zip file. Download the .zip file, then copy the whole folder into the "wamp64" folder. Load the admin user setup page to create a MyOzeki admin user account.

Create MyOzeki admin user

Access the Ozeki Admin Setup page by navigating to the http://localhost/ozeki/index.php URL. Provide an administrator email address along with a chosen password. Validate the password and proceed by selecting the "Create admin account" button to save the details. Following this, use the provided information to log in to your MyOzeki account.

Add MyOzeki SMS service

In the subsequent phase of the procedure, your task is to install the SMS service within MyOzeki. Locate the "wamp64" directory on your computer's Local Disk and access the "www" root within it. Inside this directory, you'll find the "ozekiconfig" folder. Within the "ozekiconfig" folder, locate and select the "services" notes option. From the note document, identify the relevant section and copy it. This copied part will be used to create a new service command. After creating the new command, save the changes you've made. After this, load the MyOzeki.com webpage. Refresh the page to enable to appear the "SMS" feature in the Favourites menu.
To achieve this, input the following code: include_once("$servicesdir/sms/_include.php";

Connect MyOzeki to SMS Gateway

The process of connecting MyOzeki to an SMS gateway involves some steps, you need to take to establish a communication link between the two systems, enabling MyOzeki to send and receive SMS messages through the gateway. Open the "sms" notes file from your computer's "www" directory. Find the HTTP API User, then write into the appropriate part the "ozeki_http_user" and the provided password to it. Save the changes, then load MyOzeki.com webpage again. Refresh the page to let setup the connection between MyOzeki and the SMS Gateway.
Enter this:
$ozeki10_httpapi_user="ozeki_http_user";
$ozeki10_httpapi_password="abc123";

Summary

All in all, the Ozeki SMS Gateway offers high-performance SMS gateway software designed for streamlined SMS campaign management. By integrating the MyOzeki SMS System, businesses can enhance communication strategies and customer engagement through this user-friendly platform. By following the given steps, you can easily set up the MyOzeki SMS System, enabling effective SMS messaging. For more information, visit the www.ozeki-sms-gateway.com website or contact at info@ozeki.hu e-mail address.

How to install MyOzeki on Linux

In this article, you can find the steps needed to set up the MyOzeki Content delivery platform on Linux. This guide will walk you through the necessary procedures to successfully install and run MyOzeki on an Ubuntu-based system. You will learn what you need to install on Ubuntu, and where to copy the MyOzeki files to get your system up and running.

What is Ubuntu Server?

Ubuntu Server is a Linux-based operating system distribution designed specifically for use in server environments. It is part of the larger Ubuntu family and is optimized for delivering reliable, high-performance services. It is a popular option for both small-scale setups and big business deployments since it provides a platform for hosting websites, applications, databases, and numerous networking services.

How to install MyOzeki on Linux (plain instructions)

To install MyOzeki on Linux

1. Download and Install Ubuntu Server
2. Setup Apache, PHP, Curl
3. Enable SSL and Rewrite modules
4. Restart Apache service
5. Install Certbot using Snap
6. Obtain an SSL certificate using Certbot
7. Enable Remote Access in Firewall
8. Download and Install MyOzeki Files
9. Set ownership and group
10. Access MyOzeki in the browser

Download and Install Ubuntu Server

To begin the process, you need to install Ubuntu Server on your computer. Load the https://ubuntu.com/#download website, where you need to download Ubuntu Desktop. Click on the downloaded file and start to run on your PC. Wait for the Mouse integration, then select the "Install Ubuntu" on the Welcome page. Select a suitable language, then click on the "Continue" button. Opt for Normal installation, then click on the "Install Now" button. Confirm the changes, by clicking on the "Continue" button again. Choose your location, then specify some details as your name, username, and provide a password. Save the settings with the "Continue" button. The installation process will be finished when you can see a notification about completed installation. You need to restart your computer to use the new installations. Click on the "Restart Now" button. After restarting the computer, Ubuntu will run automatically. Login to your profile, by entering the previously provided login information into the certain forms. There will appear some suggestions, but if you are not interested in, you can skip them easily.

Setup Apache, PHP, Curl

Once the installation process is done, you need to set up the server. First, open the terminal and run the following commands to update the package lists and upgrade existing packages. Install the Apache web server using the following command: "sudo apt install apache2", then install PHP and required extensions: "sudo apt install php libapache2-mod-php php-curl php-mbstring". Once Apache is installed, it will start automatically. Load in the browser the Apache2 Default Page to test the correct operation for the Apache2 Server after installation. If the page can load, it means that the Apache HTTP server can work properly.

Copy these:
sudo apt install apache2
sudo apt install php libapache2-mod-php php-curl php-mbstring

Configure HTTPS with Let's encrypt

Certbot will guide you through the process of obtaining and installing the SSL certificate. It will also automatically configure your Apache virtual host to use HTTPS. Open the terminal and run the following commands to configure HTTPS with Let's encrypt. Enable the SSL and Rewrite modules for Apache using the following commands: "sudo a2enmod ssl" and "sudo a2enmod rewrite". After making changes to the Apache server configuration, it's important to restart the Apache service to apply those changes. The command "systemctl restart apache2" is used to restart the Apache service on systems. Install Certbot using Snap, which is a package management system: "sudo snap install --classic certbot". Create a symbolic link for Certbot to make it accessible from the command line: "sudo ln -s /snap/bin/certbot /usr/bin/certbot". Run Certbot to obtain an SSL certificate for your Apache web server. Replace your_domain.com with your actual domain name: "sudo certbot --apache". Enter your e-mail address, then agree on the terms of service. Type "yes" if you agree. Enter your domain name you would like on your certificate. After completing these steps, your website should be accessible via HTTPS with a valid SSL certificate.

Copy these:
sudo a2enmod ssl
sudo a2enmod rewrite
sudo snap install --classic certbot
sudo ln -s /snap/bin/certbot /usr/bin/certbot
sudo certbot --apache

Enable remote access in the firewall using IP tables

Enabling remote access using IP tables involves allowing specific incoming network traffic to your server. Enter: "sudo ufw enable" command to enable the firewall. Allow incoming SSH traffic with: "sudo ufw allow ssh". Allow the 'Apache Full' profile, which includes both HTTP and HTTPS ports: "sudo ufw allow 'Apache Full'". If you have other services running or specific needs, you can further configure rules as necessary.

Copy these:
sudo ufw enable
sudo ufw allow ssh
sudo ufw allow 'Apache Full'

Download and install MyOzeki files in the www root

To download and install the MyOzeki files in the www root directory on Ubuntu, you'll need to follow these general steps. Start by downloading the MyOzeki files. Download the appropriate archive, containing the necessary files for the application. After downloading, extract the files to a temporary location. Move or copy the extracted files to the appropriate location in the www root directory. By default, the www root directory is usually /var/www/html/. "sudo cp * /var/www/html/" Change Ownership and permissions, which changes the ownership and group of the html/ directory and its contents to www-data, which is the user and group typically used by web servers to serve files. The -R flag makes this change recursively: "sudo chmod -R www-data:www-data html/". Enter user password for further settings.

Copy these:
sudo cp * /var/www/html/
sudo chmod -R www-data:www-data html/

Open MyOzeki in a browser

Once everything is set up, you should be able to access the MyOzeki application in a web browser by navigating to the appropriate URL.

Summary

This step-by-step guide contains detailed instructions for installing and setting up the MyOzeki on Linux. It guides you through the process to successfully install and run MyOzeki on an Ubuntu-based system. By using the MyOzeki Platform, businesses can streamline their messaging processes and enhance their communication strategy.

SMS Marketing Service

In today's fast-moving marketing landscape, SMS marketing services are essential for businesses looking to connect directly with customers. By using mobile phones, these services send short, powerful messages that reach people quickly and get their attention. SMS marketing is effective because it is direct and fast, making it easier to reach the right audience and get them to take action. In a world where people are easily distracted by a lot of information, SMS marketing helps businesses stand out and build strong connections with customers.

Ozeki SMS Gateway as an SMS marketing service

Users start by designing their campaigns through the Client Interface, which serves as their workspace for creating and organizing content and contacts. The SMS Marketing Application functions as the central hub, handling all campaign details, including scheduling. Once the messages are prepared, the Ozeki SMS Gateway formats them for compatibility with mobile networks and securely forwards them to an SMS Service Provider. This provider delivers the messages directly to recipients' mobile devices as standard text messages. Overall, the Ozeki SMS Gateway ensures that SMS marketing campaigns are executed smoothly and reliably.

What are SMS marketing services?

SMS marketing services let businesses send promotional messages, updates, and alerts directly to customers' phones through text messages. These messages are quick to read and often get more attention than emails. Businesses can personalize the messages to make them more interesting to customers. SMS marketing is fast and easy, so businesses can reach their customers quickly with important information or offers. Customers choose to receive these messages, which keeps things private and makes sure people are interested. Overall, SMS marketing helps businesses connect better with customers, boost sales, and keep communication strong.

What are SMS marketing platforms?

SMS marketing platforms are tools that businesses use to send text messages to customers. They help create messages, manage contacts, schedule campaigns, automate sending messages, track performance, ensure compliance with rules, and work with other marketing tools. These platforms make it easier for businesses to reach customers, engage with them, promote products, and keep in touch efficiently.

What is bulk SMS message sending?

Bulk SMS message sending is when businesses or organizations send a large number of text messages all at once to many people. It's a way to quickly inform customers about special offers, updates, or important announcements. Instead of sending each message individually, they use a service that can send hundreds or even thousands of messages in just a few moments.

How to send 1000 messages at once in SMS?

Sending 1000 messages at once through SMS is efficient with the right tools. Begin by crafting your message—keep it short and clear, such as a notification or a special announcement. Next, compile a list of 1000 phone numbers of the recipients you want to reach. Then, schedule the exact time and date you want the messages to be sent. The service provider you use handles the task of sending all 1000 messages simultaneously, ensuring they are delivered promptly to each recipient.

Key features to look for in an SMS marketing service

• User-friendly interface: Look for a platform that is easy to use. This means it should be simple to write and schedule messages, manage your contact lists, and see how well your campaigns are doing, all without needing to be a tech expert.

• Personalized messages: Being able to personalize messages with the recipient's name or other details can make your messages feel more personal and relevant. This helps increase engagement and makes customers more likely to respond positively.

• Managing contacts: A good service will let you organize your contact lists well. You should be able to add new contacts easily, group them based on things like age or location, and update or remove contacts when needed.

• Scheduling and automation: Look for tools that let you schedule messages to be sent at specific times. Automation features are also helpful—they can send messages automatically on someone's birthday or when they make a purchase, for example. This saves time and ensures messages are sent at the right moment.

• Analytics and reports: It is important to know how well your messages are performing. The service should provide clear reports on things like how many messages were delivered, how many people opened them, and how many clicked on links. This information helps you understand what is working and what needs improvement.

• Compliance and security: Make sure the service follows rules about data protection and messaging laws. This includes things like getting permission from people before sending them messages and giving them an easy way to opt out if they want to stop receiving messages. Good security practices also protect your data and your customers' information.

• Integration with other tools: Consider whether the service works well with other tools you use, like customer relationship management (CRM) software or email marketing platforms. Integration makes it easier to coordinate your marketing efforts across different channels.

• Customer support: Choose a service that offers good customer support. If you have questions or run into problems, it is important to be able to get help quickly. Look for a service that offers support through phone, email, or live chat.

Benefits of using an SMS marketing service

• High open rates: SMS messages are opened quickly by recipients, often within minutes of being received. This ensures that your message is seen promptly and increases the chances of engagement.

• Direct and immediate communication: Messages are sent directly to customers' mobile phones, bypassing the need for them to be connected to the Internet. This direct delivery ensures instant communication, making SMS ideal for time-sensitive promotions or urgent updates.

• Cost-effectiveness: SMS marketing is cost-effective compared to traditional advertising methods like print or TV ads. It allows businesses to reach a large audience at a lower cost per message, making it accessible for businesses of all sizes.

• Personalized engagement: SMS marketing enables businesses to personalize messages by addressing recipients by name or sending tailored offers based on their preferences or past interactions. This personalized approach increases engagement and encourages recipients to take action.

• Trackable performance: SMS marketing platforms provide analytics tools to track important metrics such as delivery rates, open rates, and click-through rates. These insights help businesses measure the effectiveness of their campaigns and make informed decisions to optimize future marketing efforts.

Using Ozeki SMS Gateway as an SMS marketing service

High capacity:

Ozeki SMS Gateway excels in managing large-scale SMS campaigns efficiently. It has the capability to send messages to thousands or even millions of recipients swiftly and reliably, ensuring businesses can reach broad audiences without delays.

Efficient message handling:

With its robust infrastructure, Ozeki SMS Gateway efficiently processes high volumes of messages. This capability is crucial for businesses engaged in frequent marketing campaigns, notifications, or customer communications. Messages are handled promptly and reliably, minimizing delivery delays and ensuring timely communication.

Direct and timely communication:

Businesses can communicate directly and promptly with their audience through SMS using Ozeki SMS Gateway. This direct communication channel facilitates immediate delivery of critical information such as order confirmations, appointment reminders, or emergency alerts, enhancing customer satisfaction and operational efficiency.

Multi-channel support:

Ozeki SMS Gateway supports various communication channels, including GSM modems and IP SMS, ensuring reliable message delivery across different platforms and devices. This multi-channel capability maximizes reach and ensures messages reach recipients regardless of their device or network.

Automation capabilities:

Automation is a cornerstone feature of Ozeki SMS Gateway, enabling businesses to automate tasks such as sending scheduled SMS alerts, notifications, or promotional messages based on predefined triggers or conditions.

Ozeki SMS Gateway automates SMS replies in three ways: Autoreply Easy sends preset responses you can edit, Autoreply by Script uses custom scripts for replies or forwarding, and Autoreply from Database sends messages based on SQL queries triggered by incoming SMS. These features make responding to messages quick and easy.

Seamless integration:

Ozeki SMS Gateway integrates seamlessly with existing business systems such as MySQL and SQL Server. This seamless integration allows businesses to leverage their current infrastructure and data sources for SMS communications, facilitating easy deployment and management of SMS capabilities without disrupting ongoing operations.

Bulk messaging capabilities:

Ozeki SMS Gateway supports bulk SMS messaging, enabling businesses to send messages to a large audience efficiently. Whether it is promotions, updates, or important notices, Ozeki ensures messages are delivered quickly and reliably, facilitating effective communication with a wide range of customers.

Robust security:

Ozeki SMS Gateway prioritizes security, employing strong encryption and authentication methods to safeguard SMS communications and user data. This focus on security ensures privacy and protects against unauthorized access, helping businesses comply with data protection regulations and build trust with their customers.

Comprehensive analytics:

Ozeki SMS Gateway provides businesses with detailed analytics and reports, including delivery reports and engagement metrics. These analytics offer valuable insights into campaign performance, allowing businesses to assess the effectiveness of their SMS marketing efforts and make informed decisions to optimize future campaigns.

How to send mass SMS with Ozeki SMS Gateway?

Install and configure Ozeki SMS Gateway: First, install Ozeki SMS Gateway on your server or computer. Follow the setup instructions provided by Ozeki to configure the gateway with your network settings and SMS service provider details.

Prepare your SMS content: Create the SMS message that you want to send to your recipients. Ensure that the message content complies with regulations and is clear and concise.

Upload or import recipient list: Ozeki SMS Gateway allows you to send SMS to multiple recipients at once by uploading or importing a recipient list.

Users can prepare their recipient lists in commonly used formats such as Excel spreadsheets. These formats support the inclusion of essential details like phone numbers and additional personalized information, ensuring that messages can be tailored to recipients' preferences or specific needs.

Compose your message: Use Ozeki SMS Gateway's interface to compose your SMS message. You can personalize messages using placeholders for recipient names or other variables if supported by the gateway.

Schedule or send immediately: Choose whether to send the SMS messages immediately or schedule them for a specific date and time. Ozeki SMS Gateway supports both immediate and scheduled sending options.

Monitor delivery status: Once messages are sent, Ozeki SMS Gateway provides delivery reports and status updates. Monitor these reports to track the delivery status of your SMS messages.

Review and optimize: After sending the mass SMS campaign, review analytics and reports provided by Ozeki SMS Gateway. Evaluate delivery rates, open rates, and other metrics to optimize future SMS marketing campaigns.

Frequently Asked Questions (FAQs)

Is it legal to send mass texts?

Yes, it is okay to send lots of texts to people, but you have to follow rules. Before sending messages, make sure people agreed to get them. Always say who you are in the messages and give an easy way for people to stop getting them, like texting "STOP." Do not trick people with false info, and know the rules in your area, like the TCPA in the U.S. or GDPR in Europe, to keep messages legal and respect people's privacy. Following these rules lets businesses send texts in a fair and legal way.

Is SMS marketing cost-effective?

Indeed, SMS marketing typically costs less than traditional advertising methods such as TV or print ads. It enables businesses to reach a broad audience at a lower cost per message, making it accessible for businesses of all sizes to execute effective marketing campaigns.

Summary

In today's fast-paced marketing world, SMS marketing services like Ozeki SMS Gateway are essential for businesses to connect directly with customers. These services send short, powerful messages to mobile phones quickly, grabbing people's attention. SMS marketing is effective because it is direct and speedy, making it easier to reach the right audience and encourage them to act. In a world full of distractions, SMS marketing helps businesses stand out and build strong connections with customers by delivering messages straight to their phones.

Omnichannel SMS Marketing

Omnichannel SMS Marketing has become essential for modern businesses, reshaping how they connect with customers across diverse digital platforms. By delivering personalized messages directly to customers' mobile phones, companies ensure timely and relevant communication. This approach plays a crucial role in maintaining a consistent brand experience across all channels, from online interactions to in-store visits. By integrating SMS seamlessly into their overall marketing strategies, businesses not only enhance customer engagement but also drive sales and foster loyalty in a highly competitive marketplace where seamless, interconnected experiences are increasingly valued by consumers.

Omnichannel SMS marketing with Ozeki SMS Gateway

Marketing messages can originate from various channels such as print, store, email, website, call centre, social media, or SMS itself. These channels connect to the Ozeki SMS Gateway, which serves as a central hub for managing and sending out SMS messages. The gateway then uses an SMPP client over the internet with secure protocols (SSL/TCP/IP) to send the SMS messages to the mobile network. Finally, the messages are delivered to the recipients' mobile phones via the mobile network infrastructure.

What is omnichannel messaging?

Omnichannel messaging is about sending consistent messages to customers through various channels such as email, SMS, social media, websites, apps, and physical stores. It ensures that wherever customers interact with a brand, they receive the same type of messages. This approach aims to create a seamless and connected experience for customers, improving their overall satisfaction and loyalty to the brand. By maintaining consistency across different platforms, businesses can better engage with customers and build stronger relationships, ultimately enhancing their success in the competitive market.

How to build SMS into your omnichannel strategy?

Know your customers: Start by understanding how your customers prefer to interact with your brand. Use data and feedback to learn if they like receiving SMS messages and for what purposes.

Set clear goals: Define what you want to achieve with SMS. Whether it is boosting sales, improving customer service, or driving traffic to your website, having specific goals will guide your SMS campaigns.

Sync customer data: Make sure customer information is shared across all your channels. This allows for personalized messaging and ensures that every interaction with your brand feels consistent and connected.

Coordinate messages: Align your SMS campaigns with other marketing channels such as email, social media, and in-store promotions. Create messages that reinforce your brand’s identity and resonate with your audience.

Personalize your messages: Use customer data to customize your SMS content. Tailor messages based on preferences, previous purchases, or where customers are located to make them more relevant and engaging.

Use automation tools: Consider using tools that automate the sending of SMS messages. This can include scheduling messages in advance or sending them based on customer actions, saving you time and ensuring timely communication.

Monitor performance: Keep an eye on how your SMS campaigns are performing. Look at metrics like how many people open your messages, click on links, and complete actions. Use this data to tweak your strategy for better results.

Adapt and improve: Continuously adjust your SMS strategy based on what you learn from analytics and customer feedback. Experiment with different approaches to find out what works best for your audience.

How does SMS fit into omnichannel marketing?

Complement E-mail campaigns: SMS boosts engagement with your regular email newsletters and promotions. Send a text reminder before your email offer goes out or follow up an email with an SMS containing a call to action or coupon code. This dual approach creates more opportunities to capture customer attention and prompt action.

Update customers with transactional messages: SMS is perfect for sending timely transactional updates and reminders. Automate texts for post-purchase confirmations, shipping notifications, appointment reminders, and delivery updates. This keeps customers informed conveniently and builds trust by meeting their communication expectations.

Collect customer feedback: Use SMS to directly request targeted feedback from customers. After a purchase, send a text asking for reviews on their shopping experience or the product they bought. This approach yields higher response rates and provides valuable insights to improve customer satisfaction and refine your offerings.

Build anticipation for events: Leverage SMS to generate excitement about upcoming events like product launches, sales, or brand celebrations. Send a series of texts announcing event details, offering exclusive offers, and creating countdowns. This strategy keeps customers engaged and looking forward to your announcements.

Tips for using SMS effectively within your marketing strategy

Get permission first: Always ask customers if they want to receive SMS messages from you. Use opt-in forms or initial transactional messages to introduce SMS gradually. This ensures customers are willing to hear from you and builds trust.

Keep messages clear and valuable: Each SMS should have a clear purpose that adds value for the recipient. Whether it is a quick update, important notification, or special offer, make sure it is relevant to them. Avoid sending too many messages to keep their interest.

Keep it short and simple: SMS has a character limit, so keep your messages brief and straight to the point. Deliver the necessary information without extra details. This makes it easier for customers to read and understand quickly.

Offer an easy way to opt-out: Always provide a simple way for customers to stop receiving SMS messages if they choose. Include instructions on how to unsubscribe, similar to what you would do in email marketing. Respecting their preferences helps keep your relationship positive.

Consider timing and location: Be mindful of when you send SMS messages. Avoid sending them late at night or early in the morning to avoid disturbing customers. If your audience spans different time zones, adjust your sending times accordingly.

Use SMS with other channels: Combine SMS with email and other communication methods for a well-rounded marketing strategy. This balanced approach helps you connect with customers effectively without relying too heavily on SMS alone.

Is SMS a good marketing channel?

Yes, SMS (Short Message Service) can be a highly effective marketing channel for businesses. Here is why:

High open rates: SMS messages are often read by most recipients because they appear directly on their phones, unlike emails that can get lost in crowded inboxes. This means your message is more likely to be seen promptly.

Immediate delivery: SMS messages are delivered instantly and are usually read within a few minutes. This makes them perfect for sending urgent notifications or time-sensitive offers that require immediate attention from customers.

Direct and personal: SMS allows you to reach customers directly on their mobile phones, creating a personal connection. This direct approach lets you send personalized messages that resonate with your audience and build stronger relationships.

High engagement: SMS campaigns often lead to higher interaction rates compared to other channels. Customers are more likely to click on links, use coupons, or take action right after receiving an SMS, which can boost sales and marketing effectiveness.

Wide reach: Almost everyone has a mobile phone capable of receiving SMS messages, making it a channel that reaches a broad audience across different age groups and demographics.

Cost-effective: SMS marketing can be affordable, especially when you consider the potential return on investment from higher engagement and conversion rates. It is a cost-efficient way to reach customers compared to traditional advertising methods.

Complements other channels: SMS can be used alongside emails, social media, and in-store promotions to create a unified marketing strategy. This integration helps reinforce your brand message and engage customers through multiple channels, enhancing overall marketing impact.

Benefits of Omnichannel SMS marketing

• Direct and immediate communication: Omnichannel SMS marketing allows businesses to send messages directly to customers' phones, ensuring instant visibility. Whether it is a flash sale notification or an appointment reminder, SMS delivers messages promptly and reliably, maximizing the chance of customer engagement.

• High open and engagement rates: SMS messages boast high open rates and quick response times. By appearing directly on recipients' phones, SMS captures immediate attention, making it an effective channel for delivering time-sensitive offers and increasing customer interaction compared to other marketing channels.

• Personalized customer interaction: Omnichannel SMS marketing enables businesses to personalize messages based on customer preferences and behaviours. This personalized approach enhances relevance and customer satisfaction, as recipients receive tailored promotions, updates, or reminders that resonate with their interests.

• Seamless integration across channels: SMS integrates seamlessly with other marketing channels such as email and social media. This integration ensures consistent messaging across various touchpoints, reinforcing brand identity and enhancing the overall customer experience. By coordinating SMS with other channels, businesses maintain a cohesive marketing strategy that reaches customers effectively.

• Cost-effective and high ROI: Implementing omnichannel SMS marketing is cost-effective, offering a strong return on investment (ROI) due to its high engagement rates and direct communication capabilities. Compared to traditional advertising methods, SMS campaigns require fewer resources while delivering impactful results in terms of customer engagement and conversion rates.

Frequently Asked Questions (FAQs)

How often should I send a message?

The frequency of SMS messages should balance keeping your audience engaged without overwhelming them. Generally, sending 1-2 messages per week is a good starting point. Always prioritize quality and relevance over quantity to avoid annoying your customers.

What is the difference between SMS and other marketing channels?

SMS is a direct, immediate, and personal form of communication. Unlike email or social media, which can be crowded or delayed, SMS messages are typically read within minutes of receipt. This makes SMS ideal for urgent updates and time-sensitive offers.

What are the best times to send SMS messages?

The best times to send SMS messages are usually during business hours. Avoid early mornings and late evenings. Consider testing different times to see what works best for your audience.

Can I personalize marketing text messages?

Yes, you can personalize marketing text messages. By using customer information like their name, what they have bought before, their preferences, and where they live, you can make your SMS messages more relevant and engaging for each person. Personalized messages can include special deals, recommendations based on past purchases, or reminders about items they’ve shown interest in. Personalizing your messages helps keep customers happy and more likely to engage with your brand.

Can I send SMS marketing to customers without getting opt-ins?

No, you cannot send SMS marketing messages to customers without their permission. You must get their consent before sending any marketing texts. This is required by law in many places, like the U.S. under the Telephone Consumer Protection Act (TCPA) and the EU under the General Data Protection Regulation (GDPR). Without permission, you risk fines and damaging your brand’s reputation. Always get clear consent from customers before sending them marketing texts.

Summary

Omnichannel SMS marketing is essential for modern businesses, transforming how they connect with customers across various digital platforms. By sending personalized messages directly to mobile phones, companies ensure timely and relevant communication. This method helps maintain a consistent brand experience across all channels, from online interactions to in-store visits. Integrating SMS into overall marketing strategies enhances customer engagement, boosts sales, and fosters loyalty, meeting consumer expectations for seamless, interconnected experiences in a competitive marketplace.

Increase SMS Marketing Conversion

Increasing SMS marketing conversion is crucial for businesses that want to reach and engage more customers effectively. SMS marketing is important because text messages have a much higher chance of being opened and read compared to emails. People often check their messages within seconds, making SMS perfect for quick promotions, urgent updates, and personalized messages. By improving how many people respond to these messages, businesses can get a better return on their marketing efforts, build stronger customer relationships, and boost sales. Learning how to make SMS marketing more successful helps businesses stay competitive in today’s fast-paced market.

Increasing SMS marketing conversion with Ozeki SMS Gateway

The diagram shows the Ozeki SMS Gateway's features and the SMS message flow. The features include report and analytics, automation, SQL integration, bulk SMS, and two-way messaging, which are tools to enhance SMS marketing conversion. The gateway can send SMS messages in two ways. The first method uses a GSM modem connected via USB, which sends SMS to mobile networks and then to phones. The second method uses IP SMS via the internet, supporting various protocols (SMPP, UCP, CIMD2, HTTP, HTTPS, REST) to send SMS to mobile networks and then to phones.

What is SMS marketing?

SMS marketing is a way businesses use text messages to send promotions, updates, and offers directly to people's mobile phones. It is a quick and direct way to reach customers, often used for announcing sales, sending reminders, or sharing special deals. Since people usually check their text messages quickly, SMS marketing can be a very effective way for businesses to communicate with their customers.

What is SMS marketing conversion?

SMS marketing conversion is when people who get marketing text messages from a business take the action the business wants them to take. This could be buying something, signing up for a service, visiting a website, or using a discount code. The conversion rate shows how well the SMS marketing is working. For example, if a business sends 1000 texts and 50 people buy something, the conversion rate is 5%.

Tips for increasing your SMS marketing conversion

Use branded URLs

Make sure to use URLs that include your brand’s name instead of generic link shorteners like bit.ly. This approach looks more professional and helps your messages avoid being flagged as spam. Branded URLs make your messages appear more trustworthy and relevant to your business, which encourages more clicks.

Include multiple offers

You do not have to stick to 160 characters if your SMS platform supports longer messages. Try to keep your messages short and engaging, but feel free to include several offers or promotions. Monitor how people respond to different types of messages and adjust your approach based on what works best. This may involve running tests to compare different messages and see which ones get the best response.

Ensure easy interaction

Make it simple for your recipients to act on your messages. Use clear links, keywords, or simple codes that they can easily follow. Ensure that the landing pages you link to are mobile-friendly so that they load properly on smartphones. A smooth user experience will help increase the chances that they will follow through with your call to action.

Send a few more messages

It can be effective to send more than just one or two messages in your campaign. Sending up to three or more can lead to significantly higher conversion rates. However, make sure that each message provides value and is not just repeated information. Avoid bombarding recipients with irrelevant content, each message should be useful and engaging.

Leverage the immediacy

SMS is immediate, so use this to your advantage by sending messages that are timely and relevant. For instance, if you are promoting an event happening soon, send reminders on the day of the event or just before. This direct approach can be more effective than other methods of communication. Sending multiple reminders leading up to an event can also help keep it fresh in your customers’ minds.

Speak their language

Write your text messages in a way that matches how your audience normally communicates. Use casual, friendly language instead of formal or technical jargon. Keep your messages brief and to the point and avoid making them look too much like an advertisement. This helps your messages feel more personal and engaging.

Maintain a clean database

Regularly update and clean your contact list to ensure it is accurate. Use services to verify phone numbers and remove those that are no longer valid. After each campaign, check for details on delivery issues and reasons for failures, such as numbers being unreachable or blacklisted. This helps keep your contact list high-quality and improves the effectiveness of your campaigns.

Optimize timing

Choose the best times to send your SMS messages based on when your audience is most likely to be available and responsive. Avoid sending messages at odd hours like late at night. Think about when people are most likely to read and act on your messages and schedule them accordingly for better results.

Benefits of increasing SMS marketing conversion

Higher engagement rates: When more people respond to your SMS messages, it means they are interacting with your brand more. This leads to higher engagement, such as more clicks on links, sign-ups, and overall interest in what you offer. Engaged customers are more likely to stay loyal and buy from you again.

Increased revenue: Better SMS marketing conversions often mean more sales and higher revenue. When more of your message recipients take action, such as making a purchase or using an offer, your revenue goes up. This improvement in conversions can make a big difference in your overall sales and profit.

Better return on investment (ROI): Higher conversion rates show that your SMS marketing is working well. This means you are getting more results from the same amount of money spent, making your marketing budget more effective. A good ROI means you are getting more value from each message you send.

Stronger customer relationships: Effective SMS campaigns help build stronger relationships with your customers. When they receive messages that are useful and relevant, they feel more connected to your brand. This can lead to increased trust and a more positive perception of your business.

Improved customer retention: When your SMS messages are effective, customers are more likely to return and continue buying from you. Better conversion rates can help keep customers coming back, reducing the chances that they will leave and increasing their lifetime value to your business.

Better data insights: As you work on improving SMS conversions, you gain valuable information about what your customers like and how they behave. This data helps you create more targeted and successful campaigns in the future. Understanding what works best lets you make smarter marketing decisions.

Competitive advantage: If your SMS marketing has high conversion rates, you stand out from your competitors. Effective campaigns that catch people’s attention and drive action give you an edge in the market. This advantage can lead to more recognition for your brand and a bigger share of the market.

More efficient campaigns: When you focus on increasing conversions, you often end up with more streamlined and effective campaigns. This means you achieve better results without wasting resources. By improving your strategies, you use your marketing budget and efforts more wisely.

Increased brand loyalty: When customers consistently find value in your SMS messages, they become more loyal to your brand. Loyal customers not only make repeat purchases but also share their positive experiences with others. This can lead to organic growth and more business through referrals.

Better customer experience: Higher conversion rates usually come from sending messages that fit your customers’ needs and interests. This means you are improving the overall experience they have with your brand. A better experience leads to happier customers who are more likely to stay engaged and satisfied.

Features of Ozeki SMS Gateway that could help increasing SMS marketing conversion

Bulk SMS messaging: Ozeki SMS Gateway allows you to send a large number of text messages all at once. This means you can quickly reach many people with your promotions or updates. By contacting a wide audience efficiently, you increase the chance that more people will see and respond to your message, leading to higher conversion rates.

Automation: With automation, you can schedule your messages to be sent at the right times, set up automatic replies, and create a series of messages that go out over time. This helps you stay in touch with customers regularly and ensures that they receive timely offers or follow-ups, which can make them more likely to convert. Autoreply Easy lets you respond automatically with a preset text that you can edit. Autoreply by Script uses custom scripts for tailored replies or message forwarding. Autoreply from Database connects to SQL databases to send responses based on query results from incoming SMS, enhancing responsiveness and data-driven communication.

Personalization: Ozeki SMS Gateway lets you customize messages for each recipient, like using their name or referencing their past purchases. Personal messages feel more relevant and engaging, which makes people more likely to respond positively and take the desired action.

Two-way communication: This feature lets you have conversations with your customers via SMS. You can use it for surveys, feedback, or customer support. Engaging directly with your customers helps build a stronger relationship and trust, increasing the likelihood that they will convert.

Reporting and analytics: Ozeki SMS Gateway provides easy-to-understand reports that show how well your SMS campaigns are doing. You can see delivery reports to know if your messages reached people, and track open rates and click-through rates to see how many recipients read your messages and clicked on links. This helps you adjust your strategies, like changing when you send messages or what you include in them, to improve your results and get more conversions.

Integration with other systems: Ozeki SMS Gateway easily connects with existing systems like MySQL and SQL Server. This means you can use your current setup for SMS communication without major changes. It simplifies adding SMS features to your business, helping you operate more efficiently.

Customizable sender ID: Customizable sender IDs let you choose a recognizable name or number for your messages, rather than a generic one. For instance, using your business name as the sender ID instead of a short code makes the message look more credible and trustworthy. Recipients are more likely to open and respond to messages from a familiar sender, increasing the chances of conversions.

Frequently Asked Questions (FAQs)

How often should I send SMS messages to avoid annoying recipients?

Start by sending SMS messages once a month or every other week. Monitor how your audience responds and adjust the frequency based on their engagement. Make sure each message provides value and avoid sending too many messages in a short period to prevent irritation.

What role does message timing play in SMS marketing success?

Timing is crucial for SMS marketing. Send messages when your audience is likely to be available and attentive, avoiding late nights or work hours. Review past campaign data to find out the best times to send messages for maximum engagement.

How can I use SMS marketing to drive repeat purchases?

Encourage repeat purchases by sending personalized offers, loyalty rewards, or special deals to your existing customers. You can also remind them about upcoming sales or restocked items based on their previous purchases, making them more likely to return.

Summary

Boosting SMS marketing conversion is essential for businesses aiming to connect with customers more effectively. Text messages are typically opened and read faster than emails, making SMS an ideal channel for timely promotions, urgent updates, and personalized offers. Enhancing how many recipients engage with your messages can lead to better marketing returns, stronger customer relationships, and increased sales. Mastering effective SMS marketing techniques ensures businesses remain competitive and maximize their marketing efforts in today’s dynamic market.

Shorten URL for Bulk SMS sending

In today's fast-moving digital world, businesses need to communicate quickly and effectively, especially when sending messages to many people at once. One key tool for this is using shortened URLs in bulk SMS messages. These shorter links save space in text messages and make them look cleaner and easier to read. They also help businesses track how many people click on their links, giving them useful information about their campaigns. Using shortened URLs is important for businesses that want their messages to be clear, engaging, and effective.

Shorten URL for bulk SMS sending with Ozeki SMS Gateway

The diagram shows how the Ozeki SMS Gateway sends bulk SMS messages. It takes messages from different sources like AI systems, Excel sheets, databases, and marketing campaigns. The messages, including URLs, go through a URL shortening process before being routed by the Ozeki SMS Gateway. The gateway can send messages in two ways: through a GSM modem connected via USB, which sends the SMS to the mobile network and then to phones, or through the internet using different protocols (SMPP, UCP, CIMD2, HTTP, HTTPS, REST), which also deliver the SMS to the mobile network and then to phones. This system makes it easy to send many messages quickly and efficiently.

What is bulk SMS?

Bulk SMS is a way to send many text messages to lots of people at once. Businesses and organizations use it to quickly communicate with customers, employees, or members. It is often used for marketing, alerts, reminders, and notifications because it is fast, cost-effective, and people tend to read text messages more than emails. Bulk SMS helps businesses reach a large audience instantly in a personal and direct way.

What is URL?

A URL, which stands for Uniform Resource Locator, is the address used to access websites and other resources on the internet. It shows where a resource, like a webpage, is located and how to get to it. For example, in the URL "https://www.example.com", "https" is the protocol, "www.example.com" is the domain name, and there might be more paths or details after the domain that lead to specific pages or files on the site. URLs are important for finding and accessing online content.

Why use short link for SMS?

Brand impressions: Using shortened links allows businesses to customize them with their own brand names or related keywords. This branding helps reinforce their identity every time someone clicks on a link, increasing brand recognition and trust.

Enhanced deliverability: When businesses use branded links in SMS messages, they are more likely to bypass filters that sometimes block generic short links. This means more of your messages reach their intended recipients, ensuring your marketing efforts are not wasted due to blocked links.

Encouraging action: Short links reassure recipients that clicking will take them to a trustworthy place, such as your website or a specific offer page. This confidence boosts the likelihood that recipients will click through, leading to increased engagement and conversions.

Character efficiency: In SMS marketing, where space is limited to 160 characters per message, every character counts. Shortened URLs help save space that can be used for essential message content rather than long web addresses that could split across multiple messages, potentially confusing recipients.

Optimized mobile experience: Short links can direct mobile users to specific locations within apps or mobile websites. This targeted approach improves user experience by making navigation simpler and more direct, whether it is prompting app downloads or leading to relevant content.

Insightful data analytics: Short link services provide valuable data such as how many times a link has been clicked, which devices were used, and where users are located. This data helps businesses understand their audience better, allowing them to refine their SMS campaigns for better performance and engagement.

Use cases of shortening URL

Enhanced user experience:

Shortened URLs are easier to read and share because they are concise and do not take up much space. This is particularly useful in text messages or short messages where long URLs might get cut off or look messy. People can quickly understand and click on shortened links without confusion.

Tracking and analytics:

When businesses use shortened URLs, they can track how many people click on them. This helps them understand which messages or ads are most effective. By analysing these clicks, they can make better decisions about their marketing strategies and improve their campaigns to reach more people.

Space optimization:

Shortened URLs save space in messages, tweets, or posts where there is a limit on the number of characters. This allows for clearer and more focused communication. Instead of a long and complicated link that takes up valuable space, a shortened URL keeps the message concise while still providing the necessary information.

Brand visibility:

Customized shortened URLs can include a brand name or a relevant keyword. This helps businesses create a consistent brand presence across different platforms. When people see these branded links, they are more likely to recognize and remember the brand, which can strengthen brand awareness and trust over time.

Security:

Shortened URLs can help protect against phishing attempts or unauthorized access. Long URLs can sometimes be confusing or suspicious-looking. Shortened URLs hide the original link, making it harder for attackers to manipulate or misuse the link to trick people into clicking on harmful websites.

Cross-platform sharing:

Shortened URLs are versatile and can be easily shared across different platforms like emails, social media, or printed materials. This ensures that the link works the same way and looks consistent no matter where it is shared. Users can access the link from any device or platform without any issues.

A/B testing:

Marketers use shortened URLs to test different versions of a link or landing page to see which one performs better. By comparing the number of clicks and engagement rates between different versions, they can learn what resonates most with their audience and make data-driven decisions to optimize their marketing efforts.

Offline tracking: Shortened URLs can be paired with QR codes on physical materials like flyers, posters, or products. This allows businesses to track how many people scan the QR code and visit the link. It provides valuable insights into offline interactions and helps businesses understand the effectiveness of their offline marketing efforts.

Why should you shorten URL for bulk SMS sending?

Maximize message space: SMS messages have limited characters. Shortened URLs help conserve space, allowing you to include more content or context in your message.

Enhance readability: Long URLs can break across lines or be difficult to read. Shortened URLs maintain message clarity, ensuring recipients can easily understand and interact with your link.

Increase click-through rates: Shortened URLs are concise and visually appealing, which encourages recipients to click on them. This can lead to higher engagement rates compared to lengthy URLs.

Track engagement: Shortened URLs often come with analytics tools that allow you to track how many recipients clicked on the link. This data helps you measure the effectiveness of your SMS campaign and make informed decisions for future strategies.

Ensure delivery: Some SMS platforms have limitations on the length of URLs they can handle. Shortened URLs reduce the risk of messages being truncated or rejected, ensuring that your message and link are delivered intact to recipients.

Frequently Asked Questions

What are short links for SMS?

Short links for SMS enable marketers to track campaign effectiveness using link-shortening services. These mobile links, or mobile tracking links, help businesses monitor click-through rates and conversion metrics by creating numerous unique links. Designed for mobile engagement, these links can direct users to specific app content or the app store, enhancing the mobile user experience. Marketers frequently shorten these mobile deep links for effortless sharing via SMS, optimizing engagement strategies on mobile platforms.

How does URL shortening work for bulk SMS?

URL shortening services compress long URLs into shorter ones using algorithms that create unique identifiers. When recipients click on these shortened links in SMS messages, they are redirected seamlessly to the intended web page or app content.

Summary

In the modern digital landscape, effective communication is crucial for businesses aiming to reach a large audience swiftly and clearly. A valuable tool in achieving this goal is the use of shortened URLs within bulk SMS messaging. These compact links streamline text messages, making them more concise and easier to comprehend. Additionally, they provide businesses with insights into campaign effectiveness by tracking click-through rates. Incorporating shortened URLs ensures that messages are straightforward, engaging, and optimized for delivering information efficiently to recipients.

How to answer SMS Messages with AI

How to use ChatGPT to answer SMS messages

In this article, we will explore how to integrate ChatGPT with the Ozeki AI Server and Ozeki SMS Gateway to automate SMS responses. This setup allows ChatGPT to receive, process, and reply to SMS messages, making it a powerful solution for businesses, customer support, and automated communication systems.

What is ChatGPT?

ChatGPT is an advanced AI language model developed by OpenAI that can understand and generate human-like text. It is designed for tasks such as answering questions, engaging in conversations, providing explanations, and assisting with various text-based activities. ChatGPT uses deep learning to process and generate responses based on user input, making it a powerful tool for automation, customer support, and content generation.

What is Ozeki AI Server?

Ozeki AI Server is a software platform that combines artificial intelligence (AI) with communication systems, allowing businesses to create and implement AI-powered applications. It supports task automation, including text messaging, voice calls, chatbots, and machine learning processes. By integrating AI with communication networks, it enhances customer service, optimizes workflows, and improves user interactions across various industries. Ozeki AI Server offers a robust solution for organizations seeking to enhance communication efficiency through AI technology.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a software solution that enables businesses to send and receive SMS messages through various communication channels. It supports integration with applications, databases, and APIs, allowing automated messaging, two-way communication, and bulk SMS sending. It is widely used for notifications, alerts, marketing, and customer support.

How to configure ChatGPT AI chatbot in Ozeki SMS Gateway (Quick Steps)

1. Open Ozeki AI Server
2. Create a New ChatGPT AI Model
3. Provide ChatGPT API Key
4. Open SMS Gateway
5. Add a New User/Application
6. Install AI Chatbot
7. Select ChatGPT AI Model
8. Enable the Chatbot

How to configure SMPP client connection for AI SMS (Quick Steps)

1. Add a New Connection
2. Install SMPP Client
3. Configure SMPP Client
4. Enable Logging
5. Connect SMPP Client
6. Create a New Incoming Route
7. Create a New Outgoing Route

Send test SMS message what is answered by AI chatbot (Quick Steps)

1. Open AI Chatbot
2. Configure System Prompt
3. Send an SMS Message
4. Receive AI-Generated Response

How to configure ChatGPT AI chatbot in Ozeki SMS Gateway (Video tutorial)

In this video, we will guide you through the process of creating a ChatGPT AI chatbot in Ozeki AI Server and setting it up to function seamlessly with the Ozeki SMS Gateway. You will learn how to configure the AI model, establish a connection between the chatbot and the SMS system, and ensure that incoming messages are processed and responded to automatically. By the end of this tutorial, you will have a fully functional AI-powered chatbot capable of handling SMS communication efficiently.

Step 1 - Open Ozeki AI Server

Start the Ozeki 10 application. If it is not yet installed, you can download it from the provided link. After launching the application, locate and open the Ozeki AI Server (Figure 1).

Step 2 - Create new ChatGPT AI model

The Ozeki AI Server interface is now displayed on the screen. Click on "AI Models" at the top of the interface. Then, select the blue "Create a New AI Model" button. On the right side, you will find multiple options, choose the "ChatGPT" menu (Figure 2).

Step 3 - Provide ChatGPT API key

After selecting the "ChatGPT" menu, navigate to the "General" tab. In this section, you will find a field labeled "API Key:". Paste your API Key into this input field to establish a connection between the Ozeki AI Server and ChatGPT. Once you have entered the key, click "OK" to save the settings (Figure 3).

Step 4 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 4).

Step 5 - Add new user/appilcation

After opening Ozeki SMS Gateway, on the right side under "Users and applications", create a new application by clicking on "Add new user/application..." (Figure 5).

Step 6 - Install AI chatbot

Among the many options, under "Chat bots" we need "AI Chat Bot", click on "Install" (Figure 6).

Step 7 - Select ChatGPT AI model

Under the "General" tab, uncheck "Send welcome message" and then select the right model in this case "chatGPT_Model_1", then click "Ok" (Figure 7).

Step 8 - Enable Chat bot

To connect, toggle the switch to green on the left (Figure 8).

How to configure SMPP client connection for AI SMS (Video tutorial)

In this video, we will show you how to create, configure, and connect an SMPP client for use with AI SMS. You will learn the step-by-step process of setting up the SMPP client connection, configuring the necessary settings, and integrating it with the AI SMS system.

Step 9 - Add new connection

To create a new connection, click on "Add new connection..." on the left, in the "Management" tab (Figure 9).

Step 10 - Install SMPP Client

From the available options, locate "SMPP client" under the "IP SMS connections (SMS)" section and click on "Install" to proceed (Figure 10).

Step 11 - Configure SMPP client

Configure the "SMPP client" by filling in the following inputs in the "General" tab: Host, Port, Username, Password (Figure 11).

Step 12 - Enable logging

In the "Advanced" tab, under "Log level", tick all four options for logging (Figure 12).

Step 13 - SMPP Client connected

To connect, toggle the "Connection" switch to green on the left, after a successful connection you will see the logging in the "Events" tab (Figure 13).

Step 14 - Create new incoming route

To create a new incoming route, click on the "Routes" button at the top of the screen, then "Create new Route" and set the sender and receiver routes on the right (Figure 14).

Step 15 - Create new outgoing route

To create a new outgoing route, let's create a new route again, only this time swap the sender and the receiver (Figure 15).

Send test SMS message what is answered by AI chatbot (Video tutorial)

In this video, we will demonstrate how to set up the system prompt and show how SMS sending and message reception work in practice. You will learn how to configure the system prompt for AI-generated responses and see the full process of sending and receiving SMS messages in action.

Step 16 - Open AI chatbot

To set up the chatbot, select AI_Bot_1 on the right and click on it (Figure 16).

Step 17 - Configure system prompt

To configure the chatbot, navigate to the "Configure" tab and select the "AI" section. In the "System Prompt" field, enter the desired prompt that will guide the chatbot's responses and check the "Use system prompt" (Figure 17).

Step 18 - Send SMS message

If you've got this far, we can test the system. Send us an SMS and you can follow up by logging the message in the SMPP client (Figure 18).

Step 19 - AI generated answer received

After sending the SMS, you can see the message of the chatbot you received on your phone and you can also see it in the AI_Bot_1 log (Figure 19).

How to use a local AI model to answer SMS messages

In this article, we will guide you through the process of setting up a local AI model to automatically answer SMS messages using Ozeki AI Server and Ozeki SMS Gateway. This setup enables you to deploy an AI-powered chatbot that can handle incoming SMS queries efficiently.

What is a Local AI Model?

A local AI model is an artificial intelligence model that is installed, stored, and executed directly on a local machine or server, rather than relying on cloud-based systems. It allows users to run AI applications offline, providing full control over data privacy, security, and customization.

What is Ozeki AI Server?

Ozeki AI Server is a powerful software platform that integrates artificial intelligence (AI) with communication systems, enabling businesses to develop and deploy AI-driven applications. It supports various automation tasks like text messaging, voice calls, chatbots, and machine learning processes. By combining AI with communication networks, it enhances customer service, streamlines workflows, and improves user interactions across different industries. Ozeki AI Server provides a comprehensive solution for organizations looking to boost communication efficiency using AI technology.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a versatile software solution designed to enable businesses to send and receive SMS messages via multiple communication channels. It integrates seamlessly with applications, databases, and APIs, offering features like automated messaging, two-way communication, and bulk SMS sending. Commonly used for notifications, alerts, marketing, and customer support, it provides a reliable tool for enhancing communication through SMS technology.

How to download a GGUF model from Huggingface (Quick Steps)

1. Open Huggingface Website
2. Select GGUF Models
3. Search for Model
4. Download Model File
5. Save Model File

How to configure local AI chatbot in Ozeki SMS Gateway (Quick Steps)

1. Open Ozeki AI Server
2. Create New AI Model
3. Select Model File
4. Open Ozeki SMS Gateway
5. Add New Application
6. Install AI Chatbot
7. Select AI Model
8. Enable Chatbot

Send test SMS message what is answered by AI chatbot (Quick Steps)

1. Open AI Chatbot
2. Configure System Prompt
3. Send Test SMS
4. Receive AI Response

How to download a GGUF model from Huggingface (Video tutorial)

In this video, you will learn how to download a GGUF model file from the Huggingface website and where to correctly place it on your system for use with Ozeki AI Server.

Step 1 - Open huggingface.co page

First, go to the Huggingface website. You should see a similar page (Figure 1).

Step 2 - Select GGUF models

Select the Models menu at top of the window, then Libraries, then filter for GGUF files (Figure 2).

Step 3 - Select model library

In the search bar, type "Meta-Llama-3.1-8B-Instruct-hf-Q4_K_M-GGUF" and select the model titled "Meta-Llama-3.1-8B-Instruct-hf-Q4_K_M-GGUF". This is the model we will be using (Figure 3).

Step 4 - Download model file

Click on the "Files and versions" tab, select the "meta-llama-3.1-8b-instruct-hf-q4_k_m.gguf" version and download it, you can download with the down arrow (Figure 4).

Step 5 - Copy GGUF model file to C:\AIModels

Place the previously downloaded .gguf file in the following path: C:\AIModels (Figure 5).

How to configure local AI chatbot in Ozeki SMS Gateway (Video tutorial)

In this video tutorial, you will learn how to configure a local AI chatbot within the Ozeki SMS Gateway using the previously downloaded GGUF model. The step-by-step guide will show you how to properly integrate the AI model with Ozeki AI Server to enable automated responses to incoming SMS messages.

Step 6 - Open Ozeki AI Server

Launch the Ozeki 10 app. If you don't already have it, you can download it here. Then open the Ozeki AI Server (Figure 6).

Step 7 - Create new GGUF AI model

The Ozeki AI Server interface is now visible on the screen. To create a new GGUF model, start by clicking on "AI Models" at the top of the screen. Next, click the blue button labeled "Create a new AI Model". On the right side of the interface, you will see various options, select the "GGUF" menu (Figure 7).

Step 8 - Select model file

After selecting the "GGUF" menu, select the "General" tab, select the "C:\AIModels\Meta-Llama-3.1-8B-Instruct-Q4_K_M.gguf" Model file then click "Ok" (Figure 8).

Step 9 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 9).

Step 10 - Add new user/application

After launching Ozeki SMS Gateway, navigate to the right panel under "Users and Applications" and click on "Add new user/application..." to create a new application (Figure 10).

Step 11 - Install AI chatbot

From the available options, go to the "Chat bots" section and select "AI Chat Bot", then click on "Install" (Figure 11).

Step 12 - Select AI model

In the "General" tab, deselect "Send welcome message" and choose the appropriate model, which in this case is "GGUF_Model_1". Finally, click "Ok" (Figure 12).

Step 13 - Enable chatbot

To establish the connection, flip the switch to green on the left side (Figure 13).

How to configure SMPP client connection for AI SMS (Video tutorial)

In this video, we will guide you through the process of creating, configuring, and connecting an SMPP client for use with AI SMS. You'll learn how to set up the SMPP client connection step-by-step, configure the required settings, and successfully integrate it with the AI SMS system.

Step 14 - Add new connection

To create a new connection, click on "Add new connection..." on the left, in the "Management" tab (Figure 14).

Step 15 - Install SMPP Client

In the "IP SMS connections (SMS)" section, find the "SMPP client" option and click "Install" to continue (Figure 15).

Step 16 - Configure SMPP client

Configure the "SMPP client" by filling in the following inputs in the "General" tab: Host, Port, Username, Password (Figure 16).

Step 17 - Enable logging

In the "Advanced" tab, under "Log level", tick all four options for logging (Figure 17).

Step 18 - SMPP Client connected

To establish the connection, switch the "Connection" toggle to green on the left. Once connected successfully, you can view the logs under the "Events" tab (Figure 18).

Step 19 - Create new incoming route

To set up a new incoming route, click the "Routes" button located at the top of the screen. Then, select "Create new Route" and configure the sender and receiver routes on the right side (Figure 19).

Step 20 - Create new outgoing route

To create a new outgoing route, click on "Create new Route" once more, but this time, switch the sender and receiver settings (Figure 20).

Send test SMS message what is answered by AI chatbot (Video tutorial)

In this video, we will guide you through the process of configuring the system prompt and demonstrate how SMS sending and receiving function in real-time. You'll learn how to set up the system prompt to generate AI-powered responses and observe the complete workflow of sending and receiving SMS messages effectively.

Step 21 - Open AI chatbot

To set up the chatbot, select AI_Bot_1 on the right and click on it (Figure 21).

Step 22 - Configure system prompt

To configure the chatbot, navigate to the "Configure" tab and select the "AI" section. In the "System Prompt" field, enter the desired prompt that will guide the chatbot's responses and check the "Use system prompt" (Figure 22).

Step 23 - Send SMS message

If you've reached this point, it's time to test the system. Send an SMS, and you can monitor the process by logging the message within the SMPP client (Figure 23).

Step 24 - AI generated answer received

Once the SMS is sent, you will receive the chatbot’s response on your phone, and you can also view it recorded in the AI_Bot_1 log (Figure 24).

How to use ChatGPT to answer Whatsapp messages

In this article, we will guide you through the process of setting up ChatGPT to automatically answer WhatsApp messages using the Ozeki SMS Gateway. This integration allows you to create a powerful AI-driven chatbot capable of providing instant, intelligent responses, improving customer service and enhancing communication efficiency.

What is ChatGPT?

ChatGPT is an advanced artificial intelligence language model developed by OpenAI. It uses deep learning techniques to generate human-like text responses based on user input. ChatGPT is widely used for chatbots, customer support systems, content generation, coding assistance, and more. Its ability to understand natural language and provide contextually relevant replies makes it a powerful tool for various applications.

What is WhatsApp?

WhatsApp is a popular instant messaging platform owned by Meta. It allows users to send text messages, voice messages, photos, videos, and files, as well as make voice and video calls over the internet. Available on smartphones, desktops, and web browsers, WhatsApp is widely used for personal and business communication worldwide due to its end-to-end encryption, reliability, and user-friendly interface.

What is Ozeki AI Server?

Ozeki AI Server is a robust software platform designed to integrate artificial intelligence (AI) with various communication systems. It allows businesses to create, deploy, and manage AI-powered applications for tasks such as chatbots, automated messaging, voice calls, and machine learning processes. Ozeki AI Server helps enhance workflow efficiency, customer interactions, and data processing by providing seamless integration between AI models and communication networks.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a software solution that enables businesses to send and receive SMS messages through various communication channels. It supports integration with applications, databases, and APIs, allowing automated messaging, two-way communication, and bulk SMS sending. It is widely used for notifications, alerts, marketing, and customer support.

How to configure ChatGPT AI chatbot in Ozeki SMS Gateway (Quick Steps)

1. Open Ozeki AI Server
2. Create a New ChatGPT AI Model
3. Provide ChatGPT API Key
4. Open SMS Gateway
5. Add a New User/Application
6. Install AI Chatbot
7. Select ChatGPT AI Model
8. Enable the Chatbot

How to configure Whatsapp account connection for AI messaging (Quick Steps)

1. Open SMS Gateway
2. Add New Connection
3. Install WhatsApp Account
4. Configure WhatsApp Credentials
5. Configure Default Template
6. Set Telephone Number
7. Enable WhatsApp Connection
8. Create New Incoming Route
9. Create New Outgoing Route

Send Whatsapp test message what is answered by AI chatbot (Quick Steps)

1. Open AI Chatbot
2. Configure System Prompt
3. Send WhatsApp Message
4. Receive AI Response

How to configure ChatGPT AI chatbot in Ozeki SMS Gateway (Video tutorial)

In this video, we will guide you through the process of creating a ChatGPT AI chatbot in Ozeki AI Server and setting it up to function seamlessly with the Ozeki SMS Gateway. You will learn how to configure the AI model, establish a connection between the chatbot and the SMS system, and ensure that incoming messages are processed and responded to automatically.

Step 1 - Open Ozeki AI Server

Start the Ozeki 10 application. If it is not yet installed, you can download it from the provided link. After launching the application, locate and open the Ozeki AI Server (Figure 1).

Step 2 - Create new ChatGPT AI model

The Ozeki AI Server interface is now displayed on the screen. Click on "AI Models" at the top of the interface. Then, select the blue "Create a New AI Model" button. On the right side, you will find multiple options, choose the "ChatGPT" menu (Figure 2).

Step 3 - Provide ChatGPT API key

After selecting the "ChatGPT" menu, navigate to the "General" tab. In this section, you will find a field labeled "API Key:". Paste your API Key into this input field to establish a connection between the Ozeki AI Server and ChatGPT. Once you have entered the key, click "OK" to save the settings (Figure 3).

Step 4 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 4).

Step 5 - Add new user/appilcation

After opening Ozeki SMS Gateway, on the right side under "Users and applications", create a new application by clicking on "Add new user/application..." (Figure 5).

Step 6 - Install AI chatbot

Among the many options, under "Chat bots" we need "AI Chat Bot", click on "Install" (Figure 6).

Step 7 - Select ChatGPT AI model

Under the "General" tab, uncheck "Send welcome message" and then select the right model in this case "chatGPT_Model_1", then click "Ok" (Figure 7).

Step 8 - Enable Chat bot

To connect, toggle the switch to green on the left (Figure 8).

How to configure Whatsapp account connection for AI messaging (Video tutorial)

In this video, you will learn how to configure a WhatsApp account connection for AI messaging using the Ozeki SMS Gateway. This step-by-step guide will show you how to set up a WhatsApp message connection, allowing you to seamlessly receive and respond to messages using AI technology.

Detailed Whatsapp configuration:
How to setup a WhatsApp message connection
Receive WhatsApp messages in SMS Gateway

Step 9 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 9).

Step 10 - Add new connection

To create a new connection, click on "Add new connection..." on the left, in the "Management" tab (Figure 10).

Step 11 - Install Whatsapp account

Under "Chat connections", select "WhatsApp account" and click on "Install" to install the service (Figure 11).

Step 12 - Configure Whatsapp credentials

Configure WhatsApp connection, under "Credentials", set "WABA-ID" and "Access token", then scroll down for more settings (Figure 12).

Step 13 - Configure defalt template

The "Default template" is responsible for defining the standard message structure and formatting used when responding to incoming WhatsApp messages. By setting Tag 1 to Tag 4, you specify predefined message elements (Figure 13).

Step 14 - Set telephone number

Then scroll down again to the bottom of the page, set the "Telephone number" and click "Ok" (Figure 14).

Step 15 - Whatsapp account connected

After setting up Ceredentials, Default template, Phone number, make sure that "Connection" is enabled (Figure 15).

Step 16 - Create new incoming route

To create a new incoming route, click on the "Routes" button at the top of the screen, then "Create new Route" and set the sender and receiver routes on the right (Figure 16).

Step 17 - Create new outgoing route

To create a new outgoing route, let's create a new route again, only this time swap the sender and the receiver (Figure 17).

Send Whatsapp test message what is answered by AI chatbot (Video tutorial)

In this video, we will demonstrate how to test your AI chatbot’s connection and response handling in the Ozeki SMS Gateway by sending a WhatsApp message and verifying the AI-generated reply. This process ensures that your setup is correctly configured and capable of processing incoming messages efficiently.

Step 18 - Open AI chatbot

To set up the chatbot, select AI_Bot_1 on the right and click on it (Figure 18).

Step 19 - Configure system prompt

To configure the chatbot, navigate to the "Configure" tab and select the "AI" section. In the "System Prompt" field, enter the desired prompt that will guide the chatbot's responses and check the "Use system prompt" (Figure 19).

Step 20 - Send Whatsapp message

If you've done all the steps so far, let's test it. Send a message or ask via WhatsApp. You can see the message you sent in the log (Figure 20).

Step 21 - Generated response received

After you send your message, you can see the reply the chatbot sent you and you can track it in the log (Figure 21).

How to use a local AI model to answer Whatsapp messages

In this article, we will guide you through the process of setting up a local AI model to automatically respond to WhatsApp messages using the Ozeki SMS Gateway. By integrating a local AI model, you can enhance your messaging system with AI-powered chatbots capable of providing intelligent, instant replies without relying on cloud-based solutions. Let’s dive into the step-by-step process!

What is WhatsApp?

WhatsApp is a popular instant messaging platform owned by Meta. It allows users to send text messages, voice messages, photos, videos, and files, as well as make voice and video calls over the internet. Available on smartphones, desktops, and web browsers, WhatsApp is widely used for personal and business communication worldwide due to its end-to-end encryption, reliability, and user-friendly interface.

What is a Local AI Model?

A local AI model is an artificial intelligence model that is installed, stored, and executed directly on a local machine or server, rather than relying on cloud-based systems. It allows users to run AI applications offline, providing full control over data privacy, security, and customization.

What is Ozeki AI Server?

Ozeki AI Server is a powerful software platform that integrates artificial intelligence (AI) with communication systems, enabling businesses to develop and deploy AI-driven applications. It supports various automation tasks like text messaging, voice calls, chatbots, and machine learning processes. By combining AI with communication networks, it enhances customer service, streamlines workflows, and improves user interactions across different industries. Ozeki AI Server provides a comprehensive solution for organizations looking to boost communication efficiency using AI technology.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a versatile software solution designed to enable businesses to send and receive SMS messages via multiple communication channels. It integrates seamlessly with applications, databases, and APIs, offering features like automated messaging, two-way communication, and bulk SMS sending. Commonly used for notifications, alerts, marketing, and customer support, it provides a reliable tool for enhancing communication through SMS technology.

Downloading a GGUF model from Huggingface (Quick Steps)

1. Open Huggingface Website
2. Select GGUF Models
3. Select Model Library
4. Download Model File
5. Save Model File

How to configure local AI chatbot in Ozeki SMS Gateway (Quick Steps)

1. Open Ozeki AI Server
2. Create New GGUF AI Model
3. Select Model File
4. Open SMS Gateway
5. Add New Application
6. Install AI Chatbot
7. Select AI Model
8. Enable Chatbot

How to configure Whatsapp account connection for AI messaging (Quick Steps)

1. Open SMS Gateway
2. Add New Connection
3. Install WhatsApp Account
4. Configure WhatsApp Credentials
5. Set Default Template
6. Set Telephone Number
7. Enable WhatsApp Connection
8. Create New Routes

Send Whatsapp test message what is answered by AI chatbot (Quick Steps)

1. Open AI Chatbot
2. Configure System Prompt
3. Send WhatsApp Message
4. Receive AI Response

Downloading a GGUF model from Huggingface (Video tutorial)

The video below walks you through all the steps in motion, starting with navigating to the website, all the way to moving the LLM file to the right folder. It's a worthwhile use of your time, since it takes a mere 75 seconds to watch, but captures every important step in detail.

Step 1 - Open huggingface.co page

In your browser, enter huggingface.co in the searchbar. You should land on a page similar to (Figure 1).

Step 2 - Select GGUF models

First, click Models near the top edge of the screen. In the left panel, set the filter to Libraries, then select GGUF from the available options, as seen in (Figure 2).

Step 3 - Select model library

Select your preferred LLM model, for the sake of this tutorial, we'll be using the following model: Meta-Llama-3.1-8B-Instruct-hf-Q4_K_M-GGUF (Figure 3).

Step 4 - Download model file

On the page of the model, open the "Files and versions" tab, and look for the file with a .gguf format, highlighted in red in (Figure 4).

Step 5 - Copy GGUF model file to C:\AIModels

Download the .gguf file, and move or paste it to the following folder: C:\AIModels (Figure 5).

How to configure local AI chatbot in Ozeki SMS Gateway (Video tutorial)

In this video tutorial, you will discover how to set up a local AI chatbot in the Ozeki SMS Gateway using the GGUF model you previously downloaded. This detailed, step-by-step guide will walk you through the process of integrating the AI model with Ozeki AI Server, enabling your chatbot to efficiently respond to incoming SMS messages automatically.

Step 6 - Open Ozeki AI Server

Launch the Ozeki 10 app. If you don't already have it, you can download it here. Once opened, open the Ozeki AI Server (Figure 6).

Step 7 - Create new GGUF AI model

The Ozeki AI Server interface is now visible on the screen. To create a new GGUF model, start by clicking on "AI Models" at the top of the screen. Next, click the blue button labeled "Create a new AI Model". On the right side of the interface, you will see various options, select the "GGUF" menu (Figure 7).

Step 8 - Select model file

After selecting the "GGUF" menu, select the "General" tab, select the "C:\AIModels\meta-llama-3.1-8b-instruct-hf-q4_k_m.gguf" Model file then click "Ok" (Figure 8).

Step 9 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 9).

Step 10 - Add newm user/application

After launching Ozeki SMS Gateway, navigate to the right panel under "Users and Applications" and click on "Add new user/application..." to create a new application (Figure 10).

Step 11 - Install AI chatbot

From the available options, go to the "Chat bots" section and select "AI Chat Bot", then click on "Install" (Figure 11).

Step 12 - Select AI model

In the "General" tab, deselect "Send welcome message" and choose the appropriate model, which in this case is "GGUF_Model_1". Finally, click "Ok" (Figure 12).

Step 13 - Enable chatbot

To establish the connection, flip the switch to green on the left side (Figure 13).

How to configure Whatsapp account connection for AI messaging (Video tutorial)

In this video, you will learn how to set up a WhatsApp account connection for AI messaging with the Ozeki SMS Gateway. This comprehensive, step-by-step tutorial will guide you through the process of configuring a WhatsApp message connection, enabling you to effortlessly receive and respond to messages using powerful AI technology.

Detailed Whatsapp configuration:
How to setup a WhatsApp message connection
Receive WhatsApp messages in SMS Gateway

Step 14 - Open SMS Gateway

Launch Ozeki SMS Gateway in Ozeki 10 (Figure 14).

Step 15 - Add new connection

To create a new connection, click on "Add new connection..." on the left, in the "Management" tab (Figure 15).

Step 16 - Install Whatsapp account

Under "Chat connections", select "WhatsApp account" and click on "Install" to install the service (Figure 16).

Step 17 - Configure Whatsapp credentials

Configure WhatsApp connection, under "Credentials", set "WABA-ID" and "Access token", then scroll down for more settings (Figure 17).

Step 18 - Configure defalt template

The "Default template" is responsible for defining the standard message structure and formatting used when responding to incoming WhatsApp messages. By setting Tag 1 to Tag 4, you specify predefined message elements (Figure 18).

Step 19 - Set telephone number

Then scroll down again to the bottom of the page, set the "Telephone number" and click "Ok" (Figure 19).

Step 20 - Whatsapp account connected

After setting up Ceredentials, Default template, Phone number, make sure that "Connection" is enabled (Figure 20).

Step 21 - Create new incoming route

To create a new incoming route, click on the "Routes" button at the top of the screen, then "Create new Route" and set the sender and receiver routes on the right (Figure 21).

Step 22 - Create new outgoing route

To create a new outgoing route, let's create a new route again, only this time swap the sender and the receiver (Figure 18).

Send Whatsapp test message what is answered by AI chatbot (Video tutorial)

In this video, we will show you how to test your AI chatbot’s connection and response functionality in the Ozeki SMS Gateway by sending a WhatsApp message and confirming the AI-generated response. This demonstration will help you verify that your setup is properly configured and effectively handling incoming messages.

Step 23 - Open AI chatbot

To set up the chatbot, select AI_Bot_1 on the right and click on it (Figure 23).

Step 24 - Configure system prompt

To configure the chatbot, navigate to the "Configure" tab and select the "AI" section. In the "System Prompt" field, enter the desired prompt that will guide the chatbot's responses and check the "Use system prompt" (Figure 24).

Step 25 - Send Whatsapp message

If you have completed all the previous steps successfully, it's time to put your setup to the test. To do this, send a message or ask a question via WhatsApp to the phone number configured in the Ozeki SMS Gateway. Once the message is sent, you can check the system logs to verify that your message has been properly received and recorded (Figure 25).

Step 26 - Generated response received

Once you have sent your message, you will receive a response from the AI chatbot, which you can view directly on your WhatsApp account. Additionally, you can monitor and track the chatbot's reply in the system logs to confirm that the communication process is working correctly (Figure 26).

SMS message types

How to send Indication SMS

In this guide, you will learn how to send an Indication SMS using the Ozeki SMS Gateway. Indication SMS messages are a special type of text message that notify recipients about specific events, such as a new email, voicemail, or multimedia message. These messages trigger the mobile device to display a prompt or icon rather than a traditional text message. This tutorial walks you through selecting the correct message type, configuring the required settings, and sending the message. Indication SMS is particularly useful for service providers and businesses that want to alert users in a system-integrated, non-intrusive way.

What is Indication SMS?

An Indication SMS is a special type of message used to notify the recipient about specific events such as a new email, voicemail, or MMS. Instead of displaying as a regular text message, it triggers a notification icon or alert on the recipient’s phone. This type of SMS does not show message content directly but instructs the phone to display a system-level prompt.

When is it best to send a Indication SMS?

An Indication SMS is best used when you want to discreetly notify a user about a specific event without displaying a full text message. It is particularly effective for alerts such as new voicemail, email, or multimedia messages, where the goal is to trigger a system-level notification or icon on the recipient’s phone. This makes it ideal for mobile service providers, automated systems, or business applications that need to inform users about updates in a non-intrusive, integrated way.

How to send a Indication SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as Admin user
2. Select message type
3. Configure message settings
4. Enter recipient and send

How to send a Indication SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to compose and send an Indication SMS using Ozeki SMS Gateway. The tutorial demonstrates how to log in as the Admin user, select the "Indication" message type, and configure settings such as indication type (e.g., voicemail, email, MMS), subject, and storage instructions. You’ll also see how the recipient’s mobile device reacts by displaying an icon or prompt instead of a standard SMS message. This feature is ideal for sending discreet system alerts or service notifications. By the end of the video, you’ll be able to send fully functional Indication SMS messages tailored to your specific use case.

Step 1 - Select Admin user

Go to the Ozeki SMS Gateway dashboard and log in using the Admin user account. This user has full permissions to create and send special message types, including Indication SMS (Figure 1).

Step 2 - View message types

Inside the Admin user interface, locate and click on the "View message type" option. This allows you to switch between standard SMS and advanced message formats like Indication SMS (Figure 2).

Step 3 - Select indication message type

From the list of message types, choose "Indication". This selection enables input fields specific to indication messages, such as message subject and indication type (Figure 3).

Step 4 - Configure SMS Settings

Fill in the required fields: Indication type, Message count, Message text. Then select, for example, Email Indication on the right side (Figure 4).

Step 5 - Send indication SMS

Enter the recipient’s phone number and click the "Ok" button to transmit the Indication SMS (Figure 5).

Step 6 - Indication SMS sent

After sending, the system will confirm successful delivery. On the recipient’s device, a prompt or icon will appear depending on the chosen indication type (Figure 6).

Conclusion

How to send Bookmark SMS

In this guide, you will learn how to send a Bookmark SMS using the Ozeki SMS Gateway. A Bookmark SMS is a special type of message that contains a hyperlink. When the recipient opens it, the mobile device offers to save the link as a bookmark in the browser. This is a powerful tool for directing users to websites, promotions, or online content without requiring them to manually enter URLs. This step-by-step tutorial will show you how to choose the correct message type, configure the URL and title, and send the Bookmark SMS to your recipients.

What is Bookmark SMS?

A Bookmark SMS is a special type of SMS message that contains a hyperlink along with a title. When a user receives this SMS, their mobile device can interpret it as a browser bookmark, offering to save the link directly to their browser bookmarks. It’s a convenient and user-friendly way to promote websites, product pages, or online resources without requiring the recipient to type or copy-paste URLs.

When is it best to send a Bookmark SMS?

A Bookmark SMS is best used when you want to provide recipients with quick and convenient access to a specific website. It's particularly effective in marketing campaigns, where you want users to save a promotional link, product page, or event registration site directly in their browser. This message type is ideal when you want to ensure the link can be revisited later, without requiring the user to manually enter the URL. It's commonly used for sharing exclusive offers, mobile landing pages, online tools, or time-sensitive content.

How to send a Bookmark SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as Admin
2. Access message type options
3. Choose 'Bookmark' as message type
4. Enter bookmark info
5. Send the SMS

How to send a Bookmark SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you’ll learn how to send a Bookmark SMS through the Ozeki SMS Gateway. The tutorial demonstrates how to log in as the Admin user, select the "Bookmark" message type, and fill in the required fields such as the bookmark title and URL. After completing the setup, you’ll send the message and see how the recipient’s device handles the bookmark - offering to save the provided link directly to their browser bookmarks. This feature is especially useful for marketing campaigns, event invitations, and driving traffic to mobile-friendly websites. By the end of the video, you’ll be ready to send effective and interactive Bookmark SMS messages.

Step 1 - Select Admin user

Go to the Ozeki SMS Gateway dashboard and log in with the Admin user. This user has permission to compose and send special message types, such as Bookmark SMS (Figure 1).

Step 2 - View message type

Once inside the Admin interface, click on the "View message types" option to display the available message format options (Figure 2).

Step 3 - Select Bookmark type

From the list of message types, choose "Web Bookmark". This will bring up input fields designed specifically for bookmark-related SMS content, such as title and URL (Figure 3).

Step 4 - Set message settings

Enter the Bookmark title (the name the user will see) and the URL you want the recipient to save. Make sure the link is valid and mobile-friendly (Figure 4).

Step 5 - Send message

Type in the recipient's phone number, review the settings, and click "OK" to transmit the Bookmark SMS (Figure 5).

Step 6 - Message sent

After sending, a confirmation message will appear. On the recipient's device, a browser bookmark prompt will display, allowing them to save the link directly (Figure 6).

Conclusion

How to send SyncML SMS

In this guide, you will learn how to send a SyncML SMS using the Ozeki SMS Gateway. A SyncML SMS is a special type of message used to configure mobile device settings remotely, such as email, synchronization, or server connection profiles. This type of SMS is commonly used by service providers and IT administrators to automate mobile device configuration, saving time and reducing user error. The tutorial walks you through selecting the SyncML message type, setting up the configuration parameters, and sending the message directly to the user’s device.

What is SyncML SMS?

A SyncML SMS is a special configuration message used to remotely set up a mobile device’s sync settings. It can configure features such as email, contacts, calendar sync, or server access parameters. The message follows the SyncML (Synchronization Markup Language) protocol and allows IT teams or service providers to push ready-to-use settings directly to mobile phones without user intervention.

When is it best to send a SyncML SMS?

It is best to send a SyncML SMS when you need to remotely configure mobile devices with settings such as email, synchronization, or server connection profiles. This is especially useful during device onboarding, after SIM card changes, during system migrations, or when rolling out configuration updates across multiple devices. Service providers and IT administrators often use SyncML SMS to automate setup, reduce manual errors, and streamline the user experience by enabling devices to apply settings with a single confirmation.

How to send a SyncML SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as the Admin user in Ozeki SMS Gateway
2. Click "View message types" to access advanced message options
3. Select "SyncML" from the list of message types
4. Fill in the configuration parameters
5. Enter the recipient’s phone number
6. Click "OK" to send the message

How to send a SyncML SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you’ll see how to compose and send a SyncML SMS using Ozeki SMS Gateway. The tutorial starts by logging in as the Admin user, then proceeds to the message type selection menu where you’ll choose "SyncML." After that, you’ll enter the necessary settings such as server address, authentication credentials, and sync parameters. Once the message is sent, the recipient’s phone will receive a system configuration request they can apply with one click. This method is perfect for managing device settings remotely in a secure and standardized way.

Step 1 - Select Admin user

Log in to the Ozeki SMS Gateway and select the Admin user from the dashboard. This user role has full access to message type options, including advanced types like SyncML (Figure 1).

Step 2 - View message type

Inside the Admin interface, click on the "View message types" button. This allows you to change the type of SMS you want to compose (Figure 2).

Step 3 - Select SyncML type

From the message type list, choose "SyncML". This will activate the input fields specific to mobile synchronization and remote configuration messages (Figure 3).

Step 4 - Set message settings

Enter the SyncML-specific parameters. These settings will be used by the mobile device to configure its sync profile (Figure 4).

Step 5 - Send message

Type in the recipient’s phone number, review all the configuration details you’ve entered, and click "OK" to send the SyncML SMS (Figure 5).

Step 6 - Message sent

Once sent, a confirmation message will appear in the interface. The recipient's device will prompt them to apply the new configuration sent via SyncML (Figure 6).

Conclusion

How to send OMA OTA settings SMS

This guide shows you how to send an OMA OTA (Over-the-Air) settings SMS using the Ozeki SMS Gateway. These special messages configure mobile devices remotely with settings like APN, internet, or MMS. They’re ideal for mobile operators and IT teams looking to simplify setup without manual input.

What is OMA OTA settings SMS?

An OMA OTA (Over-the-Air) settings SMS is a special type of message used to remotely configure a mobile device with network settings like APN, internet, or MMS parameters. It follows the Open Mobile Alliance (OMA) standards and allows phones to automatically apply configuration data without manual setup by the user.

When is it best to send a OMA OTA settings SMS?

It’s best to send an OMA OTA settings SMS when a mobile device requires quick and error-free configuration. This is particularly useful after inserting a new SIM card, when a user switches to a new network, during customer onboarding, or when providing APN and MMS settings without involving customer support. It’s also ideal for mass device provisioning in enterprise environments. By sending OMA OTA messages, service providers can streamline device setup, reduce support requests, and enhance the overall user experience.

How to send a OMA OTA settings SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as the Admin user in the Ozeki SMS Gateway
2. Click "View message types" to access special message formats
3. Select "OMA OTA" as the message type
4. Fill in settings such as APN, proxy, and other configuration values
5. Enter the recipient's phone number and press OK to send

How to send a OMA OTA settings SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you'll learn how to send an OMA OTA SMS with Ozeki SMS Gateway. After logging in as Admin, you’ll select the "OMA OTA" message type, fill in settings (like APN and proxy), and send the SMS. The phone will prompt the user to apply the settings. Perfect for fast, remote device configuration.

Step 1 - Select Admin user

Log in to the Ozeki SMS Gateway and choose the Admin user from the dashboard. Only the Admin has access to special message types like OMA OTA (Figure 1).

Step 2 - View message type

Inside the Admin interface, click "View message types" to open the list of advanced SMS formats you can send (Figure 2).

Step 3 - Select OMA OTA type

From the message type list, select "OMA OTA". This will bring up fields specifically for over-the-air device configuration settings (Figure 3).

Step 4 - Set message settings

Enter the configuration details, such as APN, proxy address. These settings will be applied on the recipient's mobile device (Figure 4).

Step 5 - Send message

Type in the recipient’s phone number and click "OK" to send the OTA SMS. Make sure all configuration fields are filled correctly (Figure 5).

Step 6 - Message sent

A confirmation will appear once the SMS is sent. The recipient’s device will display a prompt to apply the received internet/MMS settings (Figure 6).

Conclusion

How to send Business Card SMS

In this guide, you will learn how to send a Business Card SMS using the Ozeki SMS Gateway. A Business Card SMS is a special type of message that contains contact information formatted as a digital vCard. When recipients receive it, they can save your name, phone number, company, email address, and other details directly into their phone’s address book. This is a highly professional way to share contact details with clients, partners, or leads-especially useful for sales, networking, and support purposes.

What is Business Card SMS?

A Business Card SMS is a special type of SMS message that contains contact details formatted as a vCard (virtual contact file). When received, the message allows the recipient to save the sender's contact information-such as name, phone number, company name, email address, and website-directly to their phone’s contact list. This format provides a convenient and professional way to exchange business details over SMS.

When is it best to send a Business Card SMS?

It’s best to send a Business Card SMS when you want to share your contact details in a professional and efficient way. Ideal situations include after business meetings or sales calls, as a follow-up to client inquiries, during networking events or conferences, when offering support or service contact points, or as part of a promotional or introduction campaign. This ensures your information is delivered in a clear format and can be instantly saved by the recipient, making it perfect for professional communication and outreach.

How to send a Business Card SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as Admin user in the Ozeki SMS Gateway
2. Click View message types in the interface
3. Select the Business Card message type
4. Fill in the required fields
5. Enter the recipient’s phone number
6. Click OK to send the message

How to send a Business Card SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to compose and send a Business Card SMS with Ozeki SMS Gateway. The tutorial walks you through logging in as the Admin user, switching the message type to "Business Card," and filling out the necessary fields such as name, phone number, company, and email. After setting up the card, you’ll send it to the recipient, who can then easily save your details to their contact list. This method is perfect for professionals who want to make a strong, convenient impression through mobile messaging.

Step 1 - Open Admin user

Log in to the Ozeki SMS Gateway and select the Admin user from the dashboard. This user has the necessary permissions to send Business Card SMS messages (Figure 1).

Step 2 - View message type

In the Admin user interface, click on the "View message types" option to display all available SMS message formats (Figure 2).

Step 3 - Select business card type

From the list of message types, select "Business Card". This will load the appropriate fields for entering contact information such as name, phone number, and company details (Figure 3).

Step 4 - Set message settings

Fill out the Business Card fields: Address, Name, Website URL, Mobile, and any other relevant contact info you want to include in the vCard (Figure 4).

Step 5 - Send message

Enter the recipient’s phone number in the address field, review the information, and click "OK" to send the Business Card SMS (Figure 5).

Step 6 - Message sent

After sending, a confirmation will appear. On the recipient’s phone, the message will arrive as a digital business card that can be easily saved to their contacts (Figure 6).

Conclusion

How to send Data SMS

In this guide, you will learn how to send a Data SMS using the Ozeki SMS Gateway. A Data SMS is a special type of text message used to transmit binary data between devices or applications. Unlike standard SMS messages, which are primarily text-based, Data SMS can deliver information such as commands, sensor values, or encoded content directly to a specific application port on the recipient device. This is useful for IoT systems, remote monitoring, or device configuration over mobile networks. The tutorial walks you through selecting the Data SMS message type, setting up the correct values, and sending it successfully.

What is Data SMS?

A Data SMS is a special type of text message that transmits binary or hexadecimal data directly to a specific port on a mobile device or application. Unlike normal SMS messages that display text, Data SMS is often used for machine-to-machine (M2M) communication. It can carry encoded instructions, system commands, sensor readings, or configuration data. This format is ideal for technical use cases such as IoT devices, embedded systems, or remote software operations.

When is it best to send a Data SMS?

It is best to send a Data SMS when you need to deliver machine-readable data to a mobile device or software system. This is especially useful for sending commands to IoT devices, transferring sensor data from remote locations, triggering automated actions on mobile applications, configuring devices remotely using binary instructions, and enabling secure, structured communication between machines. Data SMS is ideal for enterprise environments, industrial systems, and remote monitoring solutions where silent, background communication is required without user interaction.

How to send a Data SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as Admin
2. View message types
3. Select "Data SMS" message type
4. Enter port and data content
5. Add recipient phone number
6. Click "OK" to send

How to send a Data SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you’ll see how to send a Data SMS using Ozeki SMS Gateway. The tutorial begins with logging into the system as the Admin user, followed by selecting the "Data" message type. You'll enter the destination port and hexadecimal or binary content required for the receiving device or application. Once sent, the recipient device processes the data payload automatically based on its configuration. This method is ideal for technical messaging use cases like embedded systems, IoT, and remote command execution. By the end of the video, you'll be equipped to send Data SMS messages efficiently and reliably.

Step 1 - Select Admin user

Log in to Ozeki SMS Gateway and choose the Admin user account from the dashboard. This user level has full access to advanced message types like Data SMS (Figure 1).

Step 2 - View message type

Inside the Admin interface, click the "View message types" option to access special message formats beyond standard SMS (Figure 2).

Step 3 - Select Data type

From the list, select "Data SMS" as the message type. This enables fields for binary payload input and target port number (Figure 3).

Step 4 - Set message settings

Enter the required port number and data content in hexadecimal format. This data will be interpreted by the recipient device or application (Figure 4).

Step 5 - Send message

Type the recipient’s phone number and click "OK" to send the Data SMS. Confirm that all inputs are correctly formatted (Figure 5).

Step 6 - Message sent

Once sent, a confirmation will appear. The Data SMS is now delivered to the recipient’s device, ready for processing by its assigned port (Figure 6).

Conclusion

How to send Browser settings SMS

In this guide, you will learn how to send a Browser settings SMS using the Ozeki SMS Gateway. A Browser settings SMS is a special type of message used to configure a mobile phone’s internet or WAP browser automatically. It contains network parameters such as the homepage URL, proxy address, and port number. This type of SMS is especially useful for mobile operators and service providers who want to help users quickly set up their devices without manual configuration. The tutorial will guide you through selecting the message type, entering the necessary details, and sending the configuration SMS to your recipients.

What is Browser settings SMS?

A Browser settings SMS is a special type of configuration message sent via SMS that automatically sets up a mobile device’s internet or WAP browser. It contains technical parameters such as the homepage URL, proxy address, port number, and bearer type (e.g., GPRS or Wi-Fi). When the recipient receives the message, the device prompts them to apply the settings, simplifying browser configuration without manual input.

When is it best to send a Browser settings SMS?

It is best to send a Browser settings SMS when a mobile user needs quick and automatic configuration of internet access on their phone. This is particularly useful when a customer inserts a new SIM card, after a network change or upgrade, during mobile phone setup or troubleshooting, as part of customer onboarding by mobile service providers, or to ensure correct access to company or operator-branded portals. Sending this type of SMS eliminates the need for users to enter settings manually and reduces support requests.

How to send a Browser settings SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in to Ozeki SMS Gateway as the Admin user
2. Click on "View message types" to access the message format options
3. Select the "Browser Settings" message type
4. Fill in required fields
5. Enter the recipient’s phone number
6. Click "OK" to send the message

How to send a Browser settings SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will see how to compose and send a Browser settings SMS using the Ozeki SMS Gateway. The tutorial starts by logging into the system as the Admin user and selecting the "Browser Settings" message type. You will then fill in fields such as the homepage URL, proxy, port, and bearer. After completing the configuration, the message is sent to the mobile device, which will prompt the recipient to accept and apply the new browser settings. This feature is ideal for streamlining mobile internet setup for customers. By the end of the video, you’ll know how to deliver automated browser configuration to any phone that supports it.

Step 1 - Open admin user

Log in to the Ozeki SMS Gateway and select the Admin user from the dashboard. This user has full privileges to send special message types like browser settings SMS (Figure 1).

Step 2 - View message types

In the Admin interface, click on "View message types" to access the list of available SMS formats. This is where you can switch from standard SMS to more advanced types (Figure 2).

Step 3 - Select Browser settings type

From the list of message types, choose "Browser Settings". This will open a form designed for entering mobile internet configuration data (Figure 3).

Step 4 - Set SMS settings

Fill in the required configuration fields as shown in the image (Figure 4).

Step 5 - Send message

Review the filled settings, and click "OK" to send the configuration SMS (Figure 5).

Step 6 - Message sent

Once the message is sent, you will see a confirmation. On the recipient’s phone, a prompt will appear asking to accept and apply the new browser settings (Figure 6).

Conclusion

How to send Calendar SMS

In this guide, you will learn how to send a Calendar SMS using the Ozeki SMS Gateway. Calendar SMS messages are special message types that contain event invitations, allowing recipients to save scheduled appointments directly to their mobile calendar. This feature is especially useful for sending meeting reminders, appointment confirmations, or event invitations. The tutorial walks you through selecting the correct message type, configuring the calendar event details, and sending the SMS to your recipients.

What is Calendar SMS?

A Calendar SMS is a special type of text message that includes event details formatted as a calendar invitation. When a recipient receives a Calendar SMS, they can tap the message to save the event directly into their phone's calendar application. It contains information such as the date, time and description, making it a practical way to send appointments, meeting invites, or reminders.

When is it best to send a Calendar SMS?

Calendar SMS messages are best used when you want recipients to remember and attend scheduled events. Ideal scenarios include:

• Sending meeting invitations to staff or clients
• Appointment reminders for healthcare, beauty salons, or services
• Webinar or online class notifications
• Event announcements such as conferences or training sessions

How to send Calendar SMS (Quick Steps)

1. Open Admin user
2. Select message type
3. Enter event details
4. Send the SMS
5. Confirm delivery

How to send a Calendar SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to compose and send a Calendar SMS using Ozeki SMS Gateway. The tutorial shows how to access the Admin user interface, switch the message type to "Calendar", and enter event-specific information like title, location, start time, and description. By the end of the video, you'll be able to send calendar-enabled SMS messages that your recipients can add directly to their phone’s calendar, making it ideal for reminders, meetings, and appointment scheduling.

Step 1 - Open Admin user

Go to the Ozeki SMS Gateway dashboard and open the Admin user interface. This user profile has the necessary permissions to send and manage message types, including calendar messages (Figure 1).

Step 2 - Select "View message type" option

In the Admin user's interface, click on the "View message type" menu. This allows you to choose what type of SMS message you want to send (Figure 2).

Step 3 - Select Calendar type

From the message type list, select "Calendar". This changes the message editor to include calendar-specific fields such as title, location, and time (Figure 3).

Step 4 - Configure SMS settings

Fill in the required calendar details, such as description, start time, end time. These details will be embedded in the SMS so that recipients can save the event directly to their mobile calendar (Figure 4).

Step 5 - Send calendar SMS

Enter the recipient’s phone number and click the Ok button. The message will be formatted as a calendar event and sent via SMS (Figure 5).

Step 6 - Calendar SMS sent

After sending, you will receive a confirmation that the calendar SMS was successfully delivered. The recipient will see the event in their calendar app, ready to save (Figure 6).

Conclusion

Sending Calendar SMS messages through the Ozeki SMS Gateway offers a highly effective and efficient method for ensuring your recipients receive and remember important scheduled events. This guide has demonstrated that by leveraging the specific "Calendar" message type, you can easily embed event details such as title, location, start time, and description directly into an SMS.

This practical feature streamlines the process of sending out meeting invitations, appointment reminders, webinar notifications, and event announcements, allowing recipients to instantly add these details to their mobile calendars. The clear, step-by-step process outlined in this guide, from opening the Admin user interface to confirming delivery, makes it straightforward for anyone to utilize this powerful communication tool and improve event attendance and organization.

Learn about other SMS message formats and make your communication with your customers and employees more efficient.

How to send Barcode SMS

In this guide, you will learn how to send a Barcode SMS using the Ozeki SMS Gateway. A Barcode SMS is a special type of message that includes a scannable barcode (such as a QR code or 1D barcode) sent via text. When the recipient opens the message, their mobile device displays the barcode, which can be scanned at retail points, events, or access gates. This type of SMS is ideal for delivering tickets, vouchers, loyalty codes, or access credentials directly to a mobile phone. The tutorial will guide you through selecting the barcode message type, configuring its content, and sending it to your recipients.

What is Barcode SMS?

A Barcode SMS is a special type of text message that includes a scannable barcode, such as a QR code or a 1D barcode (like EAN13). When the recipient opens the message, their mobile phone displays the barcode, which can be scanned at check-ins, shops, events, or any point-of-sale systems. It’s a modern way to deliver tickets, coupons, loyalty cards, or entry credentials directly via SMS, offering a convenient and paperless solution for businesses and customers alike.

When is it best to send a barcode SMS?

It is best to send a Barcode SMS when you want to deliver scannable codes directly to mobile phones for easy access, verification, or redemption. This is especially useful for sending event tickets, discount coupons, loyalty cards, boarding passes, or access credentials. Barcode SMS is ideal in situations where contactless interaction is preferred-such as check-ins, retail promotions, or queue management-because the recipient can simply show the barcode on their phone for scanning. It improves efficiency, reduces the need for printed materials, and ensures a smooth user experience in both commercial and service environments.

How to send a Barcode SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in as Admin user in Ozeki SMS Gateway
2. Click on "View message types" to access all SMS formats
3. Select "Barcode" from the message type options
4. Enter the barcode content
5. Type in the recipient’s phone number
6. Click OK to send the Barcode SMS
7. The recipient receives a scannable barcode directly on their phone

How to send a Barcode SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to send a Barcode SMS with Ozeki SMS Gateway. The tutorial walks you through accessing the Admin user interface, selecting the "Barcode" message type, and entering the barcode content and format. Once configured, the SMS is sent to the recipient, and their device displays the barcode for easy scanning. This method is especially useful for ticketing, promotions, or any system that benefits from quick barcode-based identification. By the end of the video, you’ll be able to send fully functional Barcode SMS messages to enhance customer experience and streamline digital access.

Step 1 - Open Admin user

Log in to the Ozeki SMS Gateway and select the Admin user from the dashboard. This user has permission to create and send advanced message types, such as Barcode SMS (Figure 1).

Step 2 - View message types

Inside the Admin interface, click on the "View message types" option. This will display the available SMS formats, including the special types like Barcode (Figure 2).

Step 3 - Select Barcode type

From the list of message types, choose "Barcode". This activates fields specifically for barcode data, such as the content and barcode format (Figure 3).

Step 4 - Set SMS settings

Enter the EAN13 code and enter the message you want to send, this is optional (Figure 4).

Step 5 - Send message

Fill in the recipient’s phone number, double-check all fields, and click the "OK" button to send the Barcode SMS (Figure 5).

Step 6 - Message sent

After sending, a confirmation will appear in the interface. The recipient will receive an SMS with the barcode, which they can display and scan using any compatible reader (Figure 6).

Conclusion

How to send Binary SMS

In this guide, you will learn how to send a Binary SMS using the Ozeki SMS Gateway. Binary SMS messages are used to send raw data in hexadecimal format directly to mobile devices. This type of SMS is often used for technical tasks like device configuration, firmware updates, or delivering encoded information. It allows for silent, non-visible communication between systems, making it ideal for developers and system integrators. This tutorial will guide you through selecting the message type, entering the binary payload, and sending the message.

What is Binary SMS?

A Binary SMS is a type of message that delivers raw hexadecimal data to a mobile device. Unlike text messages, it sends binary content that is processed by applications, firmware, or system services. It’s commonly used for remote commands, firmware delivery, or application-level communication.

When is it best to send a binary SMS?

Binary SMS is best used when delivering low-level instructions or data between systems. This includes sending commands to IoT devices, triggering specific app behavior, updating configurations, or transferring data in non-human-readable formats. It's ideal for automation, system integration, and technical operations where direct device communication is needed without displaying content to the user.

How to send a Binary SMS in Ozeki SMS Gateway (Quick Steps)

1. Log in to the Ozeki SMS Gateway as Admin
2. Click "View message types"
3. Select the "Binary" message type
4. Enter binary content in hexadecimal format
5. Add recipient phone number
6. Click "OK" to send the message

How to send a Binary SMS in Ozeki SMS Gateway (Video tutorial)

In this video, you will learn how to send a Binary SMS using the Ozeki SMS Gateway. The tutorial shows you how to log in as the Admin user, switch to the "Binary" message type, and enter the destination number and the binary content in hexadecimal format. Once sent, the message is processed as a raw binary payload by the recipient device or software. This is particularly useful for developers working with embedded systems, IoT, or remote configuration. By the end of the video, you’ll know how to send binary messages accurately and efficiently.

Step 1 - Select Admin user

Log in to the Ozeki SMS Gateway and choose the Admin user to access advanced messaging features, including Binary SMS (Figure 1).

Step 2 - View message type

Click on "View message types" in the Admin interface to switch from standard to special message formats (Figure 2).

Step 3 - Select Binary type

From the message types list, choose "Binary XML SMS". This opens input fields for binary SMS settings (Figure 3).

Step 4 - Set message settings

Enter the binary content in hexadecimal format. This data will be interpreted by the recipient device (Figure 4).

Step 5 - Send message

Enter the recipient’s phone number and click "OK" to send the binary message (Figure 5).

Step 6 - Message sent

Once sent, a confirmation will appear, and the message is delivered to the device (Figure 6).

Conclusion

How to send Text SMS

What is Text SMS

When is it best to send a Text SMS

How to send a Text SMS in Ozeki SMS Gateway

Conclusion

How to send Voice message SMS

What is Voice message SMS

When is it best to send a Voice message SMS

How to send a Voice message SMS in Ozeki SMS Gateway

Conclusion

SMS URL

If you're looking to send SMS URL through the Ozeki SMS Gateway, this guide will walk you through the process step-by-step. Ozeki SMS Gateway is a high-performance, reliable software solution designed to streamline your SMS campaigns. Whether you're new to Ozeki or already familiar with the platform, this guide will show you how to quickly set up your account, create a URL SMS, and track message delivery.

What is an SMS URL?

An SMS URL is a type of SMS message that contains a clickable link (a URL) within the text. When the recipient receives the SMS, they can click on the URL to be directed to a specific website, landing page, or any other online resource. This method is commonly used in marketing, notifications, and customer service to direct users to promotions, account information, or specific actions like confirming appointments or making purchases.

How to create an URL SMS (Quick steps)

To create an URL SMS

1. Access you Ozeki SMS Gateway account
2. Open the SMS Messenger application
3. Start creating an URL SMS
4. Enter the recipient's mobile number
5. Input your SMS text in the designated field
6. Send the SMS
7. Track SMS delivery
8. Read the message on the recipient's phone

How to create an URL SMS (Video guide)

In this following video tutorial we will show you on how to create an Ozeki SMS Gateway account using the Gateway. The tutorial starts with a demonstration of the test SMS sending process, followed by a look at what should appear on the recipient's mobile screen. By following the steps you can learn the process in a few seconds. Once you have completed the account setup, you'll be ready to send URL messages effectively through the Ozeki SMS Gateway.

Begin the process, by login your Ozeki SMS Gateway. If you do not have an account yet, create one, by downloading the Ozeki SMS Gateway from the https://ozeki-sms-gateway.com/ website. Install the Ozeki application, then start running. When your account is set up, open the SMS Messenger application within the Ozeki SMS Gateway.

To create an URL SMS, start by entering the recipient's mobile number into the appropriate field. Enter the SMS URL into the designated field, and when you are ready, click on the send button to initiate the message delivery process. Make sure your message is clear and concise, as it will be delivered directly to the recipient's mobile phone.

By entering into the "Sent" folder that includes the recipient's phone number, the full content of the message, the date and time the message was sent, as well as the delivery status. The delivery progress results provide insight into whether the message was successfully delivered, is pending, or encountered any issues during transmission.

When the recipient receives the SMS message on their phone, the text of the message will typically appear as a notification on their screen at the time of delivery. Depending on their phone settings, they might also hear an alert or see a pop-up indicating that a new message has arrived. Once the message appears, they can open it, read it, then send a reply to your SMS message.

Conclusion

By following this guide, you have successfully learned how to send SMS URL messages using the Ozeki SMS Gateway. With the ability to track delivery progress and receive feedback from recipients, you now have the tools to optimize your SMS communication strategy. The seamless integration of HLR lookups will ensure your messages reach their intended audience efficiently, enhancing the reliability of your SMS campaigns.

FAQs

What should I do if the recipient doesn’t receive the SMS?

If the recipient does not receive the SMS, first check the delivery status in the "Sent" folder for any errors or issues. Ensure that the recipient's mobile number is correct and that there are no network problems.

What is the purpose of an SMS URL?

An SMS URL allows you to include a clickable link in your SMS messages, directing recipients to a specific website or online resource.

Is there a character limit for URLs in SMS messages?

While there isn't a strict character limit specifically for URLs in SMS messages, it's important to consider the overall SMS character limit. Standard SMS messages have a character limit of 160 characters, including spaces and punctuation.

How do I shorten a long URL for use in an SMS message?

To shorten a long URL, use a URL shortening service. These services generate a shorter link that redirects to your original URL, making it more suitable for SMS.

Can I include multiple URLs in a single SMS message?

While technically possible, including multiple URLs in a single SMS message can quickly consume your character limit and may make the message appear cluttered. It's generally best to include a single, concise URL for clarity and effectiveness.

How to send MMS

What is MMS

When is it best to send a MMS

How to send a MMS in Ozeki SMS Gateway

Conclusion

Silent SMS technology

What is silent SMS

Silent SMS messages are specially encoded text messages that can do through the network and can trigger status and delivery reports, but are not displayed on the recipient's mobile phones.

Common requirements for silent SMS messages

The common requirement for silent SMS users is to send a special MO SMS with attributes configured to avoid detection on the recipient handset. The following attributes should be honoured on both Android and Apple iPhone mobile phones:

• The SMS is not displayed on the screen of the mobile device
• No notification sound is played on the mobile device
• The SMS is not stored on the mobile device
• The SMS is not stored on the SIM card
• No notification icon is displayed on the lock screen
• No notification popup is displayed if the device is unlocked
• No notification icon is displayed on the top bar
• Not forwarded to Apple watch / smartwatches
• The mobile device disposes of the SMS immediately
• An SMS delivery report is returned to the SMS gateway

Ozeki SMS Gateway can send silent SMS messages with the above attributes.

How can silent SMS be delivered to the mobile network

Silent SMS messages can be delivered by the Ozeki SMS gateway to the mobile network through various connections. Silent text messages can be sent to the mobile network through wireless links or through Internet-based SMS connections or through direct SMS connections to the Short Messages Service Centre (SMSC) of a mobile network.

Wireless (so called mobile) connections send the silent SMS messages the same way as standard SMS messages are sent. In this case, the silent SMS is sent through a standard mobile terminal equipment (standard mobile phones with a SIM card). These messages are sent as MO (mobile originated) SMS messages. For example, silent SMS messages can be sent using an Android Mobile phone if it is connected to Ozeki SMS Gateway over a Wifi link.

Silent SMS messages can also be sent through GSM modems or GSM modem pools. A GSM modem is a standard mobile phone without a screen. A GSM modem pool contains multiple GSM modems. GSM modems and GSM modem pools are connected to a Windows PC where Ozeki SMS Gateway is installed. The modem (or modem pool) is connected to the PC using a USB data cable. Every GSM modem needs a SIM card. A modem pool needs multiple SIM cards: one for each modem in the pool. Any SIM card provided by any mobile network operator can be used to send silent SMS messages, as long as it has sufficient money (balance) to send SMS messages.

It is also possible to use Ozeki's hardware SMS gateway to send silent SMS. Ozeki's hardware SMS gateway is a professional, industrial PC with a built-in SMS modem. It is fast and efficient and can deliver silent SMS messages over 4G LTE and 5G connections to the mobile network. These connections are very fast by default, so silent SMS messages delivered through Ozeki's hardware SMS gateways reach the network quickly.

If a very large number of silent SMS messages need to be sent IP sms connections using SMPP, CIMD2 or UCP can also be used to deliver the silent SMS messages. The protocol implementations of these protocols in the Ozeki SMS Gateway support silent SMS encoding.

How do users send silent SMS messages

Silent SMS messages are often sent using the Graphical user interface of Ozeki SMS Gateway. The user selects the silent SMS type from the available SMS message types, then enters the mobile phone of the recipient and clicks on send. Ozeki SMS Gateway sends the silent SMS to the mobile network, and waits for the SMS submit status report and SMS delivery report returned by the network.

After the silent SMS has been delivered the Ozeki SMS gateway displays the SMS submit reference and the delivery report information including the delivery timestamp of the user on the Graphical user interface.

The user of Ozeki SMS Gateway will know from this information if his silent SMS messages were delivered successfully and if the recipient's mobile phone is turned on and is available on the mobile network.

The recipient of the silent SMS message does not notice anything about the SMS reaching his mobile phone. As soon as the SMS reaches the mobile phone, it is dropped and deleted by the device.

Silent SMS GUI of Ozeki SMS Gateway

The silent SMS sending GUI of Ozeki Gateway is used by human operators, who put it in the phone numbers to "ping". The silent SMS messages are entered on the graphical user interface. The human operators can schedule the message sending frequency and can set the start and end date/time of the ping operation. The configuration is customizable for each phone number.

A report of the ping operation is available on a per phone number basis, that clearly shows when silent SMS messages were sent, and which of these SMS messages were confirmed by a delivery report.

The user interface of Ozeki SMS Gateway can only be accessed by operators in the LAN through a web browser.

What is Silent SMS and how does it work

Silent SMS technology offers a unique way to send specially encoded text messages that remain completely invisible to recipients. These messages, although hidden, can trigger status and delivery reports without any indication on the recipient's mobile phone. In this article, we delve into the common requirements for silent SMS messages, their delivery methods, and how users can utilize this intriguing technology using Ozeki SMS Gateway's user-friendly interface.

What is Silent SMS

Silent SMS is a type of SMS message that does not appear on the recipient's device.

Who is using Silent SMS

Silent SMS is a type of SMS message that does not appear on the recipient's device. It is often used by law enforcement agencies to track the location of suspects, as well as by businesses to track their IoT devices. Parents can use silent SMS to keep tabs on their children's whereabouts.

There are a number of different ways to use silent SMS. One way is to send a message with the short message type (SMT) set to 0. This will cause the message to be delivered to the recipient's device, but it will not appear in the recipient's inbox.

Why do law enforcement agencies use Silent SMS

Law enforcement agencies use Silent SMS to covertly track and gather information from suspects' mobile devices without alerting them.

Silent SMS is a technique that law enforcement agencies use to track the location of a mobile phone without alerting the user. It involves sending a message that does not appear on the phone's screen, but triggers a response from the network operator. This response reveals the cell tower that the phone is connected to, which can be used to estimate its location.

Why do businesses use Silent SMS

Businesses utilize Silent SMS for tracking IoT devices as a means to monitor their location, performance, and operational status, ensuring efficient management and maintenance of the IoT network.

Why do parents use Silent SMS

Parents use Silent SMS for tracking their children's mobile phones to ensure their safety, monitor their activities, and promote responsible digital behaviour in an unobtrusive manner.

How does Silent SMS work

• Special SMS with hidden code sent to the target device
• Silent SMS triggers network event without the user's knowledge
• No visible content, but carries specific command or identifier
• The recipient's device doesn't generate any notification or alert

How do you setup Silent SMS

Silent SMS offers a discreet means of communication by sending encoded messages that remain invisible to recipients. Setting up silent SMS system involves following a few straightforward steps using Ozeki SMS Gateway. From installing the software to configuring the message attributes and monitoring delivery reports, the following steps provide a concise overview of the process.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the silent SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Set the desired sending frequency and start/end date/time.
6. Configure attributes to avoid detection on the recipient's handset.
7. Connect to the mobile network using wireless or modem options.
8. Click on "Send" to initiate the silent SMS transmission.
9. Monitor the SMS submit status and delivery report information.
10. Verify successful delivery without any notification on the recipient's device.

How do you send Silent SMS

To get started with using Silent SMS, begin by installing the user-friendly Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Silent SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Silent SMS.

Please note that these steps assume you have already installed and set up the Ozeki SMS Gateway software on your device.

How do you test Silent SMS functionality

To test Silent SMS, start by setting up the Ozeki SMS Gateway software on your device and ensuring it's properly configured. Choose a test recipient's mobile number and compose a Silent SMS message with the desired attributes using the Ozeki SMS Gateway interface. Send the Silent SMS to the test recipient's mobile number through Ozeki SMS Gateway and monitor the SMS delivery report to verify successful transmission without any notification appearing on the recipient's device. By following these steps, you can effectively test the functionality and stealthiness of Silent SMS.

Difference between Silent SMS and Standard SMS

Silent SMS and Standard SMS are two distinct types of text messages with significant differences in their behaviour and purpose. Standard SMS, also known as a regular text message, is displayed on the recipient's mobile phone, triggers a notification sound, and is stored in the device's messaging app or memory. It appears on the screen, can be read by the recipient, and is typically used for communication or information exchange between individuals.

On the other hand, Silent SMS, as the name suggests, remains invisible and discreet on the recipient's mobile phone. It does not trigger any notification sound, is not displayed on the screen, and is not stored in the messaging app or memory. Silent SMS is designed for specific purposes that require stealthy communication or tracking without the recipient's awareness. It can be utilized for monitoring, tracking, or triggering specific actions on the recipient's device, such as generating delivery reports without any visible trace.

Silent SMS vs. Standard SMS vs. Flash SMS

Benefits of Silent SMS

Silent SMS offers several socially positive advantages in different scenarios. Firstly, it ensures privacy and confidentiality by allowing discreet communication that remains unseen on the recipient's device, thus promoting personal space and security. Secondly, Silent SMS can be used for location tracking in emergency situations, aiding in locating individuals and providing timely assistance. Lastly, the ability to check device availability and network connectivity through delivery reports can facilitate efficient communication and enhance responsiveness in critical situations. These socially positive aspects of Silent SMS contribute to fostering privacy, safety, and effective communication in various contexts.

Disadvantages of Silent SMS

While Silent SMS offers certain advantages, it is important to consider its potential disadvantages in a socially positive context. One notable drawback is the potential for misuse or abuse, as the stealthy nature of Silent SMS can enable unethical behaviour. Additionally, the recipient may feel excluded or uninformed when messages go unnoticed, hindering open and transparent communication. It is crucial to strike a balance between privacy and inclusivity, ensuring that Silent SMS is used responsibly and respectfully. By being mindful of these potential drawbacks, we can promote a culture of ethical communication that respects the rights and well-being of all individuals involved.

What is Flash SMS and how does it work?

Flash SMS is a technology that allows you to send specially encoded text messages that pop up on the recipient's main screen when received. This makes it a great way to send urgent or time-sensitive messages. Flash SMS messages are delivered differently than regular SMS messages. They are not stored in the recipient's inbox, but instead appear directly on their main screen. This makes them more likely to be seen and acted upon immediately. To use Flash SMS, you need to use Ozeki SMS gateway that supports this technology. Ozeki SMS Gateway is a popular option that offers a user-friendly interface and a wide range of features.

What is Flash SMS?

Flash SMS is a type 0 SMS that can be used to send urgent or time-sensitive messages. When you need to get your message seen and acted upon quickly, Flash SMS is a great option.

Who uses Flash SMS messages?

Flash SMS messages are primarily used by various organizations and industries that require a way to deliver urgent and immediate notifications to recipients. Here are some examples of who might use Flash SMS:

• Emergency Services and Government Agencies
• Financial Institutions
• Telecommunication and Network Providers
• Healthcare Providers
• Online Services and E-commerce Platforms

Why do emergency services use Flash SMS?

Law enforcement, fire departments, emergency management agencies, and government bodies often use Flash SMS messages to quickly alert the public about emergencies, disasters, or safety-related information.

Why do Banks use Flash SMS?

Banks, credit card companies, and financial service providers use Flash SMS messages to notify customers about account activity, transaction alerts, and potential fraud.

Why do Online Services use Flash SMS?

Some online services, e-commerce websites, and digital platforms use Flash SMS messages for two-factor authentication (2FA), password reset codes, and account security alerts as well as time-sensitive promotions, limited-time offers, and special discounts to attract immediate attention.

How does Flash SMS work

• Special SMS is sent with special code to the target device
• Flash SMS triggers network event to alert the target device
• Carries specific command or identifier
• The recipient's device generates notification and alert
• Message does not get stored by default

How do you set up Flash SMS

Flash SMS offers a confidential means of communication by sending messages that alert the recipients and do not get stored on their devices. Setting up a Flash SMS system involves following a few straightforward steps using Ozeki SMS Gateway. From installing the software to configuring the message attributes and monitoring delivery reports, the following steps provide a short overview of the process.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the Flash SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Connect to the mobile network using wireless or modem options.
6. Click on "Send" to initiate the Flash SMS transmission.
7. Monitor the SMS submit status and delivery report information.
8. Verify successful delivery with alert on the recipient's device.

How do you send Flash SMS

To get started with using Flash SMS, begin by installing the Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Flash SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Flash SMS.

Please note that these steps assume you have already installed and set up the Ozeki SMS Gateway software on your device.

How do you test Flash SMS functionality

To test Flash SMS, start by setting up the Ozeki SMS Gateway software on your device and ensuring it's properly configured. Choose a test recipient's mobile number and compose a Flash SMS message with the desired attributes using the Ozeki SMS Gateway interface. Send the Flash SMS to the test recipient's mobile number through Ozeki SMS Gateway and monitor the SMS delivery report to verify successful transmission with an alert appearing on the recipient's device. By following these steps, you can effectively test the functionality of a Flash SMS.

Difference between Flash SMS and Standard SMS

Flash SMS and Standard SMS are two distinct types of text messages with significant differences in their behaviour and purpose. Standard SMS, also known as a regular text message, is displayed on the recipient's mobile phone, triggers a notification sound, and is stored in the device's messaging app or memory. It appears on the screen, can be read by the recipient, and is typically used for communication or information exchange between individuals.

On the other hand, Flash SMS, as the name suggests, pops up and shows on the main screen of the mobile phone. It alerts the user quickly and is not stored in the messaging app or memory. Flash SMS is designed for specific purposes that require quick instructions with possibly confidential information. It can be utilized for alerts and instructions that require immediate action from the end user.

Silent SMS vs. Standard SMS vs. Flash SMS

Benefits of Flash SMS

Flash SMS offers several socially positive advantages in different scenarios. Firstly, it ensures the user can see your message quickly and efficiently on the main screen of the mobile device, without opening the message at all. This can be useful in case of emergencies, when you need immediate action from the end users or instructions when time is of the essence. This can also be used for time sensitive promotions for shops and businesses.

Disadvantages of Flash SMS

While Flash SMS offers certain advantages, it is important to consider its potential disadvantages. One notable drawback is the potential for misuse or abuse, like spamming a user with flashy pop-up messages or over informing them with a too high frequency of Flash SMS messages. By being mindful of these potential drawbacks, we can promote a culture of ethical communication that respects the rights and well-being of all individuals involved.

Summary

Flash SMS is a powerful tool that can be used to send urgent or time-sensitive messages. If you need to get your message seen and acted upon quickly, Flash SMS is a great option. Your Flash SMS message will be sent immediately to the recipient's phone. It will appear on their main screen, even if their phone is locked.

What is Class 0 SMS and how does it work?

Class 0 SMS technology is a unique way to send specially coded text notifications that appear on the recipient's main screen when received. These messages can be sent to a cell phone to alert or instruct the recipient. In this article, we look at the typical requirements for Class 0 SMS messages, their methods of transmission and how users can utilize this technology using the user-friendly Ozeki SMS Gateway interface.

What is a Class 0 SMS?

Class 0 SMS is a type of SMS message that appears on the main screen of the user when received. They are of higher importance than Standard Class 1 SMS messages. Class 0 SMS messages are also called Flash SMS messages.

Who uses Class 0 SMS messages?

Several businesses and organizations that need to inform their users of urgent or immediate information use Class 0 SMS messages. Who Might Use Class 0 SMS? Here are a Few Examples:

• Emergency Services and Government Agencies
• Financial Institutions
• Telecommunication and Network Providers
• Healthcare Providers
• Online Services and E-commerce Platforms

Why do emergency services use Class 0 SMS?

Class 0 SMS messages are frequently used by law enforcement, fire departments, emergency management organizations, and governmental organizations to immediately warn the public of crises, disasters, or safety-related information.

Why do Banks use Class 0 SMS?

Class 0 SMS messages are used by banks, credit card companies, and other financial service providers to alert users to account activity, transaction notifications, and suspected fraud.

Why do Online Services use Class 0 SMS?

Several online services, e-commerce websites, and digital platforms use Class 0 SMS texts for two-factor authentication (2FA), password reset codes, account security warnings, and time-sensitive promotions, limited-time offers, and exclusive discounts.

How does Class 0 SMS work

• Special SMS with code sent to the target device
• Class 0 SMS triggers network event to alert the target device
• Carries specific command or identifier
• The recipient's device generates notification and alert
• Message does not get stored by default

How do you setup Class 0 SMS

Class 0 SMS provides a secure method of communication by transmitting messages alerting the receivers without the messages being stored. Utilizing Ozeki SMS Gateway, there are a few simple steps to setting up a Class 0 SMS system. The following steps give a brief summary of the procedure, including everything from installing the program to customizing the message properties and checking delivery reports.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the Class 0 SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Connect to the mobile network using modem options.
6. Click on "Send" to initiate the Class 0 SMS transmission.
7. Monitor the SMS submit status and delivery report information.
8. Verify successful delivery with alert on the recipient's device.

How do you send Class 0 SMS

To get started with using Class 0 SMS, begin by installing the user-friendly Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Class 0 SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Class 0 SMS.

Please be aware that the following instructions presume that the Ozeki SMS Gateway software has already been installed and configured on your device.

How do you test Class 0 SMS functionality

Start by installing the Ozeki SMS Gateway software on your device and making sure it is correctly setup before you test Class 0 SMS. Using the Ozeki SMS Gateway interface, choose the cell phone number of a test recipient and create a Class 0 SMS message with the needed properties. Send the Class 0 SMS to the test recipient's cell phone number using the Ozeki SMS Gateway, and then keep an eye on the recipient's device to see if your alert is received. You can successfully test a Class 0 SMS's functionality by following these guidelines.

Difference between Class 0 SMS and Standard SMS

Class 0 SMS and Standard (Class 1) SMS are two different kinds of text messages that function and behave very differently. Regular text messages, often referred to as standard SMS, are displayed on the recipient's smartphone, play a notification sound, and are saved in the device's messaging app or memory. It may be read by the recipient, displayed on the screen, and is often used for interpersonal conversation or information sharing.

On the other hand, Class 0 SMS appears on the phone's home screen and pops up. It quickly warns the user and does not get saved in memory or the messaging app. Class 0 SMS is intended for particular uses where fast instructions with potentially confidential information are needed. It can be used for notifications and instructions that need a quick response from the user.

Silent SMS vs. Standard SMS vs. Class 0 SMS

Benefits of Class 0 SMS

In many situations, Class 0 SMS provides several socially advantageous benefits. First of all, it guarantees that the consumer can quickly and effectively notice your message on the mobile device's home screen without ever opening the message. This can come in handy when you require the end users to take immediate action or follow instructions quickly. Additionally, this can be utilized for time-sensitive promotions for stores and companies.

Disadvantages of Class 0 SMS

Class 0 SMS has several benefits, but it's important to think about any potential drawbacks as well. The ability for misuse or abuse, such as spamming a user with flashy pop-up messages or over-informing them with an excessive number of Class 0 SMS messages, is one obvious negative. By being aware of these potential negative effects, we can encourage an ethical communication culture that respects the rights and welfare of all parties.

Summary

Class 0 SMS is a useful option to send important or time-sensitive messages. If you have to get your message seen and acted upon in time, Flash SMS is an easy, good solution. Your Flash SMS message will be sent in a few seconds to the recipient's phone, and it will appear on their main screen, even if their phone is locked.

What is Stealth SMS and how does it work

With the help of the stealth SMS technology, it's possible to transmit specially encoded text messages to receivers while remaining completely unseen to them. Despite being hidden, these messages have the ability to initiate status and delivery reports without giving the recipient any warning on their mobile device. In this article, we examine the typical specifications for Stealth SMS messages, their modes of transmission and how users can make use of this stealthy technology utilizing the user-friendly Ozeki SMS Gateway interface.

What is Stealth SMS

Stealth SMS is a type of SMS message that is not visible on the recipient's device when received. It's also known as Silent SMS.

Who is using Stealth SMS

A sort of SMS communication known as a stealth SMS does not show up on the recipient's device. Both businesses and law enforcement frequently utilize it to track the whereabouts of suspects via IoT devices. Stealth SMS can also be used by parents to track the whereabouts of their kids.

Stealth SMS can be used in a variety of ways. Sending a message with the short message type (SMT) set to 0 is one approach. The message will be sent to the recipient's device, but it won't show up in their inbox.

Why do law enforcement agencies use Stealth SMS

Stealth SMS is a tool used by law enforcement to silently track and collect data from suspects' mobile cell phones.

Law enforcement organizations can trace the location of a mobile phone without the user being informed by using stealth SMS. It involves sending a message that does not show up on the phone's display but instead prompts the network operator to respond. The cell tower the phone is linked to is revealed in this response, allowing them to determine the approximate position of the device.

Why do businesses use Stealth SMS

Businesses use Stealth SMS to track IoT devices in order to keep track of their whereabouts, performance, and operational status and to manage and maintain the IoT network effectively.

Why do parents use Stealth SMS

To protect their children's safety, keep an eye on their activities, and covertly encourage proper behaviour, parents follow their kids' smartphones using Stealth SMS.

How does Stealth SMS work

• Special SMS with hidden code is sent to the target's device
• Stealth SMS triggers network event without the user's knowledge
• No visible content, but carries specific command or identifier
• The recipient's device doesn't generate any notification or alert

How do you setup Stealth SMS

Sending encoded messages that are undetectable to recipients makes stealth SMS a discreet way to communicate. Utilizing Ozeki SMS Gateway, there are a few simple steps to setting up a Stealth SMS system. The stages that follow give a brief rundown of the procedure, from setting up the software through configuring message properties and checking delivery data.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the Stealth SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Set the desired sending frequency and start/end date/time.
6. Configure attributes to avoid detection on the recipient's handset.
7. Connect to the mobile network using wireless or modem options.
8. Click on "Send" to initiate the Stealth SMS transmission.
9. Monitor the SMS submit status and delivery report information.
10. Verify successful delivery without any notification on the recipient's device.

How do you send Stealth SMS

To get started with using Stealth SMS, begin by installing the Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Stealth SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Stealth SMS.

Please note that these steps assume you have already installed and set up the Ozeki SMS Gateway software on your device.

How do you test Stealth SMS functionality

Start by installing the Ozeki SMS Gateway software on your device and making sure it is correctly setup before you try sending a Stealth SMS. Using the Ozeki SMS Gateway interface, select the cell phone number of a test receiver and create a Stealth SMS message with the required properties. Send the covert SMS to the test recipient's mobile number via the Ozeki SMS Gateway, and then check the SMS delivery report to make sure it was delivered successfully without leaving a trace on the recipient's device. You can successfully test the performance and stealthiness of Stealth SMS by following this simple instruction.

Difference between Stealth SMS and Standard SMS

Stealth SMS and Standard SMS, differ significantly in both behaviour and intent. Regular text messages, often referred to as standard SMS, are displayed on the recipient's smartphone, play a notification sound, and are saved in the device's messaging app or memory. It may be read by the recipient, displayed on the screen, and is often used for interpersonal conversation or information sharing.

Stealth SMS, on the other hand, is undetectable and covert on the recipient's phone, as the name implies. It does not cause a notification sound, does not  appear on the screen, or store any information in the messaging app's memory. Stealth SMS is intended for particular uses that call for covert communication or tracking without the recipient's knowledge. It can be used to generate delivery reports secretly or for monitoring, tracking, or setting off particular activities on the recipient's device.

Stealth SMS vs. Standard SMS vs. Flash SMS

Benefits of Stealth SMS

In many situations, stealth SMS offers a number of socially advantageous benefits. First off, it promotes personal space and security by ensuring privacy and confidentiality by enabling covert communication that is invisible on the recipient's device. Second, Stealth SMS can be used to track a person's whereabouts in an emergency so that help can be sent as soon as possible. Last but not least, the capability to examine device accessibility and network connectivity via delivery reports can promote effective communication and improve responsiveness in urgent circumstances. These socially advantageous features of Stealth SMS help to promote privacy, safety, and successful communication in a variety of settings.

Disadvantages of Stealth SMS

While Stealth SMS has some benefits, it's necessary to take into account any potential drawbacks in the perspective of social progress. The potential for misuse or abuse of Stealth SMS is a noteworthy disadvantage because it can encourage unlawful conduct due to its stealthy nature. Additionally, when messages go unnoticed, the recipient may feel excluded or uninformed, which blocks open and honest communication. To ensure that Stealth SMS is used sensibly and politely, it is critical to find a balance between privacy and inclusivity. By being aware of these potential negative effects, we can encourage an ethical communication culture that respects the rights and welfare of all parties.

Summary

Stealth SMS is a type of SMS message that is not visible to the recipient. It is often used for covert communication or tracking without the recipient's knowledge. Stealth SMS can be used by law enforcement, businesses, and parents. Stealth SMS offers some socially advantageous benefits, such as promoting personal space and security, tracking a person's whereabouts in an emergency, and examining device accessibility and network connectivity. However, it is important to be aware of the potential for misuse or abuse of Stealth SMS, as it can encourage unlawful conduct due to its stealthy nature. It is important to find a balance between privacy and inclusivity when using Stealth SMS.

What is Ping SMS and how does it work

With the help of ping SMS technology, it's possible to transmit specially encoded text messages to receivers while remaining completely unseen to them. Despite being concealed, these messages have the ability to initiate status and delivery reports without giving the recipient any warning on their mobile device. In this article, we examine the typical specifications for ping SMS messages, their modes of transmission, and how users can make use of this fascinating technology utilizing the user-friendly Ozeki SMS Gateway interface.

What is Ping SMS

Ping SMS is a type of SMS message that is not visible on the recipient's device. It's also known as Silent SMS.

Who is using Ping SMS

A sort of SMS communication known as a ping SMS does not show up on the recipient's device. Both businesses and law enforcement frequently utilize it to check if users are connected to a network.

Ping SMS can be utilized in a variety of ways. Sending a message with the short message type (SMT) set to 0 is one approach. The message will be sent to the recipient's device, but it won't show up in their inbox.

Why do law enforcement agencies use Ping SMS

Ping SMS is a tool used by law enforcement to silently track and collect data from suspects' mobile cell phones.

Ping SMS is a technique that people can use to check if a mobile is connected to a mobile network without the user's knowledge. It entails sending a message that the network operator must respond to but does not appear on the phone's display. This response reveals the cell phone is connected to a cell tower. This information can prove someone is using their device and is available.

Why do businesses use Ping SMS

Businesses use Ping SMS to track IoT devices in order to keep track of their performance, and operational status and to manage and maintain the IoT network effectively.

How does Ping SMS work

• Special SMS with hidden code sent to the target device
• Ping SMS triggers network event without the user's knowledge
• No visible content, but carries specific command or identifier
• The recipient's device doesn't generate any notification or alert
• Recipient's device responds with a status

How do you setup Ping SMS

Sending encoded messages that are undetectable to recipients makes Ping SMS a discreet way to communicate. Utilizing Ozeki SMS Gateway, there are a few simple steps to setting up a ping SMS system. The stages that follow give a brief rundown of the procedure, from setting up the software through configuring message properties and checking delivery data.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the ping SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Set the desired sending frequency and start/end date/time.
6. Configure attributes to avoid detection on the recipient's handset.
7. Connect to the mobile network using wireless or modem options.
8. Click on "Send" to initiate the ping SMS transmission.
9. Monitor the SMS submit status and delivery report information.
10. Verify successful delivery without any notification on the recipient's device.

How do you send Ping SMS

To get started with using Ping SMS, begin by installing the user-friendly Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Ping SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Ping SMS.

Please note that these steps assume you have already installed and set up the Ozeki SMS Gateway software on your device.

How do you test Ping SMS functionality

Before you try Ping SMS, install the Ozeki SMS Gateway software on your device and make sure it is properly configured. Choose the mobile phone number of a test recipient using the Ozeki SMS Gateway interface, and then build a Ping SMS message with the necessary characteristics. Utilizing the Ozeki SMS Gateway, send the covert SMS to the test recipient's cell phone number. After checking the SMS delivery report to ensure that the message was delivered successfully and without leaving a trace on the recipient's device. The following can be done to effectively verify the functionality and Pinginess of Ping SMS.

IoT Device Monitoring with ping SMS

To check the status of an IoT device, operators can send a ping SMS to the device. When the device receives the ping SMS, it sends a notification message back to the sender. If the device is not working or disconnected, it will not send a notification message. This lets operators know that the device is not working properly.

The main advantage of ping SMS is that it does not modify the codes written in different languages that run on the IoT device. This means that incoming SMS messages do not affect the operation of the device.

Difference between Ping SMS and Standard SMS

Ping SMS and Standard SMS, two distinct types of text messages, with quite different behaviours and intentions. Regular text messages, also known as standard SMS, are retained in the messaging app or memory of the recipient's smartphone and are displayed on it along with a notification sound. It is frequently used to facilitate interpersonal communication or information sharing and can be read by the recipient or displayed on the screen.

On the other hand, Ping SMS is invisible and covert on the recipient's phone. It doesn't trigger a notification sound, doesn't show up on the screen, and doesn't save any data to the messaging app's memory. Ping SMS is designed for specific applications where secret communication or tracking without the recipient's knowledge is required. It can be used to secretly produce delivery reports, monitor, or trigger certain actions on the recipient's device.

Ping SMS vs. Standard SMS vs. Flash SMS

Benefits of Ping SMS

Ping SMS frequently provides a lot of socially positive advantages. The first benefit is that it encourages personal space and security by protecting secrecy and privacy by enabling covert communication that is undetectable on the recipient's device. The ability to assess network connectivity and device accessibility through delivery reports can enhance responsiveness in urgent situations and foster efficient communication. These socially beneficial Ping SMS features support privacy, safety, and effective communication in a number of contexts.

Disadvantages of Ping SMS

While Ping SMS has some advantages, it is important to consider any potential disadvantages from the standpoint of societal advancement. Because of its  character, Ping SMS has the potential to be misused or abused, which can encourage illegal activity. Additionally, unnoticed signals might prevent open and honest conversation by making the recipient feel excluded or ignorant. Finding a balance between privacy and inclusivity is essential if Ping SMS is to be utilized responsibly and respectfully. We can promote an ethical communication culture that promotes the rights and welfare of all parties by being aware of these possible adverse effects.

Ping SMS is a type of SMS message that is invisible to the recipient. It is often used for covert communication or tracking without the recipient's knowledge. Ping SMS can be used by law enforcement, businesses, and parents. Ping SMS offers some socially advantageous benefits, such as promoting personal space and security, tracking a person's availability in an emergency, and examining device accessibility and network connectivity. However, it is important to be aware of the potential for misuse or abuse of Ping SMS, as it can encourage unlawful conduct due to its stealthy nature. It is important to find a balance between privacy and inclusivity when using Ping SMS.

What is Type 0 SMS and how does it work?

Type 0 SMS technology is a unique way to send specially created text notifications that appear on the recipient's main screen when obtained. To warn or instruct the recipient, these messages can be sent to a cell phone. In this article, we'll look at the typical specifications for Type 0 SMS messages, their modes of transmission, and the practical applications for users of this technology via the streamlined Ozeki SMS Gateway user interface.

What is Type 0 SMS?

When a type 0 SMS is received, the user's home screen will display the message. They are more significant than SMS messages of the Standard Class 1. Type 0 SMS messages are also called Flash SMS messages.

Who uses Type 0 SMS messages?

Type 0 SMS messages are regularly used by many companies and organizations to advise users of critical or imminent information. Who uses Type 0 SMS? Here are a Few examples:

• Emergency Services and Government Agencies
• Financial Institutions
• Telecommunication and Network Providers
• Healthcare Providers
• Online Services and E-commerce Platforms

Why do emergency services use Type 0 SMS?

Law enforcement, fire departments, emergency management agencies, and governmental organizations regularly employ Type 0 SMS messages to instantly alert the public to emergencies, disasters, or safety-related information.

Why do Banks use Type 0 SMS?

Banks, credit card firms, and other financial service providers employ type 0 SMS messages to notify customers of account activity, transaction notifications, and possible fraud.

Why do Online Services use Type 0 SMS?

Several online businesses, e-commerce websites, and digital platforms use Type 0 SMS texts for two-factor authentication (2FA), password reset codes, account security warnings, and time-sensitive promotions, limited-time deals, and special discounts.

How does Type 0 SMS work

• Special SMS with specific code sent to the target device
• Type 0 SMS triggers network event to alert the target device
• Carries specific command or identifier
• The recipient's device generates notification and alert
• Message does not get stored by default

How do you setup Type 0 SMS

By sending special messages to the recipients, Type 0 SMS offers a relatively secure mode of communication with data not being stored on the device. A Type 0 SMS system can be set up in a few easy steps using Ozeki SMS Gateway. The process is outlined in the following step-by-step guide, which covers everything from installing the program to modifying the message properties and verifying delivery reports.

1. Install Ozeki SMS Gateway software on your device.
2. Open the graphical user interface of Ozeki SMS Gateway.
3. Select the Type 0 SMS message type from the options.
4. Enter the recipient's mobile phone number.
5. Connect to the mobile network using wireless or modem options.
6. Click on "Send" to initiate the Type 0 SMS transmission.
7. Monitor the SMS submit status and delivery report information.
8. Verify successful delivery with alert on the recipient's device.

How do you send Type 0 SMS

To get started with using Type 0 SMS, begin by installing the Ozeki SMS Gateway software on your device and follow these steps:

1. Launch Ozeki SMS Gateway software on your device.
2. Navigate to the message composition section and select "Type 0 SMS" as the message type.
3. Enter the recipient's mobile phone number, customize any desired attributes, and click the "Send" button to transmit the Type 0 SMS.

Please be aware that the following instructions presume that the Ozeki SMS Gateway software has already been installed and configured on your device.

How do you test Type 0 SMS functionality

Before testing Type 0 SMS sending, install the Ozeki SMS Gateway software on your device and make sure it is properly configured. Enter the mobile phone number of a test recipient using the Ozeki SMS Gateway interface, and then write a Type 0 SMS message with the necessary characteristics. Utilizing the Ozeki SMS Gateway, send the Type 0 SMS to the test recipient's mobile phone number. After that, monitor the SMS delivery report to see if the recipient's device generated an alert to confirm that the message was properly delivered. By following these rules, you can successfully test a Type 0 SMS's functionality.

Difference between Type 0 SMS and Standard SMS

Standard (Class 1) SMS and Type 0 SMS are two distinct types of text messages that operate and behave significantly differently. Regular text messages, also known as standard SMS, are retained in the messaging app or memory of the recipient's smartphone and are displayed on it along with a notification sound. It is frequently used for interpersonal communication or information sharing, and it can be read by the recipient or displayed on the screen.

Type 0 SMS, on the other hand, pops up on the phone's home screen. The user is swiftly forewarned, and the message is not saved. Type 0 SMS is designed for specific applications where quick instructions with possibly private information are required. It can be used for alerts and commands that require a prompt response from the user.

Silent SMS vs. Standard SMS vs. Type 0 SMS

Benefits of Type 0 SMS

Type 0 SMS offers a number of socially advantageous aspects. First of all, it ensures that the customer will see your message on their mobile device's home screen right away and efficiently without ever opening it. When you need the end users to act immediately or follow instructions and efficiency is key, this can be useful. This can also be used for time-sensitive promotions for businesses and stores.

Disadvantages of Type 0 SMS

Type 0 SMS has a number of advantages, but it's important to consider any potential disadvantages as well. One obvious drawback is the possibility for abuse or exploitation, such as spamming users with flashy pop-up messages or over-informing them with excessive amounts of Type 0 SMS messages. We can promote an ethical communication culture that promotes the rights and welfare of all parties by being aware of these possible adverse effects.

Summary

Type 0 SMS is a useful method that can be used to send important or time-sensitive messages. If you have to get your message seen and acted upon fast, Type 0 SMS is an easy, good solution. Your Type 0 SMS message will be sent in a few seconds to the recipient's phone, and it will appear on their main screen, even if their phone is locked.

How to send silent SMS on GSM modem

This article will focus on sending Silent SMS messages from a GSM modem. To send SMS from a GSM modem, you will need a computer that can connect to the modem with Ozeki SMS Gateway installed. The article includes a video tutorial for the easiest setup process with screenshots on the main steps.

What is Silent SMS?

Silent SMS is a specific type of text message that can be utilized in tracking solutions. It is also called Stealth SMS or Ping SMS because it can be used to check if a device is connected to a cellular network. Silent SMS is a specially encoded text message, which does not leave a notification or alert on the user's mobile device, does not get stored, but the user device will send an acknowledgement of receiving the message back to the sender. From this information, you can find out if a user is connected to a mobile network, their approximate location and availability.

What is a 4G modem?

A 4G modem is a hardware device that connects to a cellular network using 4G (LTE) technology. It requires a SIM card to establish a data connection with a service provider's network. This type of modem is commonly used for various purposes, including sending out automated or bulk SMS messages. It provides a reliable and efficient way to establish a network connection and send data, such as SMS messages, over the cellular network.

How sending SMS through a 4G modem works

The Ozeki SMS Gateway acts as the intermediary between the computer and the service provider, facilitating the process of composing, submitting, and delivering SMS messages. This solution streamlines the process of sending SMS messages from a computer and ensures that the messages are properly delivered to the recipient's mobile phone through the service provider's network. (Figure 1)

How to send SMS with a 4G modem (Clear steps)

To send SMS with a 4G modem:

1. Insert the SIM card into the modem
2. Plug the antenna into the modem
3. Connect the modem to your PC with USB cable
4. Launch the Ozeki SMS Gateway
5. Run the sms modem autodetection
6. Specify the sms phone number
7. Write the text of the SMS message
8. Click on Send to send the SMS
9. Review the test SMS message you sent

Ozeki 4G LTE SMS Modem setup (video tutorial)

In the video, you'll discover the process of configuring an Ozeki 4G LTE SMS Modem to send SMS messages using a USB cable. This setup requires the modem, a SIM card, an antenna, and a USB cable. Initially, you'll insert the SIM card into the modem, followed by attaching the antenna. Connect the modem to the computer using the USB cable. Once the connection is established, the power LED on the modem will illuminate, signifying that it's turned on.

More information about the product

Get the parts that you need to connect the modem successfully

For a successful modem connection, you'll require the following components: a SIM card, an antenna, a USB cable, and the modem itself. Ensure that you have all these hardware elements ready for the setup process. Every detail is crucial for proper functioning. (All components are depicted in Figure 2)

Insert the SIM card into the modem

Begin by inserting the SIM card into the modem. This process closely resembles inserting a SIM card into a mobile phone. The SIM card serves as the bridge connecting the modem to the network. (The procedure is illustrated in Figure 3.)

Important settings for SIM card

These settings are very important. If left incomplete, your SIM card will not function with the Ozeki 4G Modem. It is essential to both disable your PIN code and redirect phone calls to another phone number. You can perform these steps on a regular mobile phone. (Depicted in Figure 4.)

Connect the antenna to the modem

Following the SIM card insertion, it's crucial to properly connect the modem to its antennas. Ensuring a correct connection guarantees optimal performance. The antenna serves the purpose of both transmitting and receiving signals. (Illustrated in Figure 5.)

Insert the USB cable into the modem

Subsequently, insert the USB cable into the modem. This action establishes a connection between the modem and your computer. It's essential to employ a functional cable to prevent any potential disconnections. (Depicted in Figure 6.)

Plug the USB cable into your computer

Lastly, connect the other end of the USB cable to your PC. Insert the USB cable into one of the available ports on your computer. (Illustrated in Figure 7.)

Ozeki 4G LTE SMS Modem Software setup (video tutorial)

In this instructional video, you will gain insight into the process of setting up an Ozeki 4G LTE SMS Modem to send text messages (SMS) using a USB cable. To initiate this setup, ensure that you have an operational Ozeki 4G Modem and the Ozeki Software Platform installed on your system. The procedure starts with the driver installation, utilizing Ozeki SMS Gateway to configure a new SMS Modem, and finally, sending a test message and verifying its arrival on the recipient device.

Install the Ozeki Modem Driver

To install the Modem Driver, first open the folder where the downloaded file is located. Then, extract the downloaded files into a new folder and find the Driver Executable File within. Double-click on this file to initiate the installer. If prompted to grant Administrator rights, click on Allow. (This process is exemplified in Figure 8.)

Proceed with Installing

To begin the driver installation process, once the installer window is open, click on the Install button and patiently wait for the process to complete. Once the installation is finished, click on the Finish button to conclude the setup procedure. (This is demonstrated in Figure 9.)

Open Ozeki SMS Gateway App in Ozeki Software Platform

To access the Ozeki Software Platform, you need to click on the search element in the Windows Taskbar. Type in Ozeki 10 and select the application from the search results. The software should launch within a few seconds. Once the Ozeki Software Platform is open, find and open the Ozeki SMS Gateway application. You'll typically find it among the default apps on the left side of the platform interface. Look for the icon with a phone symbol and the text SMS written inside. Clicking on this icon will open the SMS Gateway Application. (Figure 10)

if you have not yet downloaded Ozeki Software Platform, you can download it here: Ozeki Installer Download Page

Add a new connection

To create a new connection in Ozeki SMS Gateway, locate the add new connection link in the left-side Connections panel. Click on this link, which will open the connection list page. Here, you'll have the option to set up an SMS modem connection. (As you can see on Figure 11)

Install a new SMS Modem

In the following window, you will see a list of available connections that you can create within the SMS Gateway application. Look for the section related to wireless connections and find the SMS modem install item. Click on the Install link next to it. This action will enable you to use the selected modem with Ozeki SMS Gateway. (Demonstrated in Figure 12)

Select the Port

In the Serial port section, open the Port dropdown menu and locate the entry labelled Ozeki Modem Port. Select this option to initiate the configuration process for the modem, allowing you to send messages via the 4G network. (Figure 13)

Autodetect properties

Located next to the dropdown menu, there is a blue button with the text Autodetect. Click on this button to trigger an automatic data retrieval process from your SIM card. This process includes obtaining information such as your phone number and configuring it for use. Please note that this process may take a few seconds to complete. (Figure 14)

Check the information

After clicking on the Autodetect button, a window named Autodetect will appear. In this window, carefully review all the details to ensure that they match the information from your SIM card. You can also find the details of the modem displayed here. Once you have verified everything, click on the Ok button located at the bottom of the window. This action concludes the Autodetect procedure and prepares your modem for sending SMS messages from your computer. (Figure 15)

Finish setting up your modem

To complete the setup process for your modem, locate the blue Ok button at the bottom of the screen and click on it. If you have any additional changes you want to make to your modem settings, you can do so under the SMS tab or the Advanced tab. Alternatively, you can return to this tab later on by pressing Ok and then accessing the Configure tab. (Can be seen on Figure 16)

Enable SMS Modem Connection

To activate the SMS modem connection, navigate to the Connection group on the left side of the screen. Locate the Connection switch, which is the second option in the group. Click on the switch to turn it on and make it green. This action will initiate the connection process between your modem and the service provider. (Figure 17)

Navigate to the Test panel

To access the Test tab page, navigate to the navigation bar located in the right panel of the screen. Click on the Test option to open the Test tab page, where you can access the Test SMS sending page. From this page, you can send test messages to anyone with custom content. (Seen on Figure 18)

Fill the recipient's address and test message

To proceed, fill in the recipient's address and enter the test message. Locate the To field within the Recipient group, where you can input the recipient's phone number. Additionally, type your desired content into the SMS text field. Feel free to compose any message you prefer in this field. (Figure 19)

Send the SMS

Once you have completed the message composition, you can proceed to send the SMS. Locate the blue Send button situated at the bottom of the screen. Click on this button to initiate the sending process. You can expect to receive the SMS on the specified phone number shortly after sending. (Figure 20).

Check the test message

To ensure the successful delivery of your test message, access the SMS handling application on your mobile device. Open the application that manages SMS messages and look for the received test message. If the test message appears with the correct content, you can confidently conclude that your SMS modem is functioning as expected. Congratulations on your successful setup! (Figure 21)

Summary

The combination of Ozeki SMS Modem and Ozeki SMS Gateway offers a seamless and effective solution for sending SMS messages from your computer. This powerful setup can greatly assist your company's growth by enabling you to send automated or bulk messages. By following the provided steps, acquiring the necessary hardware and software, you'll have the capability to send SMS messages conveniently from your computer. This flexibility and efficiency can enhance your communication strategies and contribute to the expansion of your business.

SMS from Applications

Email to SMS

This guide explains how email to sms works. It gives information about how to setup an email to sms system. Although there are several approaches to this problem, we aim to present the simplest solution. In this solution email to sms functionality is achieved with the help of a technical email box. This solution can be created with any email system. You can create the solution in about 5 minutes.

What is email to sms?

Email to sms is a service provided by an SMS gateway software. It allows the user to send an e-mail, and the SMS gateway will convert this e-mail to a text message and will forward it to a mobile phone.

Email to sms setup (video tutorial)

The following video explains how to send an SMS from an Email. This video starts with creating a new application and takes you all the way to sending the first SMS message. The video is only 1:45 long, but very detailed. In this video we are using the Ozeki SMS Gateway, which is a powerful sms gateway software with a very intuitive guide, so you will have no problem following the steps. You will learn how to create and customize a new user, and how to check the logs of the events happening on the user.

How does email to sms work?

The simplest email to sms solution requires a technical email box (james-sms@gmail.com in Figure 2). When the user (james@gmail.com) wants to send an sms, he will send an e-mail to this technical email address (james-sms@gmail.com). He will put the mobile phone number (+362011111) into the subject line of the email, and the sms text into the email body.

Ozeki SMS gateway will operate this technical email box. It will download the incoming email (using IMAP) and will forward it as SMS to the mobile network through a mobile phone attached to it. The attached mobile phone in our example (Figure 2) has a phone number of +3620222222. The mobile user, whose mobile phone number is +36201111111 will receive the SMS, and can reply to it. To understand how the SMS reply is sent back to james@gmail.com check out the sms to email page.

How to use E-mail to SMS Gateway (Quick commands)

To use E-mail to SMS Gateway:

1. Connect E-mail to SMS Gateway to mobile network
2. Connect E-mail to SMS Gateway to e-mail server
3. Launch Ozeki SMS Gateway
4. Select Add new user or application
5. Install IMAP client
6. Configure IMAP server
7. Add new SMPP client connection
8. Write test e-mail to see SMS is sent

Step 1 - Connect your email to sms gateway to the mobile network

To connect you email to sms gateway to the mobile network you have quite-a-few options. The ideal option for your environment depends on the number of sms you prefer to send. For text message volumes up to 12 000 sms per day, the best option is to use a GSM modem or an Android mobile phone as an SMS gateway. The advantage of this choice is that it often allows you to send unlimited SMS messages free of charge.

For higher SMS volumes you can switch to online SMS services. When you use on-line SMS service providers you can use a dedicated SMS protocol or an SMS API. There are various SMS protocols out there: SMPP protocol, CIMD2 protocol, UCP/EMI protocol and there are many proprietary protocols based on HTTP. Protocols based on HTTP are called HTTP SMS APIs. The best option to connect to on-line SMS services is to use an SMPP connection. The SMPP protocol is widely used in the SMS industry. It is used by mobile network operators to exchange SMS traffic between each other. SMPP was designed for SMS, and it gives you high performance, instant access to submit and delivery reports and precise time stamps related to SMS delivery. So choose SMPP if possible.

Step 2 - Connect the email to sms gateway to the Email server

The next step is to connect your SMS gateway to your Email server. On your Email server you will have to create a technical email address (james-sms@gmail.com), and you must allow Ozeki 10 SMS gateway to download emails from this email box. You can read the how to setup email to sms with imap guide or the how to setup email to sms with pop3 guide for detailed instructions. If you want to use the solution with Gmail, read the how to setup email to sms with gmail manual. The most popular choice is the IMAP option.

Popular email to sms configurations:

• email to sms with imap
• email to sms with pop3
• email to sms with gmail
• email to sms with exhange
• email to sms with sendmail
• email to sms with postfix
• email to sms with thunderbird
• email to sms with windows mail

Click the Add new user/application button

First, you need to add a new user that will check your email account for new incoming messages periodically. To do so, you need to open the Ozeki SMS Gateway. On the front page (Figure 3), look for a button titled Add new user/application. It is located on the right-side panel. Click it to reach the new user install list.

Install the IMAP client

Now you are in the new user/application install list. Here you need to look for the IMAP client option (Figure 4). This client will check your email account for any incoming email message and forward it to a recipient phone number as an SMS message. Click the Install button located next to the title. This will take you to the IMAP client settings page.

Configure the new IMAP server

In this page, you need to provide information about the new IMAP client. Scroll down until you see the IMAP Server group box (Figure 5). There you need to provide the Host address for Gmail, which is imap.gmail.com. Type in the port number suitable for this connection, the username of the Gmail account and the password of it. Click the Ok button to proceed to the next step.

All of these guides give you easy to follow step by step instructions on how to setup email to sms functionality in Ozeki SMS Gateway. The configuration usually does not take more the 3 minutes.

Step 3 - Send a test email and see how the sms is sent

To test the email to sms functionality, you need to write a test email and send it to the technical mailbox. You will have to wait a few seconds until the Ozeki SMS Gateway downloads the email and converts it into an sms. After Ozeki SMS Gateway has converted the email into SMS it will send it to the recipient mobile phone over the configured mobile network connection.

To send a test email to sms:

1. Create a new email message
2. Put the recipient phone into the subject line. Use international format: e.g. +362011111
3. Write the message text into the email body
4. Click Send

After the email is sent you can check the email to sms logs of the SMS gateway and you will see when the email was downloaded from the technical mailbox, and when it was forwarded to the mobile network.

Incoming message

As you can see on Figure 6, the email account received an email. This message needs to be forwarded to a phone number which is the subject of the email. The IMAP client will now detect this message and begin the sending process.

Log of the message

On Figure 7, you can see the log associated with the message. You can see the event of detecting the message, sending the message and a response for the successful submitting (Figure 7).

FAQs

Can I forward a single e-mail to many SMS numbers?

Ozeki SMS Gateway allows you to forward a single email to up to 20 SMS recipients. Here's how to accomplish this:

1. Access E-mail User Configuration: Locate the configuration form for your desired "E-mail User" within Ozeki.
2. Navigate to the E-mail to SMS Tab: Look for a tab labelled "E-mail to SMS" or similar within the configuration form.
3. Enter Recipient Numbers: In the field labelled "Send SMS to (phone number): ", enter all the SMS phone numbers you want to send the message to. Separate each number with a semicolon ( ; ).
4. Save Your Configuration: Once you've added all the recipient phone numbers, save your configuration changes.

For detailed instructions and additional configuration options, refer to the Ozeki documentation's E-mail to SMS Configuration page
By following these steps, you can easily configure Ozeki to forward your emails to multiple recipients via SMS.

Can I forward an incoming SMS to many e-mail addresses?

Absolutely, Ozeki lets you send copies of incoming SMS messages to as many email addresses as you need! Here's a simplified walkthrough:

1. Create Email Users: For each email address you want to receive copies, set up a dedicated "Email User" in Ozeki. You can find this option under the "Users and applications/Add user" menu item.
2. Configure Incoming Routes: Navigate to the "Inbound Routing Table" within Ozeki. Here, you'll create "copy" mode routes for each email user. These routes will forward copies of incoming SMS messages to their respective email addresses.

For a step-by-step guide with screenshots, refer to the Ozeki documentation's 2 Way SMS to Email gateway page.

By following these steps, you can establish a system where each email address receives a copy of incoming SMS messages through Ozeki, eliminating the need for a limit on recipients.

Final thoughts

Now, you can pause and catch your breath. By following the above tutorial steps, you can create the solution for sending SMS in case of an incoming email in a few minutes. You have seen the advantages it can bring. If you have already completed the steps, I am sure, if you let your girlfriend (or boyfriend) know, you will be rewarded. If you would like to pick up more valuable information about the advantages of other similar solutions, please open ozeki-sms-gateway.com.

How to setup e-mail to SMS forwarding using an IMAP client

This tutorial will guide you through the step you need to take to have a working two-way system which forwards your e-mails to SMS messages and vice versa, with the help of an IMAP client. IMAP stands for Internet Mail Access Protocol. Simply it is a protocol, that describes, how to access messages in an email mailbox. Some E-mail apps use this to download messages from your email account to the desktop application. Please note, that this setup uses an e-mail account that can be access through IMAP on an E-mail server.

What is forwarding?

Forwarding is the process off sending an email or other messages to a further destination without changing it.

What is an IMAP client?

The Internet Message Access Protocol (IMAP) is a standard protocol used by email clients to retrieve email messages from a mail server.

How to setup e-mail to SMS forwarding using an IMAP client

To setup e-mail to SMS forwarding using an IMAP client:

1. Launch Ozeki SMS Gateway
2. Select Add new user or application
3. Install IMAP client
4. Configure IMAP server
5. Modify IMAP settings
6. Set up SMTP server
7. Send e-mail to test SMS forwarding
8. Check logs

Email to sms using IMAP (video tutorial)

This video will show you how you can setup a system which will send all the incoming email to a predefined phone number as an SMS message with the help of an IMAP client. It will start with creating a new user/application and will take you all the way to checking the log containing your first sent SMS. The video is only 3:33 long, but very detailed. In this video we are using the Ozeki SMS Gateway which is a very powerful and easy to use SMS gateway, so you will have no problem following the steps.

Step 1 - Create an IMAP client connection

First, you need to have a connection between the SMS client and the E-mail client. To do that, please click the Add new user/application button, which is located on the right side of the window on the Users and application panel. Click it and proceed to the next step. You can find the button on Figure 1.

Here, please search for the IMAP client option. Here you can find a shot summary of this option under the title. Next to it, there is the blue Install button. Click it and it will take you to the next step. You can Install button on Figure 2.

Step 2 - Configure the IMAP server details

The next step is to configure your IMAP connection and make sure that it reaches your e-mail account. To do that, please provide the IP address of the host and the port number. You can get help with the ? icon next to the field for the port number. In the username and password field, please type in the login credentials of your e-mail account. You can see all the required data on Figure 3.

Step 3 - Configure the advanced details of the connection

Now you need to set up your message handling. To do that, please head over to the IMAP settings tab. It is located in the top tabs. Click it and start customizing your message handling. You could set up, if you would like to delete the messages after handling, which messages you would like to handle, how long should a message be, what should the IMAP forward from the emails or the batch size. If you have everything setup here, proceed down to the Recipient panel. Here you can tell the IMAP connection, where to send the downloaded e-mails. You can see the example fill-in on Figure 4.

Step 4 - Configure the SMTP server

To be able to forward SMS messages as an e-mail, you need to configure an SMTP server that can send the e-mail message. This configuration can be done with the IMAP client connection. As Figure 5 shows that you need to click on the SMTP tab to be able to configure the details of the SMTP server. Figure 5 shows what information you need to provide to the SMTP server in order to work. So, type in the Host IP address and the port number, set the Authentication to normal password and provide the username and password of your E-mail account.

Step 5 - Configure the recipient e-mail address

The next configuration that you need to perform is to set up a recipient address which will receive the forwarded message. In the From section, provide the information of the default sender address. In the To section, provide the default recipient address. This ensures that this address will show up as a sender address when the recipient gets the forwarded message. If you finished with all configurations, you can just click OK. On Figure 6, you can see the example data we provided.

If you click the Events tab, you can see that the connection was set up properly. You can see your new connections properties in the connection section on the left side of the window. If the connection indicator switch is green, it means that the connection is active and ready to use. You can see all the data on Figure 7.

Step 6 - Send test E-mail to SMS

At this point, you can write an e-mail message to the E-mail account to test the solution. As you can see it in Figure 8, all you need to do is to write a simple message to the e-mail address on the configured E-mail account that you set in the IMAP client connection. With everything is set up correctly, all you need to do now is to wait for the incoming e-mail to your E-mail account. In case of an incoming e-mail, the IMAP client connection is going to download the e-mail and forward it instantly to the specified recipient address.

You can see the forwarder SMS message in the IMAP client sent folder as the Figure 9 show.

Step 7 - Send test SMS to E-mail

With the configured SMTP server, your system is capable of receiving SMS messages and forward it as an e-mail message. The SMS arrives at your system using a service provider connection. Then, the message routed to the IMAP client connection, which uses its SMTP server and the given details to forward the message to the recipient e-mail address. To check if your IMAP client connection works as expected, you can check its logs in the Events tab. You will be able to see every event of the connection. Figure 10 demonstrates that what events logged in case of a successful SMS to e-mail forwarding.

You can see in the Figure 11 the SMS forwarded to the recipient E-mail address and appeared in the E-mail accounts mailbox.

Final thoughts

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as painlessly as possible. To summarize the procedure we can conclude, that setting up e-mail to SMS forwarding using an IMAP client is quite easy. If you have already completed the steps, you can enjoy a well-deserved mocha or some other treat you have in mind. If you would like to receive more information about the advantages of other similar solutions, please open ozeki-sms-gateway.com.

How to setup e-mail to SMS forwarding using a POP3 client

Let's start by setting up e-mail to SMS forwarding. The following configuration steps will show how the system should be configured to collect the incoming e-mails from an e-mail account using a POP3 client connection. You will also see how these emails are converted into SMS and how they are sent as SMS (Figure 1).

How to setup e-mail to SMS forwarding using a POP3 client

To setup e-mail to SMS forwarding using a POP3 client:

1. Launch Ozeki SMS Gateway
2. Install POP3 client
3. Modify Gmail settings
4. Write test e-mail
5. Check POP3 logs
6. Configure SMTP server
7. Type from and to e-mail addresses
8. Send test SMS
9. Inspect the logs

Step 1 - Create a POP3 client connection

The first step of this guide is to create the POP3 client connection. For that, you need to open the SMS Gateway application, and here, select the Apps menu from the toolbar. In this menu, like in Figure 2, select the POP3 client from the E-mail clients section by clicking on the Install button.

Step 2 - Configure the POP3 server details

The first step of the configuration of the POP3 client connection is to provide the details of the POP3 server. This guide uses Gmail to demonstrate the process, so here, you need to enter the details of Gmail's POP3 server. As you can see it in Figure 3, type 'pop.gmail.com' as Host and type 995 as Port number. Then, select SSL/TLS as POP3 Security and lastly, provide the username and password of your e-mail account, which is in that case, a Gmail account.

Step 3 - Configure the advanced details of the connection

In the next step, you need to configure the way, that the connection is going to forward the messages. For that, first, click on the POP3 tab. Here, in the 'Message handling' section, you can set the maximum length of the message and select the way, how the e-mail will be forwarded. Next, as Figure 4 demonstrates, you can set the recipients for the e-mail. The addresses, that you type here will get the forwarded e-mails. If you finished with the configuration, you could just click on OK.

Step 4 - Configure the security settings of Gmail account

After you created the POP3 client connection, you need to do some modifications to the security settings of your Gmail account. For that, just type 'https://myaccount.google.com/lesssecureapps' in your browser and hit Enter. Here (Figure 5), you just need to turn the 'Less secure apps access' on. This will ensure that SMS Gateway is going to have access to download the e-mails.

Step 5 - Modify the Gmail POP3 settings

In this step, you need to modify the forwarding setting of your Gmail account. For that, open Gmail and here, click on Settings. In the Settings menu, you need to select the Forwarding and POP/IMAP tab. Here, like Figure 6 shows that, select 'Enable POP for all mail' and finally, click on Save Changes.

Step 6 - Send a test e-mail

At this point, you can write an e-mail message to the Gmail account to test the solution. As you can see it in Figure 7, all you need to do is to write a simple 'Hello world!' to the e-mail address of the Gmail account that you set in the POP3 client connection.

With everything is set up correctly, all you need to do now is to wait for the incoming e-mail to your Gmail account. In case of an incoming e-mail, the POP3 client connection is going to download the e-mail and forward it instantly to the specified recipient address. Figure 8 demonstrates the procedure of forwarding an incoming e-mail by using the POP3 client connection.

Step 7 - Check the POP3 logs

You can easily check the logs of the POP3 client on your computer. These logs store every event that occurred with your POP3 client connection. Figure 9 shows the path, you need to follow in File Explorer to open the log file of the POP3 client connection. If you open that log file, you will be able to see all events of the POP3 client connection.

The log file contains details of every event that occurred with your POP3 client connection. Here you can see a timestamp that shows the date of each event and the name of the connection. Lastly, each event has got a message that describes the event. Figure 10 shows the event messages of downloading an e-mail from the Gmail account and forward it to the given recipient address.

How to configure SMS to E-mail forwarding

After E-mail to SMS is working, you should configure the other direction: SMS to E-mail forwarding. On Figure 11, you will see the steps that will allow you to configure the SMTP server details, and on Video 2 you will see how incoming SMS messages are forwarded to an e-mail address.

Step 8 - Configure the SMTP server

To be able to forward SMS messages as an e-mail, you need to configure an SMTP server that can send the e-mail message. This configuration can be done with the POP3 client connection. If you have created this connection before, you can just open it in SMS Gateway, but if you haven't created the connection, check Step 1, how you can do that. As Figure 12 shows that you need to click on the SMTP tab to be able to configure the details of the SMTP server.

In the SMTP menu, you can configure the details of the SMTP server. Figure 13 shows what settings you need to do to use the Gmail SMTP server. So, type 'smtp.gmail.com' as Host and 587 as the port number. For SMTP security, select 'SSL/TLS' and also select the 'Normal password' option for Authentication. Lastly, just type the username and password of your Gmail account.

Step 9 - Configure the recipient e-mail address

The next configuration that you need to perform is to set up a recipient address which will receive the forwarded message. In the SMTP menu, type the recipient e-mail address to the 'To e-mail' field, as Figure 14 shows that. To the 'From e-mail' field, you can type the e-mail address of your Gmail account as well. This ensures that this address will show up as a sender address when the recipient gets the forwarded message. If you finished with all configurations, you can just click OK.

Step 10 - Send a test SMS

With the configured SMTP server, now your system is capable of receive SMS message and forward it as an e-mail message. Figure 15 demonstrates how the solution works. The SMS arrives at your system using a service provider connection. If you don't have that kind of connection you can check how to create an SMPP client connection. Then, the message routed to the POP3 client connection, which uses its SMTP server and the given details to forward the message to the recipient e-mail address.

Here on Figure 16, you can see the configured SMTP server in the everyday work. It sends the message to the POP3 client connection, so the recipient’s browser-based email provider will receive it, so it will show up in the recipients inbox. It sends the same text you sent from your mobile phone, so it behaves as a regular e-mail sent from a computer. It It will work with any e-mail provider with a POP3 client.

Step 11 - Check the logs

To check if your POP3 client connection works as expected, you can open its log file. Since you are using the same connection, the log file is located in the same folder that was described in Step 7. If you open the log file, you will be able to see every event of the connection. Figure 17 demonstrates that what events logged in case of a successful SMS to e-mail forwarding.

Conclusion

To summarize article we can conclude, that setting up e-mail to SMS forwarding using a POP3 client is quite easy. If you have already completed the steps, I am sure, if you let your girlfriend (or boyfriend) know, you will be rewarded. If you would like to read more useful insights about the benefits of other similar solutions, please open ozeki-sms-gateway.com.

How to setup E-mail to SMS with Gmail

This article explains how you can send and receive SMS from a Gmail user account. It will show you the communication from the perspective of the Gmail user (james@gmail.com), and from the perspective of the mobile user (+3620111111). You will see that you need to create a technical e-mail account (james-sms@gmail.com) to forward e-mails as SMS messages and you will see how your SMS gateway needs to be configured to accomplish this goal. The presented solution is a great example of an email to sms and sms to email configuration that can be created using Ozeki SMS Gateway.

What is E-mail to SMS?

Email to SMS is solution which allows you to turn an email into a text message without any extra effort

How to setup E-mail to SMS with Gmail

To setup E-mail to SMS with Gmail:

1. Launch Ozeki SMS Gateway
2. Install SMS modem connection
3. Provide port name
4. Specify phone number
5. Add IMAP client
6. Configure IMAP Server
7. Modify SMTP settings
8. Enable using address in subject line
9. Send test e-mail to SMS from Gmail

E-mail user perspective (I am using E-mail)

Once the configuration is completed, the e-mail user can send an SMS, by sending an e-mail to james-sms@gmail.com. He needs to put the phone number into the subject line of the e-mail messages, and he needs to put the SMS text into the e-mail body (Figure 1).

Mobile user perspective (I am using SMS)

When the mobile user receives this e-mail, he will see that it came from phone number +3620222222. He can send a reply SMS to this phone number. The reply SMS will be returned as an e-mail message to james@gmail.com. This configuration allows the two parties to communicate freely. James can use his desktop e-mail account and Mobile user can use his cell phone (Figure 2).

What you need to create

To create this solution, you need to create a technical e-mail account at G-mail. You can call this e-mail account james-sms@gmail.com. This e-mail account will serve as the e-mail address to send and receive e-mail on behalf of the SMS gateway.

You also need to create an SMS gateway setup. You can install the SMS gateway on Windows (Figure 3) or you can use the Android SMS gateway setup. If you install the SMS gateway on Windows we recommend you to connect your sms gateway to the mobile network using a GSM modem. In our example the SIM card you put into the GSM modem will have a phone number of +3620222222. Note, that there are other ways to connect your SMS gateway to the mobile network. For example you can connect to an SMS service provider using an SMPP client connection, or using a HTTP REST SMS api connection or you can connect to your Android Mobile phone and send sms through it.

In the SMS gateway you will also have to create an IMAP user connection to direct it to download e-mails from the james-sms@gmail.com inbox, and to send SMS messages as e-mail using the sender address of james-sms@gmail.com. (Figure 3)

How does E-mail to SMS work

The e-mail to SMS setup works because Ozeki 10 SMS Gateway can use IMAP and SMTP communication to interact with an e-mail account. In our example Ozeki 10 SMS gateway downloads the E-mails from the e-mail account using IMAP, and when it receives an SMS, it will forward it as an e-mail through this e-mail account using an SMTP e-mail sending request. (Figure 4)

E-mail to sms (IMAP download)

In this configuration, when james@gmail.com sends an e-mail to james-sms@gmail.com, he needs to put the mobile telephone number (+3620111111) into the subject line, and he needs to write the SMS text into the body (Figure 5).

This e-mail will arrive to the Inbox of james-sms@gmail.com. The Ozeki SMS Gateway will download the e-mail from this inbox using an IMAP connection. After the e-mail is downloaded it will send it as an SMS. If you have attached a GSM modem to your SMS gateway, that has a phone number of +3620222222, the SMS sent by the SMS gateway will appear on the phone of Mobile user as if it was sent by +3620222222.

SMS to E-mail (SMTP upload)

If Mobile user replies to the SMS, he will send a reply to the phone number +3620222222. This is the phone number of the SMS gateway. He will write his text e.g.: "Hello James" and will send the messages. He does not know, that his sms will end up in an e-mail box.

When the SMS gateway receives this SMS, it will create an E-mail. It will send the e-mail to james@gmail.com. The from field of the e-mail will be james-sms@gmail.com, the subject will be the phone number of the Mobile user (+3620111111), and the e-mail body will be the SMS text ("Hello James").

The e-mail will be sent as an SMTP E-mail submit request to the G-mail SMTP server. The user account james-sms@gmail.com will be used to login to G-mail to send the SMS. After the e-mail has been sent by the SMS gateway, james@gmail.com will receive this e-mail. He will see that the e-mail came from jame-sms@gmail.com, and he will see the phone number of the mobile user (+3620111111) in the subject line. (Figure 6) If he wants, he can reply to this e-mail.

Install SMS modem

To install a new SMS modem, you need to open the Connection install list. To do so, look for the blue Add new connection button located on the left-side panel of the Ozeki SMS Gateway home page (Figure 7). On the Install list, look for the SMS modem item and click the Install button next to it.

Provide a port and a phone number

In the Serial port group box, you need to provide information about the port that the connection will use. You can use the autodetect function to automatically determine the correct port number. In the Telephone number group box, you need to provide a phone number for this connection (Figure 8). After you have done the setup, click the Ok button.

Install IMAP client

To setup the IMAP client which will check your email account for incoming messages, you need to create a new application. To do so, check for the blue Add new user/application button located on the left-side panel of the Ozeki SMS Gateway. You will be presented with the Add user or application install list. Look for the IMAP client option and click the blue Install button next to it (Figure 9). This will take you to the IMAP client setup page.

Configure the IMAP Server

In the next step, you need to configure the IMAP server. You can find the IMAP server group box if you scroll down in the General tab. You can find a Host textbox where you need to provide host address of the mail service you are using. For Gmail, it is imap.gmail.com. The port textbox needs the port number that the connection will use. The username and the password textbox will need the login credentials of the gmail user account (Figure 10). This way, the IMAP client will be able to login to the mail server.

In the SMTP tab, you need to provide the address for a sender and a recipient. Then you need to fill in the required information for the SMTP server. You need the host address which is smtp.gmail.com, a correct port number and the login information for the SMTP server (Figure 11).

Configure the SMTP

Use the subject line as the address

Click the IMAP tab and look for the checkbox titled Use address in the subject line. This way the subject of the message will be the address where you need to send a message (Figure 12).

Final thoughts

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as painlessly as possible. If you have followed the steps closely, you should be able to send sms messages using the E-mail to SMS system with Ozeki SMS Gateway without issues. If you have already completed the steps, you can enjoy a well-deserved chocolate or some other treat you have in mind. If you would like to receive more valuable information about the benefits of other similar solutions, please open ozeki-sms-gateway.com.

Email to sms with Mozilla Thunderbird

This article will present you the steps you need to take to have a system that will detect an incoming email in Mozilla Thunderbird and forward it to a phone number. The article will show you how you can setup a new user that will check your email account, a route to connect it to an SMPP server which will send the SMS message. This process will take about 10 minutes to do. The tutorial is detailed and easy to follow. We use the Ozeki SMS Gateway in this article, which is a powerful sms gateway with an intuitive guide. We assume that you are familiar with the SMS and Email communication technology. Don’t waste any more time. Let’s start sending messages.

Email to sms with Mozilla Thunderbird (Video tutorial)

The following video is about how you can send SMS in case of an incoming Email. It will start with setting up an HTTP server and will take you all the way to receiving your first email message. The video is only a little longer than 5 minutes and very detailed. We are using the Ozeki SMS Gateway which is a powerful SMS gateway with a very intuitive guide so you will have no problem following the steps.

Install a new HTTP server

The first step in order to be able to send and receive SMS using Thunderbird is to establish a Service provider connection to which the message will be forwarded. In this documentation, the HTTP server plays this role so install an HTTP server in the Ozeki SMS Gateway. (Figure 1)

Install a new SMTP User

The next step is to create an SMTP User to receive emails from Thunderbird. Open the Apps menu, the left-side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the SMTP User and click the blue install button next to it. (Figure 2)

Provide login credentials

Clicking the Install link will bring up the SMTP User installation panel. Here, you need to enter a unique username in the Username field and a password in the Password field. (Figure 3)

Install a new POP3 user

Now create a POP3 User to send emails to the Thunderbird. Open the Apps menu, the left-side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the POP3 User and click the blue 'install' button next to it. (Figure 4)

Provide login credentials for the POP3 user

Clicking the Install link will bring up the POP3 User installation panel. Here, you need to enter a unique username in the Username field and a password in the Password field. (Figure 5)

Check the SMTP server details

Then you must enable authentication on the SMTP server. To do this, open the SMTP server details page in the advanced menu. (Highlighted in Figure 6)

Enable the Requires authentication option

On the SMTP server Details page, select the Configure tab and enable 'Require SMTP authentication' in the User Authentication section. (As you can see in the Figure 7)

Download Thunderbird

Download the latest version of Thunderbird from thunderbird.net. This program will be used from the Email side. (Figure 8)

Install Thunderbird

Open the installer and click the 'Next' button on the Welcome page to begin the installation. (Figure 9)

Start the installation process

Select the installation location and start the whole process by clicking the Install button. (Figure 10)

Finish the installation process

When the installation is complete, click Finish button and Thunderbird will start. (Shown in Figure 11)

Add a new mail account

Now you need to create a new email account in Thunderbird. Select New section in the Menu and then the Existing Mail Account option. (Figure 12)

Setup the e-mail details

Then enter your name and email address and then the password you used for SMTP User. In the Advanced configure section. Enter the IP address of the SMS Gateway on the server and the default POP3 and SMTP ports on the port, which are 110 and 25. Finally, for SMTP, select Normal Password for Authentication. Username should be SMTP and POP3 usernames. (Figure 13)

Send a message

The next step is to send a message from Thunderbird to the SMS Gateway. To do this, select the Write menu. You can enter the recipient in the form phone number@domain where the phone number is the recipient's phone number, and the domain is the SMS Gateway domain name. Both the subject and the body part will be sent in the SMS. (Figure 14)

Message received by the server

You will see that both parts of the message appear on the HTTP server with other useful information, like date and address. (Shown in Figure 15)

Edit the route

In order to receive a message on the POP3 user, the routing table must be set to forward incoming messages here. Open the routing menu and go for the Settings group box, where you can specify the route. In the To dropdown menu, select the POP3 user. (Highlighted in Figure 16)

Send a message back

Now send a message back from the HTTP server to the SMS Gateway by typing the text to the MessageData textbox and click submit. (Figure 17)

Message is received

Finally, if you press the Get Messages button in Thunderbird you will see that the message arrived in your inbox, and you can be sure that your work paid off. (Shown in Figure 18)

Final thoughts

If you have followed the tutorial steps closely, you should be able to send texts using the Email to SMS system with Ozeki SMS Gateway without problems. This solution allows you to have a communication between Ozeki SMS Gateway and Mozilla Thunderbird. You are able to perform cross platform dialogues using this innovation.

If you would like to learn more valuable information about the advantages of other similar solutions, please visit our page, where you can read about topics like Email to SMS - POP3 and Email to SMS - Gmail.

Your next thing to do is to download Ozeki SMS Gateway and start working!

Email to SMS from Windows mail

The following document is about to demonstrate how you can configure your Ozeki SMS Gateway and Windows Mail to be able to send or receive SMS messages. By performing this configuration on your system, you will be allowed to use e-mail to SMS and SMS to e-mail forwarding. The step-by-step guide on this page shows you what connections that you need to create in SMS Gateway and how you need to configure Windows Mail to be able to forward e-mails and SMS messages. The guide does not take more than 10 minutes to complete, so let's start right now!

How to send E-mail to SMS from Windows mail

To send E-mail to SMS from Windows mail:

1. Launch Ozeki SMS Gateway
2. Install HTTP Server
3. Select SMTP user to install
4. Add POP3 user connection
5. Click on the Advanced toolbar icon
6. Configure SMTP service Details
7. Add Internet and e-mail account in Windows mail
8. Write test e-mail
9. Send SMS to test SMS to e-mail forwarding
10. Check the logs

Email to SMS from Windows mail (Video tutorial)

In this video, we are going to show you how to forward email to SMS using Windows mail. The video will start with the home page of the Ozeki SMS Gateway. The video will end with receiving the first sent message. In the video, you will learn how to add a new POP3 user and how to add a new Windows mail account. The video is only 5:40 long and it features all the important information you need to complete the process. It is shown very detailed and easy to follow. You will have no problem with following it.

Step 1 - Create HTTP server connection

The first step of this guide is to create a HTTP Server connection. This connection is going to help us to send and receive SMS messages to test if the forwarding working well to both directions. So, after you opened SMS Gateway, click on the icon of Connect on the toolbar (Figure 1), and here from the list, click on the Install button of the HTTP Server connection.

Next, you will be able to see the configuration menu of the HTTP Server connection as you can see it in Figure 2. Here, you can set a name for the connection, set up the URL for the HTML form of the connection. You will need to use this form to handle the SMS messages. Lastly, you can specify a phone number for this connection. If you finished with the configuration, just click on OK to create the HTTP Server connection.

Step 2 - Install SMTP User connection

Next, you need to set up a SMTP user connection in Ozeki SMS Gateway in order to receive the e-mail messages from the Windows Mail application. To create a new user connection in SMS Gateway, first, you need to open the Apps menu by clicking on its icon on the toolbar. Next, scroll down to the SMTP user connection, and like in Figure 3, click on the Install button.

The configuration of the SMTP User connection does not require any specific knowledge from your side. All you need to do here is to specify a username and a password for the SMTP user connection as Figure 4 demonstrates it. After you finished with the configuration, just click Ok to create the SMTP user connection.

Step 3 - Install POP3 User connection

The next step of the guide is to install a POP user connection on your SMS Gateway. This POP3 user connection allows you to send the SMS messages received by the SMS Gateway to the Windows Mail application. To install this connection, open the Apps menu by clicking on its icon on the toolbar, and next, as you can see it in Figure 5, select the POP3 user from the list, by clicking on the Install button.

After you clicked on the Install button, the next windows that shows up, is the configuration menu of the POP3 user connection. Here, you need to enter a unique username in the Username field and a password for the user in the Password field like in Figure 6. Lastly, just click on Ok to create the POP3 user connection.

Step 4 - Configure the SMTP service

Before connecting and configuring the Windows Mail with Ozeki SMS Gateway, you need to configure the SMTP service in the SMS Gateway by turning on the SMTP authentication. This SMTP service is created automatically when you created the SMTP user connection. To find that service, just select the Advanced menu from the toolbar, and as you can see it in Figure 7, and then, click on the Details button of the SMTP service.

In the Details menu of the SMTP service, you can perform some modifications on the service. To turn on the 'Require SMTP authentication' option, first, select the Configure tab as you can see it in Figure 8. Here, in the User authentication submenu, just check the 'Require SMTP authentication' option. If you finished, click on OK to save the modifications of the SMTP service.

Step 5 - Create new account in Windows mail

At this point, you configured every connection and service in Ozeki SMS Gateway to be able to handle the e-mail and SMS forwarding. Now, you need to create an account in Windows mail that connects to the SMTP and POP3 servers integrated in SMS Gateway. First, open Windows mail on your computer. This application is installed on every Windows computer by default, and you can open it by clicking on its icon on the taskbar (Figure 9).

After you opened the Windows mail application, you will be able to see the main menu, where you can check the incoming and outgoing e-mail messages. To create a new account, first, click on the Settings icon in the bottom left corner as Figure 10 shows that, and on the right-hand side, select the 'Manage accounts' option. After opening this menu, you need to select the 'Add account' option to be able to create a new account.

Step 6 - Select Internet e-mail account

In the list of accounts, you can create or connect many types of e-mail accounts to Windows mail. Now, you need to select the 'Advanced setup' option to be able to configure the SMTP and POP3 servers. As you can see it in Figure 11, you need to select the 'Internet email' option.

Step 7 - Configure Internet e-mail account

The next step is to specify the details of the account to be able to send and receive e-mails and SMS messages. First, type an e-mail address that you would like to use for this account. Next, in the Username and Password fields, type the username and password of your POP3 user connection that you created in SMS Gateway. Then, type an Account name, that Windows mail uses to identify the account and to the next field, type a name that you would like to use as a sender name when you send an e-mail. (Figure 12)

Next, you need to specify the details of the SMTP and POP3 servers. The incoming e-mail server will be a POP3 server. Here, you need to type 'localhost:110' to use the built-in POP3 server of SMS Gateway. Next, select the POP3 option as an 'Account type'. Then, in the field of 'Outgoing (SMTP) email server', type 'localhost:25' to connect to the SMTP server of the SMS Gateway (Figure 13). In the next step, disable the 'Use the same name and password for sending email' and here, type the username and password of the SMTP user connection. Lastly, disable SSL for both incoming and outgoing messages, and click on 'Sign in'.

Step 8 - Send e-mail to test e-mail to SMS forwarding

In the previous steps, you configured both the SMS Gateway and Windows mail, so now, it is ready to forward the e-mail and SMS messages. First, let's try the e-mail to SMS forwarding. For that, open Windows mail, and click on the 'Plus' button to write a new e-mail. Here, you need to enter the recipient in phone number@domain form, where the phone number is the recipient's phone number, and the domain is the SMS Gateway domain name. Then, just type the subject and the body to the message. Lastly, click on Send to send the e-mail. (Figure 14)

After you sent the e-mail message, you can check if the solution works by seeing the logs of the SMTP User connection. You can open it, by opening the menu of the connection in SMS Gateway, and here, select the Events option as Figure 15 shows that. Here, you can see that the e-mail was received by the connection, and it forwarded to the HTTP Server connection which can send the SMS message.

Step 9 - Set up route to POP3 user connection

Before testing the SMS to e-mail forwarding, you need to do one more configuration to make sure, the solution works perfectly. At this point, you need to create a routing rule from any SMS connection to the POP3 user connection. This allows the POP3 user connection to collect all incoming SMS messages and send them to the connected Windows mail account. So, open the Routes menu from the toolbar and select 'Create new Route'. Here, as Figure 16 shows that, select 'Any SMS connection' for the 'From' field, and the POP3 user connection for the 'To' field. To create the route, just click OK.

Step 10 - Send SMS to test SMS to e-mail forwarding

You can test your solution in the other way as well and see if it can forward SMS messages as e-mails. For that, open the HTML form of the HTTP Server connection. Here, you can send an SMS message (Figure 17). Just type the phone number of the recipient, and the message itself. If you are ready, just click on 'Submit' to send the SMS message.

As soon as you sent the SMS message, the SMS Gateway uses the created routing rule to help the POP3 user connection to receive the SMS message. After the POP3 user connection received the SMS message, it forwards the message to the connected Windows mail account as a new e-mail. As you can see it in Figure 18, the message arrives as a new e-mail in the Inbox folder.

Summary

This article explained how to configure an E-Mail to SMS and SMS to E-Mail connection using Ozeki SMS Gateway and Windows Mail. If you have followed the steps above carefully, you are now able to set up a route between SMS and E-Mail messages, making your communication more convenient. If you need to send messages to E-Mail address and mobile phone numbers, this solution is definitely for you because you can reach both destinations with the simple delivery solution offered by Ozeki SMS Gateway.

Ozeki SMS Gateway is the perfect link between SMS and E-mail, and it offers more. Learn what else you can achieve with E-mail to SMS forwarding by opening the following pages: IMAP to SMS forwarding and POP3 to SMS forwarding.

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

FAQs

Does the software run as a Windows Service?

This software operates conveniently as a background service on Windows. This means two key benefits:

• Always Running: You don't need to be logged in for the software to function. It will keep running in the background.
• Automatic Startup: If the computer restarts, the service will automatically launch the software again, ensuring uninterrupted operation.

The software runs as a windows service by default. Is there a way to run it as an application?

Yes, there is.

Instead of running as a service, you can choose to launch Ozeki SMS Gateway manually. To do this, open a command prompt (search for "cmd.exe") and navigate to the program's directory (usually "C:\Program Files\Ozeki\OzekiNG"). Then, execute the following command to start the software in application mode:

OzekiNG.exe /run

How to send SMS from Outlook 365 through Exchange

In this guide you will learn about the configuration steps necessary to setup an E-mail to SMS gateway through Microsoft Exchange and Ozeki SMS Gateway. You will see how you can send an e-mail from Outlook to an e-mail address in the format of +441234567498@domain.com, and how this e-mail will be converted routed by exchange to the built in E-mail (SMTP) server of Ozeki SMS Gateway and how it will be sent as SMS.

Overview

Our setup consists of 5 major components: We expect the messages to be sent from Outlook through an Exchange server. Next the Exchange server will forward the messages to the SMS gateway as an E-mail, which will convert it to SMS and will forward it to the mobile Network (Figure 1).

Creating the solution in 12 minutes

To create the solution, you need to follow the instructions in these Guides:
1. Connect your SMS gateway to the mobile network (2 minutes)
2. Configure the SMTP service in your SMS gateway (2 minutes)
3. Configure you Windows firewall (2 minutes)
4. Setup Microsoft Exchange to forward messages to your SMS gateway (4 minutes)
5. Send your SMS from Outlook 365 (2 minutes)

Section 1 - Setup your SMS gateway

The first step you need to take is to connect your SMS gateway to the mobile network. For this there are various options. In our guide we provide SMPP setup instructions. After you system is connected to the mobile network, you need to configure the built in SMTP server of Ozeki SMS gateway to accept e-mail messages. Video 1 explains these two steps. After this step you may need to open port 25 on your windows firewall to allow e-mail messages to come into your SMS gateway.

Section 2 - Setup Microsoft Exchange to forward SMS

In this video we use the Exchange server that comes with Office 365. This Exchange server resides in the Microsoft Azure cloud and is already setup when you purchase an Office 365 subscription. To configure this Exchange server to forward messages to the SMS gateway, you need to create a mail connector (Video 2).

Section 3 - Send your first SMS from outlook

Once your Exchange server is configured for SMS forwarding, you are ready to test it from Outlook 365. To send SMS from Outlook 365, you need to create an new E-mail. You will have to format the e-mail address to include the phone number you wish to send the SMS to, and to use the domain you have provided when you have configured your Exchange server for SMS forwarding. For example, you can user +44123457@sms.gw to send an SMS to +441234567. The SMS messages text will be the E-mail subject and the E-mail body combined (Video 3).

Section 4 - Trace your SMS in the logs

It is a good thing to know how you can trace your messages in the logs of the SMS gateway. Video 4 shows you the steps to take to open the relevant log forms of the SMS gateway to see where the E-mail comes into the system and where the SMS goes out to the mobile network. Note that if you don't see any incoming traffic in the SMTP server, you might have a firewall setting that blocks incoming SMTP server traffic, or you might have configured the IP address of you SMS gateway incorrectly in Exchange.

Summary

The purpose of this short article was to explain how to send SMS from Outlook through Microsoft Exchange with the help of Ozeki SMS Gateway. This solution makes communication possible between email clients and mobile users. Ozeki SMS Gateway helps the conversion and distribution, so if you followed the steps above carefully, a fully operational email-to-sms chain is ready to be used for you or your company.

Learn more about the email to SMS solution in our page, where we show you how to use tools like Gmail or Thunderbird in this process.

Your next thing to do is to download Ozeki SMS Gateway and start using it!

Exchange Server setup for e-mail to SMS sending

Exchange Server is Microsoft’s email, calendaring, and contact managing platform. It is mostly used a protocol called MAPI, but it supports POP3, IMAP and EAS protocol. This means you can use it to establish a connection which you will use to forward e-mails as SMS messages. This tutorial will help you doing this. Follow the steps provided below and you will have a working connection.

How to setup Exchange Server for e-mail to SMS sending

To setup Exchange Server for e-mail to SMS sending:

1. Login to Microsoft Exchange Server
2. Add new connector
3. Configure new connector domain
4. Provide new route for e-mail messaging
5. Enter IP address of Ozeki SMS Gateway
6. Validate connector
7. Specify test e-mail address
8. Do the e-mail address validation
9. Check if connector status is on
10. Test e-mail to SMS sending

Step 1 - Login to Exchange admin centre

First, you need to have access to Microsoft Exchange Server. To have this, please log in to the Microsoft Admin Centre. This way you can start setting up your connection. You can see the admin centre on Figure 1.

Step 2 - Open Exchange menu

Now you need to select the Exchange option from the side menu on the left. You can see which one to choose on Figure 2. If you click the option, you will be presented with the Exchange Admin centre.

Step 3 - Open mail flow menu

Here you will have options on the left side of the screen. Here you can manage different settings of the Exchange Server. To setup a new connection, you need to choose the mail flow sub-menu on the left side. You can see which one to choose on Figure 3.

Step 4 - Open connectors menu

If you head over to the connector's menu, located on the right side of the upper menu, you can manage your existing connections or create new ones. You can see on Figure 4, where to click.

Step 5 - Add new connector

Here you can see all your existing connections. If it is empty, it means that you have no connections. To establish one, click the + icon located below the status title. You can see where to click on Figure 5.

Step 6 - Select mail flow scenario

Now you need to select the mail flow scenarios. This is important, because the setup process will be done with the settings based on your choice. On Figure 6, you can see more information about your options.

Step 7 - Select mail flow scenario options

On Figure 7, we give you the options you need to choose to have a connection that the Ozeki Gateway can work with. These options will forward e-mails from your cloud subscription to a partner organization, in this case the Ozeki Gateway. Click the Next button to proceed.

Step 8 - Add new connector name

In this step, you get to choose a name for your connector. Make sure that the name is something that you will easily distinguish from other connectors. You can see our example name on Figure 8. Click the next button to proceed.

Step 9 - Setup new connector domain

Now, you need to setup a domain for your connector. To do that, please click the + icon below the textbox. This will take you to the add domain window. You can see the process on Figure 9.

Step 10 - Specify the domain name of the new connector

Here, you need to provide a domain name of the new connector. If you have it typed in, click the OK button to proceed to the next step. You can see our example domain name on Figure 10.

Step 11 - Select the e-mail option

Now you need to select your newly created connector to work with the Exchange Server. Select it and click the next button. You can see both buttons on Figure 11.

Step 12 - E-mail messages routing

Now you need to provide a new route for email messaging. Click the + icon below the box, so it will take you to the adding a smart host window. You can see process on Figure 12.

Step 13 - Specifying the smart host

Here, you need to provide the IP address of your Ozeki 10 SMS Gateway. As you can see on Figure 13, we provided an example IP address. Click the Save button to proceed.

Step 14 - Route e-mail messages

Now you need to choose the created smart host. Choose it and click the Next button to proceed. You can see the button on Figure 14.

Step 15 - Configure Transport Layer Security (TLS) connection

Using TLS (Transport Layer Security) is a very important aspect of a secure connection. This protocol will ensure that no one except the sender and the receiver sees the messages. You can see which box to tick in on Figure 15.

Step 16 - New connector confirmation

This step will let you see the settings you provided for your new connector. Check if all your settings are correct. To save them, click the Next button, as you can see on Figure 16.

Step 17 - Connector validation

Now, the Exchange Server need to verify if the connection is working as expected. Use a test e-mail address where the server will send a test message. To provide the address, click the + icon. You can see where to click on Figure 17.

Step 18 - Add test e-mail address

Now you need to type in the address where the test message should be sent. Click the OK button to proceed. You can see the test address on Figure 18.

Step 19 - Successfully added the test e-mail address

Now a pop-up window will appear which notify you that the address is successfully saved to the connector. Click ok to close the window and proceed to the next step. You can see the process on Figure 19.

Step 20 - Validation of the test e-mail address

Now you need to start the validation process. Click the address and click the validate button. This will initialize the validation process. You can se the button you need to click on Figure 20.

Step 21 - Starting of the validation process

The process should now start, and you should supervise the procedure with the green progression bar, that you can see on Figure 21.

Step 22 - The validation process has completed

if you get the notification that the operation is finished successfully, you could close the pop-up window. You can see the finishing notification on Figure 22.

Step 23 - The result of the validation process

Here you can see the result of the validation process. If everything came back Succeeded, it means that the connection is working properly. Click the Finish button to close the installer. Now you have a working connector. You can see the results on Figure 23.

Now you have a working connector that is ready for e-mail sending. You can see if the connection is turned on or off using the status column.

Step 24 - The connector status is on

Exchange messages in the SMS gateway

After you have done setting up the Ozeki SMS Gateway and the Exchange Server setup, you need to check if everything works together. The best way of it is to check if you have received the validation e-mail from Microsoft.

You can check it by visiting the SMS Gateway and looking into the SMTP Log. This tutorial will guide you through every step you need to take to get to the log file and find the validation e-mail, then to start sending SMS messages form Outlook.

Step 1 - Open SMTP

First step you need to take is open the SMS Gateway and search for your SMTP Server in the Users and Application panel. Click it and it will open the details of the server. You can see where to click on Figure 1.

Step 2 - Check SMTP Log

Now on the Events tab, you could see the log of the server. This will note every event that happened on the server to make maintenance easier. On Figure 2, you could see the log of the validation highlighted with red. This means that the validation e-mail has arrived from the Exchange server. Click the Sent folder located on the left side of the screen to proceed.

Step 3 - Open SMTP Sent box

Here in the Sent folder, you could see that you have sent a validation e-mail from your SMTP server. This was an automatic message; no further action is required. You can see the message on Figure 3.

Step 4 - Open SMPP client

Now your need to open the details of the SMPP client. To do that, head back to the home page of the SMS Gateway. Here on the left side of the screen you will find the connections panel. As you can see on Figure 4, you need to search for your SMPP client. Click it and it will open the details of it.

Step 5 - Check SMPP log

As you can see on Figure 5, the log shows that the validation message was received successfully. It means that you have a working connection, so you could start sending SMS from Outlook.

Step 6 - Open Microsoft Outlook

To start sending SMS form Outlook, you first need to open Outlook. As you can see on Figure 6, you can do that by opening the start menu and start typing Outlook. Your computer will find the application. Click it to launch the program.

Step 7 - Compose new e-mail

Now you need to start the mail composing process. Click the New Email button on the upper left side of the screen, as you can see on Figure 7. Click it and it will open the message composing window.

Step 8 - Enter the e-mail address and message

Compose a message with the To box filled in with the recipients address which will be the phone number’s domain, a subject and the body of the e-mail. Provide that information and click the Send button. It will start the message sending process. You could see the required information on Figure 8.

Step 9 - The message was sent out

On the bottom of Microsoft Outlook, you can see a status indicator. If the text is the same as on Figure 9, it means that you have a working connection with the Microsoft Exchange, so the message was sent to the phone successfully.

How do I allow SMTP through my firewall?

An SMTP (Simple Main Transfer Protocol) server’s primary purpose is to send, receive or relay incoming and outgoing mails between sender and receivers. If your firewall is blocking the SMTP connection, your email wouldn’t make it to the destination. This tutorial offers you a solution to this problem. We will guide you with a step-by-step tutorial to make an access route for the outgoing SMTP connections. This way your firewall will not interrupt any data transfer on that connection.

Allowing SMTP through firewall - configuration steps

To allow SMTP through firewall, follow the steps:

1. Open Windows Defender Firewall
2. Go to Advanced settings
3. Select Inbound rules
4. Create a New rule to give Ozeki access
5. Choose Port, to let the SMTP port through
6. Pick TCP (SMTP goes through the firewall as TCP)
7. Enter the SMTP port: 25
8. Enable "Allow the connection"
9. Tick the Domain, Private, Public checkboxes
10. Give a name to this rule
11. Click Finish

Step 1 - Open Windows Defender Firewall

Now you need to open the Windows Defender Firewall. To do that, you need to search for it on the Start menu. Press the Windows button to open the start menu and start typing Windows Defender Firewall. Your computer will find the Security Control Panel. Click it to open it and it will open the settings page you will need. You can see the process on Figure 1.

Step 2 - Select Advanced settings

Now you are in the Firewall control settings. Search for the Advanced settings button. It will open the settings where you can deeply modify your firewall. You can see where to find it on Figure 2.

Step 3 - Select Inbound rules

To have access to the list of the existing rules, look for the Inbound Rules button located on the left side of the screen under the Windows Defender Firewall settings. You can see where to click on Figure 3.

Step 4 - Create New rule

Now you need to create a new inbound rule. It will list all the existing rules, so you could create and delete them. Search for the New Rule... button located on the right side of the screen, under the Actions panel. You could see where to click on Figure 4.

Step 5 - Configure Port rule

Now you need to choose what type of rule you would like to create. In this case, we have a concrete port that we need to create a rule for. The best option for you is the Port. You could see which on you need to choose on Figure 5.

Step 6 - Specify the Port number

Now you need to choose which type of protocol the rule applies to. You have two options, TCP or UDP. The main difference between them is that TCP is a connection-oriented protocol, which means that it establishes a connection between a sender and a receiver before data sending, and UDP is a connection-less protocol which will not establish connection before data sending. In this case, please choose the TCP option. Next, you need to specify the port you wish to use for the connection. You can see the options on Figure 6.

Step 7 - Specify the action when a connection match

Here, you need to choose what action should be taken when the criteria is matched. We need to have a steady undisturbed connection, so please choose the Allow the connection option. As you can see on Figure 7, you need to click Next to proceed.

Step 8 - Rule application

Now you could choose what type if connection you wish to use on the port you are applying the rule to. It could be a corporate Domain, a Private network in your home, or a Public network in a caffe or on an airport. Choose all the possible options to have a versatile connection anywhere. You could see your options on Figure 8.

Step 9 - Specify the name of the rule

Now you get to name your rule. Make sure that this is something that you will remember, and you will distinguish the rule easily by. On Figure 9, you could see our example name. Click Finish to exit the rule setup process.

Step 10 - Ozeki SMTP Server rule is ready

Firewall allows for the SMTP Server to receive e-mail messages via port 25.

Now you have a working rule that will make sure thar your SMTP connection is usable and undisturbed by your firewall. You could see on Figure 10, that the rule is on the list, so you could disable is, delete it or copy it.

How to open IMAP port in Windows Firewall

Allowing IMAP port through firewall - configuration steps

Internet Message Access Protocol (IMAP) is a protocol for accessing email messages from a local or a shared mail server or service. IMAP allows a client e-mail program to access remote message stores as if they were local. Windows Firewall is an application which monitors connections to make them more secure. To grant access reliably, you need to open an IMAP port on the Windows Firewall, which will let the server send and receive packages without disturbance. We provide you this step-by-step tutorial, which guides you through the setup of such port.

Create an access rule for outgoing IMAP connections. Follow the steps:

1. Open Windows Defender Firewall
2. Select Advanced settings
3. Go to Inbound rules
4. Add a New rule...
5. Select Port rule
6. Choose TCP
7. Specify the local ports: Enter "143" into the textbox
8. Select "Allow the connection"
9. Tick all of the following checkboxes: Domain, Private, Public
10. Give a name to this rule
11. Click on Finish button

Open the Windows Defender control panel

First you need to open the “Windows Defender Firewall” application. To do so, please press the windows button on your keyboard and start typing ”windows firewall”. This way your computer will start searching for the application. You can see on Figure 1, what should you screen look like when it finds the application. Click it and it will open.

Open the advanced settings

Now you are in the Windows Defender Firewall control panel. Here you can monitor if your firewall is working as intended and providing safety for your computer. Next, you need to search for “Advanced Settings” in the control panel on the left side of the screen. Here you will be able to configure your port deeply. You can find the button with the help of Figure 2.

Open the list of Inbound Rules

Next, you need to configure your new rule. To do that, simply head over to the Inbound Rules management console. It is located on the left side of the screen. You can find it with the help of Figure 3. Click it and it will open up.

Create a new rule

Here you can see the list of all the existing rules. To create your new rule, click the “New Rule..” button on the right side of the screen located in the “Action” panel. Click it and it will start a process, where you can configure and create a new rule. You can see the button on Figure 4.

Choose the Port rule type

Here you will have the options the set what type of port you would like to create. It could be Programs, Ports or a Predefined which could be handy if you would like to use File or Printer sharing, or Remote Assistance on the exception you are creating. In this case, you will need to choose the port option. To see which one to choose please look at Figure 5.

Choose the TCP option and configure it

Now you are choosing which type of protocol you are using on the connection. TCP is the Transmission Control Protocol, which is designed as a model to offer highly reliable, end-to-end byte stream over an unreliable network. UDP is almost the same as TCP, only it is not using error-checking system. TCP is slower but more secure and UDP is faster. In this case, you need to choose TCP, and specify the local port which will be “143”. To see how the window should look like, study Figure 6.

Choose the condition of the rule

In this step, you will need to choose what the rule should be doing. You could choose between “Allow the connection”, “Allow the connection if it is secure” and “Block the connection”. Our goal is to have an open, undisturbed connection, so please choose “Allow the connection”. To see which one to choose, please see Figure 7.

Set which type of connection the rule should apply to

Now you need to choose which type off connection, the rule should be applied to. You have 3 options. Domain Private and Public. Domain is strictly for corporate network, private is for your home network and the public is for when you wish to use it on an airport network or in a caffe. To have a connection which you can use anywhere you wish, please tick in all the boxes. To see what this window should look like, please study Figure 8.

Name your Inbound Rule

The final step is to name your connection. It could be anything you wish, but make sure that you can distinguish the rule by the name given. In our example, we named it “ozeki”. If you have the name typed in, click the finish button to finalize your decision. You can see our example name on Figure 9.

Configure you SMPP mobile network connection in Ozeki

There are various ways to connect your SMS gateway to the mobile network. You can use a GSM modem over a data cable, an Android Mobile phone through Wifi or you can connect directly to an SMS service provider over the Internet. Connecting to an SMS service provider over the Internet is your best choice, because it provides the most reliable and highest capacity link. In this guide you can take a look at the steps you need to connect to an SMS service provider over the Internet using an SMPP client connection.

How to configure SMPP mobile network connection in Ozeki

To configure SMPP mobile network connection in Ozeki:

1. Launch Ozeki SMS Gateway
2. Add new client connection
3. Install SMPP client connection
4. Enter hostname or IP address
5. Type port number 9551
6. Select Advanced tab
7. Tick Log level check boxes
8. Check the logs

Step 1 - Open Ozeki SMS Gateway

Start the SMS Gateway software in the Ozeki 10 Operating System. Click on the icon of the SMS Gateway on the desktop (Figure 1).

Step 2 - Add new Client connection

To create new SMPP Client connection click on the "Add new connection.." (Figure 2) in the Connections section.

Step 3 - Install SMPP Client connection

To connect to the SMS provider an SMPP client connection is required. Select the SMPP client from the list of the SMS Connections and click on the blue Install URL (Figure 3).

Step 4 - Setup SMPP Client connection

The configuration process of the SMPP connection you need to give the name of your connections in the "Name:" field. The most important part is during the configuration by entering the service connection details. In the Host field enter the IP address or host name of your SMS provider. Change the port number for 9551. Enter the SMPP credentials (Name and Password). This information is usually provided by your service provider. Finally, click on the Advanced tab to configure the log level. (Figure 4)

Step 5 - Open Advanced tab

If you want to track the communication of the SMPP client connection you need to setup log level on the Advanced tab, as you can see on Figure 5.

Step 6 - Setup Log level

Check the boxes for the detailed communication log. The Log communication events provide information about messaging between the SMPP Client and SMPP Service provider. The Log messaging events shows the status of the SMS messages. (Figure 6)

Step 7 - Checking of the events in the log and the connection

When the SMPP client connection can connect to the SMS Service provider the connection status is enable. Like on Figure 7, once your connection is online, you can check the SMPP client connection log to see if the SMS system connected properly to your SMS service provider.

E-mail to SMS with Exchange and Authentication

This document explains how you can setup an E-mail to SMS service to serve multiple Exchange 365 servers. This setup is useful if you provide SMS service to your customers and each customer has their own Exchange 365 server. The configuration explains how you can create accounts for each customer, and how your customers can use their username and passwords in Exchange to send SMS through your service. The document also shows how you can use SSL/STARTTLS encryption to encrypt traffic between your customer's Exchange server and your Ozeki SMS Gateway. This is necessary to protect your usernames and passwords.

Introduction

In this setup we assume there are multiple organizations, and each has its own Exchange 365 server. The users send e-mails form Outlook through these servers. The Exchange servers capture the e-mails going to a specific domain and forward these e-mails to the Ozeki SMS Gateway. The Ozeki SMS Gateway converts the e-mails into SMS and sends them out (Figure 1).

SMTP authentication

Unfortunately, the Exchange 365 connectors do not offer SMTP authentication. To overcome this, you need to configure an Exchange rule to add the Ozeki Authentication header to the e-mail. You also have to configure the SMTP server in Ozeki to use this authentication header to determine which user the E-mail belongs to. (Figure 2 and Figure 3)

SMTP authentication in Ozeki

To configure the built in SMTP server of Ozeki to accept the username and password in the e-mail header, you must select the "Ozeki E-mail header authentication" option in the SMTP server configuration (Figure 4). The header field expected will be "x-ozeki-auth: username; password". This header field is appended to each email forwarded to the SMS gateway from exchange.

SMTP authentication in Exchange 365

To add the SMS gateway authentication header in Exchange, you must add a new rule. In this rule, you should filter for the domain in the recipient address. In our case the filter is set to "sms2.gw", and you must set a message header field to "x-ozeki-auth: username; password". In our case the username is client1 and the password is puma123 (Figure 5).

If the set header option is not available in your form, you need to click on the More options link in the bottom left-hand side of the form. This will add the necessary fields to the combo box. (Figure 6)

Testing the solution

You can test this solution by sending an e-mail message from Outlook through Exchange. When you send the e-mail you must provide the recipient e-mail address in +44123467@sms2.gw format, where +44123467 should be replaced to the SMS phone number you wish to send your message to and sms2.gw should be the domain you have setup in your exchange server.

The e-mail you send from Outlook will go to your Exchange server. Exchange will first append the x-ozeki-auth headers to it, then it will forward it to the SMS gateway using the connector we have setup up.

Next the e-mail will come in to the built in SMTP Server of Ozeki SMS Gateway. The SMTP server will select the appropriate user based on the e-mail header and will forward the messages to it. Next Ozeki SMS gateway will convert this e-mail into SMS and will send it through a mobile network connection. You can follow the message's path in the Ozeki NG SMS Gateway logs (Video 3).

Setup your SMTP server in Ozeki SMS Gateway

This guide explains how you can configure the built in SMTP server of Ozeki SMS Gateway. You will see the steps to take to create the default SMTP service. This service is responsible for accepting e-mail messages from the Internet or LAN and converting it into SMS messages.

How to setup SMTP server in Ozeki SMS Gateway

To setup SMTP server in Ozeki SMS Gateway:

1. Launch Ozeki SMS Gateway
2. Open Advanced menu from toolbar
3. Click on the Create new Service button
4. Select E-mail service
5. Choose SMTP service
6. Name SMTP server
7. Go to the Advanced tab
8. Tick Log level check box
9. Enable SMTP service

Look for the advanced menu

After launching Ozeki SMS Gateway, you can start configuring the SMTP server. Select the Advanced button in the Toolbar. This will open the advanced settings of the Ozeki SMS Gateway where you can start the configuration.
(Figure 1)

Create new service

To have a working SMTP server, you need to create a new service. You can do that by selecting the Services option in the left panel and use the Create new Service button. It is located on the top of the Services panel, under the toolbar. This step is inevitable in providing services for the clients. (Figure 2)

Select the E-mail service

In the Ozeki Dashboard you need to select the Details button next to the name of the service. You have three options. E-mail, HTTP API and SMS. Now you need to choose the E-mail option. This will allow you to communicate with other e-mail servers and clients. Selecting the E-Mail will take you to the next step. (Figure 3)

Choose the SMTP service

On the Service details panel, you need to choose the e-mail service you wish to install. There are three of them, SMTP, POP3 and IMAP. Please choose the SMTP option, and you can start the configuration process of the SMTP service. (Figure 4)

Set up the SMTP service

You are now in the SMTP service configurator. In the General tab you need to provide a service name (this has to be a unique name), a port number and enable user authentication. It is optional, but we advise you to enable it, for protecting your SMTP service from unwanted messages. To save the details, click the blue 'Ok' button.
(All shown in Figure 5)

Go to the Advanced tab

Additional options are available in the Advanced tab. You can go there by selecting the 'Advanced' tab button in Service details panel next to the Delivery reports tab button. There you can make several adjustments on the SMTP E-mail service, so it is recommended to visit this tab and browse the extra functions. (You can see tab that you need to select in Figure 6)

Enable SMTP service log

Communication logs help you to track all your communication activities within your server, so you have a formal record of all the events occurred. To enable this function on your SMTP server, look at the Log level group box and click the Log communication at SMTP protocol layer tick box. (Highlighted on Figure 7)
Press the Ok button to proceed.

Turn on the SMTP service

If you are finished with the setup procedure, you can go back to the Services tab. Here you will see all your existing services and you can turn them on or off with the 'Enabled' button. This is a switch button which will be green if you decided to turn it on. Now please turn on the SMTP_service_1 to enable the service. (The optimal state shown on Figure 8)

Check the service status

You can make sure that the service is running as intended by checking the Users and applications and the Connections panel. If you see that the indicators for SMPP client and the SMTP User are green, you have a working connection. It is important to have everything set up because the procedure only works when Ozeki SMS Gateway shows that both parties are ready. (Figure 9)

Summary

By reading this article, you have learned how to set up your SMTP server in Ozeki SMS Gateway. Setting up the SMTP server helps you get email messages from the email network. These messages can be converted to sms and sent out to mobile. This service can be put into use and can make your organization more efficient because it allows you to deliver key information available in email to mobile phones.

You may find out more information about this technology and Ozeki SMS Gateway, so make sure that you don't finish your work here. Ozeki has other articles in this topic: Exchange Server setup for e-mail to SMS sending and SMTP firewall configuration guide.

If you need e-mail to sms forwarding and you have not already done so, Download Ozeki SMS Gateway now and create this setup!

What is an SMTP connection?

The Simple Mail Transfer Protocol (SMTP) is the cornerstone of email communication on the internet. Established by the Internet Engineering Task Force (IETF), it dictates the exchange of email messages between email clients and servers.

How it Works:

• Client and Server: SMTP relies on two key components: an email client (sender) and an email server (receiver).
• Email Client: Your email program, like Microsoft Outlook, acts as an SMTP client. It utilizes the protocol to transmit email messages to designated recipients.
• Server Configuration: Most email clients allow you to configure the SMTP server address provided by your internet service provider (ISP).
• Message Delivery: When you send an email, your email client connects to the specified SMTP server and leverages SMTP to communicate and deliver the message.

In essence, SMTP acts as the invisible language that ensures seamless email delivery across the internet.

E-mail to SMS with Postfix and Authentication

This document explains how you can setup an E-mail to SMS service to serve Postfix servers. This setup is useful if you provide SMS service to your customers and each customer has their own Postfix server. The configuration explains how you can create accounts for each customer, and how your customers can use their username and passwords in Postfix to send SMS through your service. The document also shows how you can use SSL/STARTTLS encryption to encrypt traffic between your customer's Postfix server and your Ozeki SMS Gateway. This is necessary to protect your usernames and passwords.

How to send E-mail to SMS from Postfix

To send E-mail to SMS from Postfix:

1. Launch Ozeki SMS Gateway
2. Configure SMTP service
3. Enable SMTP user authentication
4. Open terminal
5. Create transport rule in Postfix
6. Add the SMS Gateway authentication header
7. Test sending e-mail to SMS from Postfix
8. Check the logs

Introduction

In this setup we assume there are multiple organizations, and each has its own Postfix server. The users send e-mails form Mozilla Thunderbird through these servers. The Postfix servers capture the e-mails going to a specific domain and forward these e-mails to the Ozeki SMS Gateway. The Ozeki SMS Gateway converts the e-mails into SMS and sends them out (Figure 1).

Email to SMS with Postfix (Video tutorial)

In this video, you will learn how to setup an email to sms connection with postfix. This video will start by setting up a new connection and will end with the fully configured email to sms system with postfix capabilities. In this short and easy to understand video, you will learn how to setup and configure a new connection, how to add services and install a new user. In the video we are using the Ozeki SMS Gateway which is a powerful but easy to understand gateway software with an intuitive guide. This means you will have no problem following the steps. Don’t waste any more time. Let’s start!

SMTP authentication

You need to configure a header check rule in Postfix to add the Ozeki Authentication header to the e-mail. You also have to configure the SMTP server in Ozeki to use this authentication header to determine which user the E-mail belongs to. (Figure 2)

SMTP authentication in Ozeki

To configure the built in SMTP server of Ozeki to accept the username and password in the e-mail header, you must select the "Ozeki E-mail header authentication" option in the SMTP server configuration (Figure 3). The header field expected will be "x-ozeki-auth: username; password". This header field is appended to each email forwarded to the SMS gateway from Postfix.

SMTP authentication in Postfix (Video tutorial)

In this video, you will learn how to perform an authentication in postfix. The video will start with creating a transport rule and ends with adding the SMS gateway authentication header. This short video is detailed and easy to understand. It only takes a little over 2 minutes to watch. You will learn how to create the transport rule for forwarding all emails where a specific domain is detected. This video will also show you ho to add the authentication header in postfix.

Step 1: Create a transport rule in the postfix to forward all e-mail with sms2.gw domain to the Ozeki sms gateway SMTP service. (Figure 4)

Step 2: To add the SMS gateway authentication header in Postfix, you must add header_checks in the main.cf. In this rule, you should filter for the domain in the recipient address. In our case the regexp is set to "sms2.gw", and you must add a message header field to "x-ozeki-auth: username; password". In our case the username is client1 and the password is puma123 (Figure 5).

Testing the solution

You can test this solution by sending an e-mail message from Mozilla Thunderbird through Postfix. When you send the e-mail you must provide the recipient e-mail address in +44123467@sms2.gw format, where +44123467 should be replaced to the SMS phone number you wish to send your message to and sms2.gw should be the domain you have setup in your Postfix server.

The e-mail you send from Mozilla Thunderbird will go to your Postfix server. Postfix will first append the x-ozeki-auth headers to it, then it will forward it to the SMS gateway using the connector we have setup up.

Next the e-mail will come in to the built in SMTP Server of Ozeki SMS Gateway. The SMTP server will select the appropriate user based on the e-mail header and will forward the messages to it. Next Ozeki SMS gateway will convert this e-mail into SMS and will send it through a mobile network connection. You can follow the message's path in the Ozeki SMS Gateway logs (Video 3).

The path of the E-mail in Ozeki NG SMS Gateway (Video tutorial)

In the last video, you will see the process of testing the created system. It will start with sending a message to a recipient with the sms2.gw domain. At the end, you will see the log for the sending process. This video takes 1 and a half minutes to watch, and it is easy to understand. The Events tab of the Ozeki SMS Gateway will store all the events on a connection so you can use it for troubleshooting later. After this video, you can easily check if your email to sms with postfix system is working or not.

E-mail to SMS with Sendmail and Authentication

This document explains how you can setup an E-mail to SMS service to serve Sendmail servers. This setup is useful if you provide SMS service to your customers and each customer has their own Sendmail server. The configuration explains how you can create accounts for each customer, and how your customers can use their username and passwords in Sendmail to send SMS through your service. The document also shows how you can use SSL/STARTTLS encryption to encrypt traffic between your customer's Sendmail server and your Ozeki SMS Gateway. This is necessary to protect your usernames and passwords.

Introduction

In this setup we assume there are multiple organizations, and each has its own Sendmail server. The users send e-mails form Windows Mail through these servers. The Sendmail servers capture the e-mails going to a specific domain and forward these e-mails to the Ozeki SMS Gateway. The Ozeki SMS Gateway converts the e-mails into SMS and sends them out (Figure 1).

Email to sms with Sendmail (Video tutorial)

In this video, you will learn how to setup a system that forwards emails to sms message with sendmail. The video will start with setting up a new smpp client and will end with adding smtp users. This video is only a little more than 2 minutes long and it is easy to understand. The software used in this video is the Ozeki SMS Gateway which is the perfect choice for building an email forwarding system.

SMTP authentication

You need to configure a header check rule in Sendmail to add the Ozeki Authentication header to the e-mail. You also have to configure the SMTP server in Ozeki to use this authentication header to determine which user the E-mail belongs to. (Figure 2)

SMTP authentication in Ozeki

To configure the built in SMTP server of Ozeki to accept the username and password in the e-mail header, you must select the "Ozeki E-mail header authentication" option in the SMTP server configuration (Figure 3). The header field expected will be "x-ozeki-auth: username; password". This header field is appended to each email forwarded to the SMS gateway from Sendmail.

SMTP authentication in Sendmail

In this video, you will learn how to configure sendmail. It will start with adding the ozeki SMS gateway’s domain as a smart host and will end with adding the sms gateway authentication header in sendmail. This video in only a little more than a minute long and easy to follow. You will have no problem completing the process. After this video, you will have working email to sms from sendmail system.

Step 1: Add the Ozeki SMS Gateway's domain as Smart host in the Sendmail configuration file.

Step 2: To add the SMS gateway authentication header in Sendmail, you must add H Configuration Command in the Sendmail configuration file. In this command, you should add a message header field to "x-ozeki-auth: username; password". In our case the username is client1 and the password is puma123 (Figure 4).

Testing the solution

You can test this solution by sending an e-mail message from Windows Mail through Sendmail. When you send the e-mail you must provide the recipient e-mail address in +44123467@sms2.gw format, where +44123467 should be replaced to the SMS phone number you wish to send your message to and sms2.gw should be the domain you have setup in your sendmail server.

The e-mail you send from Windows Mail will go to your Sendmail server. Sendmail will first append the x-ozeki-auth headers to it, then it will forward it to the SMS gateway using the connector we have setup up.

Next the e-mail will come in to the built in SMTP Server of Ozeki SMS Gateway. The SMTP server will select the appropriate user based on the e-mail header and will forward the messages to it. Next Ozeki SMS gateway will convert this e-mail into SMS and will send it through a mobile network connection. You can follow the message's path in the Ozeki SMS Gateway logs (Video 3).

Testing the system (Video tutorial)

In this video, you will learn how to test your email to sms with sendmail system. It will start with sending a new message and will end with the log of the sent message. In the Events tab of the Ozeki SMS Gateway, you will find the records of all the events in the connection. This video is 1 and a half minutes long. It is very detailed but easy to understand.

Summary

As you could see in the guide, the E-Mail to SMS technology using Sendmail with the help of Ozeki SMS Gateway is the perfect solution if you manage different organizations and want to send out converted SMS to your customers. Sendmail and Ozeki SMS Gateway work together to complete the conversion and distribution. Ozeki SMS Gateway's Ozeki E-mail header authentication is a proper tool in the distribution process, it makes sure that the messages are delivered to the right recipients. This is a fast working, easy to set up solution in messaging between different platforms.

If you followed every step carefully above, you are able to forward E-Mail messages as SMS to mobile users. Ozeki SMS Gateway works in any country, so if a connection has to be set up abroad, it will be done just like any other network.

Make sure to read more about E-Mail to SMS technologies, such as Gmail and Winmail.

Your only thing to do is to download Ozeki SMS Gateway and start working now!

E-mail to SMS and SMS to E-mail

This guide explains how you can setup Ozeki SMS gateway to act as an e-mail client. This setup offers both e-mail to sms and sms to e-mail forwarding. For e-mail to SMS forwarding Ozeki will download e-mail messages from an e-mail server (using the POP3 or IMAP protocol) periodically, and it will send these e-mails as SMS messages to mobile phones. For SMS to e-mail forwarding Ozeki will accept incoming SMS messages from the mobile network and will forward these to an e-mail address (using the SMTP protocol).

How to forward E-mail to SMS and SMS to E-mail

To forward E-mail to SMS and SMS to E-mail:

1. Launch Ozeki SMS Gateway
2. Add new SMTP connection
3. Configure connection
4. Enable connection
5. Send test SMS
6. Install POP3 or IMAP service
7. Provide routing
8. Send test e-mail
9. Check the logs

Part 1: SMS to E-mail using SMTP

This solution consists of two parts. The first part is the SMS to E-mail forwarding. If you look at Figure 1, you will see the route of the message. The blue arrow shows you how the SMS comes in from the mobile network, and how it is sent e-mail client (such as Outlook) through an E-mail server using the SMTP protocol.

If you only want to create SMS to E-mail forwarding, and you are not interested in the other direction (E-mail to SMS), you can continue by reading the following guide. If you want to do both directions, skip this guide, and jump to Part 2.

How to setup SMS to e-mail forwarding using SMTP

Part 2: E-mail to SMS using POP3 or IMAP

The second part is the E-mail to SMS forwarding. In this part Ozeki 10 downloads the E-mail messages (to be forwarded as SMS) from the E-mail server using the POP3 or IMAP protocol. When the e-mail is downloaded, it is forwarded to the mobile network as SMS. Take a look at Figure 2, and see the green arrow, that shows how the message is handled.

Although Figure 2 explains the procedure using the POP3 protocol, you have two choices. You can use POP3 or IMAP depending on what your E-mail server supports. Read one of the following guides to get detailed setup instructions for configuring E-mail to SMS forwarding.

How to setup e-mail to SMS forwarding using IMAP

How to setup e-mail to SMS forwarding using POP3

SMS as E-mail through Gmail

This guide teaches you to convert incoming SMS messages into outgoing emails sent through Gmail in Ozeki SMS Gateway. In just 10 minutes, our guide will walk you through the entire process, complete with a concise video tutorial, a short breakdown of the steps necessary, a detailed step-by-step guide with screenshots, and a FAQ section. Ozeki SMS Gateway's user-friendly interface ensures a smooth setup, regardless of your technical background. What are you waiting for? Let's get started!

What is SMS forwarding?

SMS forwarding is basically like call forwarding, but for text messages. Normally, texts go straight to your phone, but with forwarding enabled, they get rerouted to another number, email address, or even an app.

Ozeki SMS Gateway can send messages through your Gmail's SMTP connection so it can forward SMS messages by email.

Sending SMS as E-mail through Gmail (video tutorial)

The following video showcases forwarding incoming SMS messages as e-mails through Gmail in Ozeki SMS Gateway. It is barely 3 minutes long, but covers all the necessary steps, including setting up 2-step verification and allowing your Gmail account to be accessed by Ozeki SMS gateway, all the while showing how versatile the software is, making it a worthwhile watch.

Sending SMS as E-mail through Gmail (Quick steps)

1. Create Gmail client
2. Enable 2-step verification in Google
3. Generate app password for Google account
4. Configure Gmail client
5. Test the connection

Sending SMS as E-mail through Gmail

Gmail connection can be easily installed and configured through the browser GUI of Ozeki SMS Gateway. So first, open the SMS Gateway, and click on the Add new connection (Figure 1).

Here, in this menu, scroll down to the E-mail clients submenu, and like in Figure 2, select Gmail client by clicking on Install.

Important: To create an app password, you need 2-Step Verification on your Google Account.

Go to your Google account, select Security and under Signing in to Google, select 2-Step Verification, as shown in Figure 3.

At the bottom of the page, select App passwords, highlighted in red in Figure 4.

Enter a name that helps you remember where you will use the app password, then hit Create (Figure 5).

Copy your generated password from the highlighted textbox in Figure 6 and click Done.

Head back to Ozeki SMS Gateway, click on the Gmail client you have created, and enter your desired name, and the credentials of the Gmail account you wish to use in the corresponding textboxes, as shown in Figure 7.

Now switch to the Advanced tab (Figure 8) and make sure the emails are sent to the correct address. In the textboxes you can set the default recipient name and address.

Finally in the Events tab you can see that when a message arrives on this SMTP client it is forwarded to the SMTP server which sends it to the recipient's email address (Figure 9).

Can I forward SMS messages to different e-mail clients?

Yes, Ozeki SMS Gateway allows you to forward to SMTP, POP3 and IMAP clients.

Can I forward SMS messages to different platforms?

Yes, with the help of Ozeki SMS Gateway you can forward SMS messages to apps such as WhatsApp or forward them to other phone numbers.

E-mail to SMS events

This guide gives you information on how to view the event log of e-mail to SMS connection. It is a crucial function of the Ozeki SMS Gateway. This way you can monitor everything happening on your network and have faster fail recognizing. The guide focuses on the built in SMTP/POP3 client of Ozeki 10 SMS gateway. It shows you how you can open the "Powers" tab, and how you can enable the event viewer functionality. The steps are relatively simple. The setup should not take more than 3 minutes.

How to send SMS from POP3 / IMAP

To send SMS from POP3 / IMAP:

1. Launch Ozeki SMS Gateway
2. Select POP3 client
3. Go on the Powers tab page
4. Create new power
5. Choose Events
6. Name the power
7. Open Events tab page
8. Check the logs

Step 1 - Open the e-mail to SMS connection

To get the events tab of a connection, first on the “Users and Application” panel, please find the connection you want to know more about. Here on Figure 1, we used a sample POP3 connection. You can get to the main menu of the connection by clicking the connection name which is written in blue.

Step 2 - Select the powers tab of the e-mail connection

Next up, you must get to the powers tab. It is located under the connection’s name. Here you will see the powers you can set for your connection. These are different settings which you can configure the way you want. You can find the button with the help of Figure 2.

Step 3 - Click on create new power

Now you can make a new power on your connection. To proceed, please click on the “Create new Power” button, which will take you to the power details panel. The button is located next to the “Powers” title. You can find it with the help of Figure 3.

Step 4 - Select events

You can see on Figure 4, the different powers you can choose for the connection. You can install any of them by clicking on the icon. To monitor your network in real time, you need to choose “Events”. To proceed with the installation of the power, please click the “Events” button. This will start opening your event log.

Step 5 - Approve your selection

On this panel you can identify your new power by giving it a unique name. Just type in the filed named “Name”. Click “Ok” to proceed to the final step. You can easily find the button with “Figure 5”.

Step 6 - View the event log

Now you can monitor your connection and see the results on the “Events” window. You will se everything happening on your network. If the line is red, it means something is happening out of the order. Usually, it means something has failed in the system. You can watch your example Events window on “Figure 6”.

How to send SMPP SMS to E-mail

This document gives you the steps to take to setup an SMPP to IMAP two-way SMS to E-mail gateway system. SMPP stands for Short Message Peer-to-Peer protocol. It enables applications to send SMS messages to mobile devices and receive SMS from mobile devices. Please note, that this setup uses an e-mail account that can be access through IMAP on an E-mail server. In this setup the phone numbers where the SMS messages should be sent to are in the e-mail subject line.

How to send SMPP SMS to E-mail

To send SMPP SMS to E-mail:

1. Create a new user by installing the IMAP client
2. Specify the details of the IMAP server
3. Set up the IMAP advanced settings
4. Configure SMTP server connection
5. Install SMPP client connection
6. Send a test SMS to the SMPP link
7. Create a route to route the SMS to IMAP
8. Check the logs on the Events tab
9. Send test SMS to test SMS to e-mail forwarding
10. View the e-mail in your mailbox

Step 1 - Create an IMAP client connection

To have a connection between the two devices, you need to add a new user which will be an IMAP client. To do that, please click the Add new user/application button on the right side if the window. It will take you to the new user panel. You can find the button with the help of Figure 1.

On this next step, you need to choose what kind of an e-mail client you wish to use. Please choose IMAP now. IMAP stands for Internet Message Access Protocol. Desktop email apps use this to access the messages in your email account. To create an IMAP user, please click the Install button next to the IMAP Client title. You can find it with the help of Figure 2.

Step 2 - Configure the IMAP server details

The next step of the configuration of the IMAP client connection is to provide the details of the IMAP server. As you can see it in Figure 3, type the server ip or host name as Host and type in the Port number. Then, provide the username and password of your e-mail account. You can see the example on Figure 3.

Step 3 - Configure the advanced details of the connection

In the following step, you need to configure the way, that the connection is going to forward the messages. For that, first, click on the IMAP tab. Here, in the 'Message handling' section, you can set the maximum length of the message and select the way, how the e-mail should be forwarded. Next, as Figure 4 demonstrates, you can set the recipients for the e-mail. The addresses, you type here will get the forwarded e-mails.

Step 4 - Configure the SMTP server

To be able to forward SMS messages as an e-mail, you need to configure an SMTP server that can send the e-mail message. This configuration can be done with the IMAP client connection. As Figure 5 shows that you need to click on the SMTP tab to be able to configure the details of the SMTP server. In the SMTP menu, you can configure the details of the SMTP server. Figure 5 shows what settings you need to do to use the SMTP server. So, type in the host IP address and the port number. Select the Authentication option and type in the username and password of your E-mail account.

Step 5 - Configure the recipient e-mail address

The next configuration that you need to perform is to set up a recipient address which will receive the forwarded message. In the SMTP menu, type in the recipient e-mail address to the 'To e-mail' field, as Figure 6 shows. To the 'From e-mail' field, you can type the e-mail address of your account. This ensures that this address will show up as a sender address when the recipient gets the forwarded message. If you finished with all configurations, you can just click OK.

As you can see on Figure 7, if you switch to the Events tab, you can all the happenings, and the log information of them. You can see all the information about your connection on the left side panel. If the connection status indicator switch is green, it means that the connection is working, and it is ready to use.

Step 6 - Create a new SMPP connection

To create a new SMPP connection, you need to click on the 'Add new connection' link in the management console of the Ozeki 10 SMS Gateway app (Figure 8). This will bring up a list of available protocols. You will have to select SMPP client from the list. Note, that an SMPP client connection is used if you wish to connect your SMS gateway to an SMS service provider over the Internet.

Now you can see all your options. You can read about them and get to know each a little better with the help of the short summaries. In this case you need to choose the SMPP client option. Click the Install button next to it and it will open the SMPP connection configurator. You can see all your option on Figure 9.

Step 7 - Configure SMPP connection

In order to configure your SMPP connection, you need to provide the host name and port number of the SMPP service. As you can see on Figure 10, your SMPP credentials and you must specify telephone number associated with this connection. There could be more than one phone numbers associated with this connection. In this case provide the first one and check the overridable checkbox. If this checkbox is checked, you will be able to use all phone numbers as sender IDs. It is important to mention that the SMPP hostname and port plus the username and password are provided by your SMS service provider.

Once the SMPP connection is configured, you should check the SMPP connection log to see if the system connected properly to your SMS service provider. If the system connected properly, you would see the "Connection online" log entry. The SMS connection logs can be found in the following directory in Windows: C:\Program Files\Ozeki\Data\Logs\Connections\. In this Event tab of the SMPP connection's details page, you can see a preview of the log. This page contains the last 100 log entries. You can see the log on Figure 11. Note that the SMPP log files are rotated to save disk space.

Step 8 - Send test E-mail to SMS

At this point, you can write an e-mail message to the E-mail account to test the solution. As you can see it in Figure 12, all you need to do is to write a simple message to the e-mail address from the configured E-mail address that you set in the IMAP client connection. With everything is set up correctly, all you need to do now is to wait for the incoming e-mail to your E-mail account. In case of an incoming e-mail, the IMAP client connection is going to download the e-mail and forward it instantly to the specified recipient address. You can see the test e-mail on Figure 12.

You can easily check the logs of the IMAP client in the events tab. These logs store every event that occurred with your IMAP client connection. You will be able to see all events of the IMAP client connection. Here you can see a timestamp that shows the date of each event and the name of the connection. Lastly, each event has got a message that describes the event. Figure 13 shows the event messages of downloading an e-mail from the IMAP account and forward it to the given recipient address.

As you can see on the Sent folder of the IMAP client, you have successfully sent the message to the recipient. If under the result field, you have a check mark, it means that the message was sent successfully. You can see the sent folder on Figure 14.

Step 9 - Send test SMS to E-mail

With the configured SMTP server, your system is capable of receive SMS message and forward it as an e-mail message. The SMS arrives at your system using a service provider connection. If you don't have that kind of connection, you can check how to create an SMPP client connection. Then, the message routed to the IMAP client connection, which uses its SMTP server and the given details to forward the message to the recipient e-mail address. To check if your IMAP client connection works as expected, you can check its logs in the Events tab. You will be able to see every event of the connection. Figure 15 demonstrates that what events logged in case of a successful SMS to e-mail forwarding.

You can see in the Figure 16 the SMS forwarded to the recipient E-mail address and appeared in the E-mail accounts mailbox.

How to setup the built-in SMTP server

This guide explains how you can setup Ozeki SMS Gateway's built-in SMTP server. This configuration will allow you to setup e-mail to SMS forwarding. Ozeki SMS Gateway's SMTP server will accept your e-mail messages and will use the phone number in the e-mail address to send the message. For example, if you use +441234657@smsgw.mycompany.com as the recipient e-mail address, the SMS will be sent to +441234567. The SMS text will be the e-mail subject (or optionally the e-mail body).

How to send SMS through an SMTP server

To send SMS through an SMTP server:

1. Launch Ozeki SMS Gateway
2. Open Advanced menu from toolbar
3. Create new Service
4. Choose SMTP service
5. Configure Service details
6. Check the SMTP server status
7. Enter the SMTP server settings
8. Activate authentication
9. Send test SMS through SMTP server

Introduction

You can setup e-mail to SMS forwarding by configuring Ozeki SMS Gateway's built-in SMTP server. After this configuration Ozeki SMS Gateway will listen on port 25 (the standard STMP port), and will accept incoming SMTP (e-mail submit) requests. To get the best result it is recommended to setup a subdomain name entry (MX record) in your DNS system that points to your SMS gateway. For example if your SMS gateway operates at IP address 192.168.0.10, you would create an MX record called smsgw.mycompany.com, that would point to 192.168.0.10. After creating this entry an e-mail sent to +44123467@smsgw.mycompany.com would be automatically forwarded to the smsgw. (Figure 1)

Keep in mind that the built-in SMTP server of Ozeki SMS Gateway can only be used for sms to e-mail forwarding. It cannot be used for e-mail-to-e-mail forwarding. It will NOT forward e-mail messages to other Email servers. (Figure 2)

Video tutorial

The following video tutorial shows the steps to take to setup the built in SMTP server of Ozeki 10 SMS gateway. These steps are also explained in the section following the video. Please follow the steps accurately to get your system up and running.

Step 1 - Create the SMTP service

The creation of on SMTP service in the SMS Gateway is super easy, it takes just a few clicks. First, open the SMS Gateway application, and on the toolbar, click on the icon of the Advanced option. Here, as you can see it in Figure 3, just click on the Create new Service button.

Next, you need to select the E-mail option from the list of available service types. After you selected the E-mail option, like Figure 4 demonstrates it, you need to click on the SMTP service type.

Step 2 - Configure the SMTP service

Here, in the configuration menu, you need to provide a name for the service. This name will be used by the SMS Gateway to identify the connection. The next thing, that you need to do here is to specify a port number for the SMTP service (Figure 5). This is 25 by default, and you can leave it there.

Step 3 - Test your SMTP server

It is a good idea to check if your SMTP server is up and running. Test your SMTP server with the Telnet application of Windows. Keep in mind that you should manually activate Telnet in Windows 10 ('Turn Windows features on or off'). Please telnet to port 25 of the computer running Ozeki SMS Gateway. If the SMTP server is running on port 25, the SMS Gateway software should greet you (Figure 6).

Step 4 - Advanced configuration of STMP service

The Delivery Report tab contains some other setting that you can modify as well. As you can see it in Figure 7, you can modify the details of the SMTP server. Here, you can set the name of the Host, modify the SMTP security and authentication details.

Step 5 - Configure SMTP authentication

This step is optional.

SMTP server authentication provides a safer connection where you can connect with the username and password. To do this, you need to setup a standard user account in Ozeki 10 SMS Gateway and use the username and password of this user account to connect. After the standard user account was created, you can turn on the SMTP authentication provider (Figure 8). Remember, you will have to configure SMTP authentication in your e-mail client as well.

FAQs

If my SMTP server requires authentication, can I specify my SMTP username and password?

Great news! This software caters to both scenarios:

• SMTP servers with user authentication: No problem! Just head over to the "Advanced" tab within the email user configuration form and set up the authentication details.
• SMTP servers without user authentication: You're all set! The software works seamlessly without needing any additional configuration in this case.

Is the following number format supported: +322010444455@sms.domain.com?

While convenient, the +322010444455@sms.domain.com format isn't directly supported.

There are a few reasons for this:

• Security concerns: Spam and viruses can overwhelm the built-in mail server, affecting the SMS gateway's performance. External mail servers (like Exchange or Sendmail) offer better spam filtering.
• Port conflicts: The mail server might already be using port 25, causing conflicts with the SMS gateway.
• Bounce handling complexity: Managing email bounces and loops within the SMS gateway can be tricky and slow down SMS functionality.

Instead of the special format, simply include the recipient's phone number in the subject line of your email. This works just as well with Ozeki!

Is the software able to get email (Pop3) and send (SMTP) with clear from headers/footers/attachments codes only first 160 characters that will send to SMS?

Great! The software focuses on delivering your message efficiently. While it skips headers, footers, and attachments to keep things concise, it captures the crucial parts:

• Subject line: This acts as a handy reference for the recipient.
• Body text: The core message gets delivered without unnecessary clutter.

Plus, you can control the message length for SMS forwarding. Setting it to 160 characters ensures your message goes through in just one SMS!

How to convert email to sms

To convert email to sms is as simple as sending a normal email. All you have to do is to put the phone number into the recipient field, write the message and click send.

To convert email to sms, follow these simple steps:

1. Write your email in your favourite e-mail client, such as Mozilla thunderbird, Windows Mail or Outlook.
2. Put the phone number into the email address. You can use the Ozeki SMS Gateway phone number formats, such as 0630123467@mydomain.com.
3. Compose the email subject and the email body and click send. Ozeki SMS gateway will convert the subject and body into one text message.

When you convert email to sms, you might want to setup SMS routing to receive reply messages into your inbox.

Email to SMS DNS setup

This guide gives you instructions on how to setup an e-mail to SMS gateway that allows you to send SMS messages from the Internet by sending e-mails to a domain and using the username part of the e-mail as the recipient phone number. E.g. 0123456798@emailtosms.ozeki.hu.

Step 1: Create a DNS zone called emailtosms.ozeki.hu.

In order to accept e-mails in the emailtosms.ozeki.hu subdomain, a new DNS zone should be created for this subdomain. In our example we use Amazon web services to create this subdomain. You can also use Amazon web services, even if you host your main domain at a different DNS provider. Amazon Web Service (AMS) is a massive global cloud infrastructure provider, that will innovate your company’s development. It will lift the weight off of your shoulders by handling the hardware need of the infrastructure, which instantly grows as you scale up the workload on it. On Figure 1, you can see how you can start using the AWS.

Next step is to choose you service. Amazon offers countless service options. Now please choose "Route 53", as you can see on Figure 2. Route 53 is an extremely reliable and cost effective connection, which can be used to route users to infrastructures outside of the AWS

Now you need to set up the connection between AWS and Ozeki SMS Gateway. To do that, please look for a "Hosted Zone option on the left side of the AWS website. You can find it with the help of Figure 3. Click on it to start setting up a new Hosted Zone.

Now you are on the Hosted Zones window (Figure 4). Search for a “Create hosted zone” button to start setting up a new connection. It will take you to the hosted zone configuration panel.

Now you need to configure the hosted zone. The important step here is to type "emailtosms.ozeki.hu" to the “Domain name” field. This way the AWS will connect with the Ozeki SMS Gateway and work as one system. You can find the filed with the help of Figure 5.

Now to finish the configuration, click “Create hosted zone”. After you clicked the button, the AWS will try to connect with the Ozeki SMS Gateway, the green pop-up banner on the top of Figure 6 will be visible if the connection was successful.

Step 2: Create an MX record pointing to your SMS gateway

This step is about creating two records in your newly created domain. One should be an A record pointing to your sms gateway, the other should be an MX record telling the email servers to forward emails to your sms gateway. The way the system works, is that email servers on the Internet will look up the MX record, which point to your mail.emailtosms.ozeki.hu A record which points to the IP address of your SMS gateway. After the email servers found out the IP address of your SMS gateway, they will forward the e-mail messages to its SMTP port (25).

Now you have the connection activated, you can start creating an MX record pointing to your SMS Gateway. You can see the working Route 53 connection in the hosted zones list in AWS (Figure 7). Please click the blue title of the connection to start adding a record point.

Here you will be presented with the “Hosted zone details” panel, as you can see on Figure 8. Here you can import files, manage tags, edit, and delete records, but most importantly create new records. Click on the “Create record” button to start the procedure.

Now you will be presented with the routing policy options, which you can find on Figure 9. AWS can handle most customer needs, so it has multiple routing policy to choose from. Now you need the “Simple routing” option. Click it and then click “Next”.

Now you are on the “Configure records” panel. Here you can create new, form or delete existing records. To add new routing records to emailtosms.ozeki.hu find the “Define simple record” button and click it. Figure 10 will help you with that.

The next step is to define the record. To do that, we give you a hand with Figure 11. As you can see, the first field must contain “mail”. The second field needs the IP address of your Ozeki 10 SMS Gateway. It will tell the Route 53, what to answer to DNS queries.

You must make another simple record. Click the “Define simple record” button again to start the procedure one more time. You can find the button on Figure 12.

Now you have to configure your second simple record. It is rather difficult, but we give you help with “Figure 13”. the first field, called subdomain need to be left empty. The “Value/Route traffic to” field must contain only the following: “10 mail.emailtosms.ozeki.hu”. Below it, there is a drop-down menu. You need to find the option called: “MX-specifies mail servers”. If you have successfully typed in all the required data, please click the “Define simple record” button.

You now have all the needed records set up. The “Simple routing records to add to emailtosms.ozeki.hu” panel should contain the two records which we just made. You can see how it should look like on Figure 14. Click the “Create records” to create the records.

On Figure 15, you can see how your configured DNS zone should look like on the records panel. You are finished with the record making. You should proceed to the next step.

Step 3 - Create an NS record pointing to your DNS zone

When your subdomain is created, the next step is to point to it from your main domain. In our example we have create a subdomain called emailtosms.ozeki.hu, so we have to setup an NS record in the domain ozeki.hu to point to it.

Now that you have the records created, you should head back to the “Hosted zones” panel. Search for it on the left side of the window. You can find it with the help of Figure 16.

Here, you need to search for your main domain. Figure 17 shows you that our example domain is ozeki.hu. Click on it to get to the options menu of that domain.

You need to create a new record once again. This time it is on the domain of “ozeki.hu”. Search for the “Create record” and click it. You can find it easily on Figure 18.

The next step is to create the NS record that points to your newly created zone. Note, that the DNS server you provide in this step must match the DNS server serving your new zone. In our example you will see if you look at Figure 16, that the DNS server of emailtosms.ozeki.hu is ns-1489.awsdns-58.org. This is why we provided this value in the created zone. (Of course, your DNS server for your subdomain will be different, just make sure it matches.)

You must also note that the domain name emailtosms is used in the Record name of the NS record. This will ensure, that queries coming to the zone emailtosms.ozeki.hu will be directed to the appropriate DNS server serving the emailtosms.ozeki.hu subdomain.

To configure this new record, please follow Figure 19. The first field needs to contain your DNS server name. The second field needs to be set on “IP address or another value depending on the record type” and contain your subdomain's DNS server. The Record type needs to be “NS”. The others are up to you, but we recommend the settings you can see on Figure 19.

The final step is to click the “Create records” button on the bottom of the page (Figure 20).

The final step is to click the “Create records” button on the bottom of the page. After these settings your DNS system will forward e-mails coming to phonenumber@emailtosms.ozeki.hu to your SMS gateway's (23.198.78.37 in our example) SMTP port, which is the TCP/IP port 25.

https://ozeki-sms-gateway.com/p_7769-e-mail-to-sms-to-address-configuration.html

How to control the To Address in SMTP to SMS forwarding

This handy guide unlocks the power to automatically convert email subjects into SMS addresses. No coding required! In just 5 minutes, you'll be a pro at leveraging this time-saving feature. Our guide includes a clear video tutorial, a step-by-step breakdown with screenshots, and a helpful FAQ section, all the while showcasing Ozeki SMS Gateway being able to automatize otherwise tedious tasks. Boost your efficiency and take control of your SMS communication today – dive into the guide and get started!

What is SMTP?

SMTP stands for Simple Mail Transfer Protocol. Imagine it as a set of rules that govern how emails travel between different servers on the internet. Think of mail trucks needing specific instructions to deliver mail between post offices. SMTP dictates how emails are formatted, routed, and ultimately delivered to the recipient's inbox. It's a behind-the-scenes protocol that ensures smooth email communication.

How to control the To Address in SMTP to SMS forwarding (video tutorial)

This concise 91-second video demonstrates how to automatically convert incoming email subjects into outgoing SMS phone numbers. Leveraging Ozeki SMS Gateway's renowned user-friendliness, you'll be a pro in under two minutes. Plus, the accompanying guide provides a clear roadmap for setting up this clever feature. Don't miss out on this efficiency hack – watch the video and unlock the power of Ozeki SMS Gateway today!

How to control the To Address in SMTP to SMS forwarding (Quick steps)

1. Install SMTP user
2. Set up SMTP user
3. Configure SMTP user's advanced settings
4. Check if messages are received
5. Check is SMS messages are sent out

How to control the To Address in SMTP to SMS forwarding

Inside Ozeki SMS Gateway, click on the Apps button and install an SMTP user, as shown in Figure 1.

Setup the SMTP user by entering your desired login credentials, then hit Ok, in the same way as Figure 2.

Click on the Advanced button highlighted in red in Figure 3, look for the newly created SMTP service among the services, and click its Details button.

Under the Advanced tab, click on Message text, and select E-mail body from the dropdown menu next to Use (Figure 4).

Click on Recipient and select Convert E-mail Subject to phone number from the dropdown menu under To address, as seen in Figure 5, then check the box next to Add + sign to phone number.

Under the Events page of this freshly created SMTP user, you can check if your message has been received (Figure 6).

If you have done everything correctly so far, your Sent folder should contain a new sent message, as shown in Figure 7.

Can I use this technique with other e-mail servers?

Yes, you can also apply this method to POP3 and IMAP.

Can I limit the character count of the outgoing SMS?

Yes, in order to avoid sending too long or too many SMS messages, you can set an outgoing character limit under the Advanced tab of the Details of the connection.

https://ozeki-sms-gateway.com/p_5739-how-to-test-smtp-to-sms-using-telnet.html

How to test SMTP to SMS using telnet

Learn how to test SMTP to SMS using Telnet. This comprehensive guide will walk you through the process of enabling the SMTP service in Ozeki SMS Gateway, downloading PuTTY, connecting to the Ozeki SMS Gateway SMTP port, sending an email using Telnet, and checking the Ozeki SMS Gateway SMTP log.

1.) Enable the SMTP service in Ozeki SMS Gateway Advanced menu

First, open the SMS Gateway application, and on the toolbar, click on the icon of the Advanced option. Here, as you can see it in Figure 1, just click on the Create new Service button. Next, you need to select the E-mail option from the list of available service types. After you selected the E-mail option, like Figure 1 demonstrates it, you need to click on the SMTP service type.

Next, in the configuration menu, you need to provide a name for the service. This name will be used by the SMS Gateway to identify the connection. The next thing, that you need to do here is to specify a port number for the SMTP service (Figure 2). This is 25 by default, and you can leave it there.

2.) Download putty

PuTTY is a free and open-source terminal emulator, serial console and Telnet application. It supports several network protocols, including SCP, SSH, Telnet, rlogin, and raw socket connection. In this example we will use this software for telnet to the Ozeki SMS Gateway SMTP port. You can download it from the putty.org (Figure 3).

After the installer is downloaded install the software with it Setup Wizard (Figure 4).

3.) Telnet to port 25 of the Ozeki SMS Gateway PC

Next open the Putty and connect to the Ozeki SMS Gateway SMTP service. Select the Session menu from the categories then define the IP address and port of the Ozeki SMS Gateway SMTP service (Figure 5). The connection type will be Telnet. Finally click on the Open button.

4.) Send an e-mail using telnet

You can see in the new console that the connection to the Ozeki SMS Gateway SMTP service is established as the Figure 6 shows.

Finally, you can send an e-mail using telnet by typing the below commands as you can see in the Figure 7. If you use +36201234567@mysmsgw.com as the recipient e-mail address, the SMS will be sent to +36201234567.

EHLO
MAIL FROM: test@ozekimail.com
RCPT TO: +36201234567@mysmsgw.com
DATA

Hello world
.

5.) Ozeki SMS Gateway SMTP log

For check the Ozeki SMS Gateway SMTP server logs the first step is to open the SMTP server connection on the right side of the SMS Gateway Manager console page as you can see it on the Figure 8.

Now in the Log level section of the user's Advanced tab enable the 'Log communication events' and 'Log messaging events' checkboxes if you wish to add log information about routing decisions, message delivery events and the SMTP communication (Figure 9).

Once you have enabled the 'Log communication events' and 'Log messaging events' options, you will see information about routing decisions, about message delivery events and you will see the SMTP communication in the Events menu when you receive an SMS (Figure 10).

https://ozeki-sms-gateway.com/p_6936-sender-id.html

How to setup Sender ID in E-mail to SMS

This page gives information on how to configure a custom sender ID in E-mail to SMS when you send SMS from an IMAP user. You will find some screenshots to help you find the appropriate section of the settings form.

Setting up Sender ID in E-mail to SMS (Video Tutorial)

In this 2-minute-long comprehensive video guide we will walk you through the steps of how to configure a customer Sender ID for an E-mail client. By following the given instructions, the accurate way of setting up Sender ID in E-mail to SMS by yourself. The guide starts with configuring the Sender ID override in the mobile network connection. A test message from an email client demonstrates the practical application, and the log analysis in the Service Provider connection's Events tab verifies the successful override of the Sender ID. This tutorial ensures a clear understanding of the process, allowing users to customize Sender IDs effectively in their SMS communications.

Step 1 - Configure Sender ID override in the mobile network connection (SMPP)

The first step is to open the Service Provider connection from the Management page left side (Figure 1).

In the Configure tab search the Overridable option and check it to override the sender ID if you receive a message from the IMAP user (Figure 2). In that case if this option is enabled the Service provider connection to use the Sender ID what it's receive from the user instead it's default Telephone number.

Step 2 - Configure the Sender ID you wish to use in the IMAP user

To configure the Sender ID, open the IMAP user from the Management page right side (Figure 3).

In the IMAP user Configure tab open the Advanced tab page and in the From address (outgoing) section you are able to specify the From address what will be the Sender ID for the SMS messages (Figure 4).

Step 3 - Send a test message from your E-mail client (e.g. Outlook)

After you configured the Sender ID in the IMAP user and enabled the override option in your Service Provider connection you can send a test message from your e-mail client (Figure 5).

Step 4 - Check the Sender ID in the logs

Finally in the Service Provider connection's Events tab you can see the log for the sent message. In that log you can see that the Sender ID is changed to the From address that specified in the IMAP user configuration (Figure 6).

https://ozeki-sms-gateway.com/p_1173-how-to-set-the-sms-length.html

How to set the SMS length

This page gives information on how to configure the maximum message length when you receive e-mails through the built in SMTP server of Ozeki. You will find some screenshots to help you find the appropriate section of the settings form.

What is the SMS character limit of the text message

The SMS character limit for a standard SMS message is 160 characters. However, some mobile carriers and messaging platforms support longer messages by splitting them into multiple parts, each with its own 160-character limit. These are known as concatenated SMS messages or multiple part SMS messages.

How can you use Emojis in the text messages

Using emoticons in text messages emphasizes the emotional message of the text. You can also include emoticons in your messages, whether you're sending a business or private text. It is important to know: the character restriction is decreased to 70 characters when employing emoticons, allowing for short but visually convincing communication. Make use of emoticons to improve your messaging experience.

How to set the SMS length

To set the SMS length:

1. Launch Ozeki SMS Gateway
2. Click on the Advanced toolbar icon
3. Create new Service
4. Choose SMTP service
5. Configure Service Details
6. Select Advanced tab
7. Open Message text group box
8. Tick Limit message length check box
9. Set Maximum length of the SMS message

The creation of on SMTP service in the SMS Gateway is super easy, it takes just a few clicks. First, open the SMS Gateway application, and on the toolbar, click on the icon of the Advanced option (Figure 1).

Here, as you can see it in Figure 2, just click on the Create new Service button and you need to select the E-mail option from the list of available service types. After you selected the E-mail option, like Figure 2 demonstrates it, you need to click on the SMTP service type.

In the configuration menu, you need to provide a name for the service. This name will be used by the SMS Gateway to identify the connection. The next thing, that you need to do here is to specify a port number for the SMTP service (Figure 3). This is 25 by default, and you can leave it there.

You can see in Figure 4 that the new SMTP service will appear in the Services menu. Click the Details button to open additional settings.

On the Details page, under the Configure tab, open the Advanced tab as shown in Figure 5.

Open the Message Text section where you can change the maximum message length. By default, the length of an SMS is limited to 160 characters as an email can be very long. Change this value if you want to send a longer or shorter part of the email or you can even turn off the limit if you need to send the entire message (Figure 6).

https://ozeki-sms-gateway.com/p_4766-how-to-configure-smtp-authentication.html

Configure SMTP authentication in the E-mail to SMS setup

This document explains how you can setup E-mail client authentication on Ozeki SMS Gateway. Ozeki provides a built in SMTP server for sending e-mails as SMS and a built in IMAP server for downloading incoming SMS messages as E-mails. When you setup these servers, you have the option to create user accounts for each email client in your organization. For example, if your office users use Windows Mail, you can create a separate e-mail account (IMAP user) in Ozeki for every office user. In case you use an exchange to SMS configuration, you can setup multiple e-mail connectors with separate usernames and passwords.

How to configure SMTP authentication

To configure SMTP authentication:

1. Launch Ozeki SMS Gateway
2. Install SMPP client
3. Create new E-mail Service
4. Select SMTP service
5. Configure new E-mail Service
6. Select IMAP service
7. Add three new IMAP user
8. Modify Outlook Account Settings
9. Send test e-mail
10. Check the logs

The default setup

When you setup the built in SMTP server of Ozeki 10 SMS gateway, by default e-mail client authentication is not enabled. Instead, a single user is created called "SMTP Server User", and this user account will handle all e-mail messages you wish to send as SMS (Figure 1).

Authenticating e-mail clients

To have a better system, you can create individual user accounts for each e-mail client. In this case, your e-mail clients will have to login to the SMTP server built into Ozeki 10 using the username and password you have configured. In this setup if an E-mail client sends an E-mail to the system, the e-mail will be accepted by the corresponding e-mail user you have created. You can see the e-mail in its logs, it will be registered under this username in the SQL reporting database, and you can use this user account to creating custom rules for routing and modifying the messages. Figure 2 shows the setup, where you have a username and password created for each e-mail client.

SMTP vs IMAP user accounts

When you create e-mail client accounts, you may choose simple SMTP user accounts, or you can choose IMAP user accounts. SMTP user accounts can only be used for sending E-mail to SMS. IMAP is a better choice, because it also offers receiving SMS. In this case the e-mail clients can not only send SMS through SMTP, but they can also download incoming SMS messages as e-mails from the Ozeki SMS Gateway. Note that an IMAP user account provides access to both Ozeki services: the built in SMTP server and to the built in IMAP server.

How to create IMAP user accounts

Video 1 presents the steps to take to setup IMAP users. The steps are similar if you need SMTP users only. In that case simply select SMTP user instead of IMAP user when you create the user account. (If you want to use both SMTP and IMAP, you only need to create IMAP users. In this case you don't have to create two accounts: one for SMTP and one for IMAP access.)

Sending your first SMS from Outlook

After the IMAP user accounts are created, you are ready to setup your e-mail client to send and receive SMS messages. In our example we use Outlook 365 to send our first SMS. To connect to the SMS Gateway in Outlook, you need to setup the e-mail account in Outlook. Start by clicking on the File Menu in Outlook and follow the steps in Video 2. When you configure your e-mail client you will be asked to enter the IP address of the IMAP server and the IP address of the SMTP server. In both cases, provide the IP address of your Ozeki SMS Gateway. Make sure you open port 25 in your firewall for SMTP traffic and open port 143 in the firewall for IMAP traffic on the server, where Ozeki SMS Gateway is installed.

At the end of this video, you will see how to include the mobile phone number you wish to send you SMS to as an E-mail address in the message's To field. You will note that you must provide the phone number as +441234567@domain, where the domain can be anything you like.

Checking the logs

To see what happens in the background, you may check the logs of Ozeki 10 SMS Gateway. Video 3 presents you the steps to take to find your SMS in the logs. You can see the SMS in the logs of the mobile network connection, and you can also see it in the logs of the E-mail client user.

Video 3 - Checking the logs of your E-mail to SMS service

https://ozeki-sms-gateway.com/p_1066-how-to-send-e-mail-to-sms-using-smtps-starttls.html

E-mail to SMS using SMTPS (STARTTLS)

To create a solution to send texts from email we need 25 minutes. This guide presents steps and the necessary information to help you complete this procedure efficiently. Maybe the biggest benefit of this email solution is that all you have to do is perform some simple configuration and you will be ready to send SMS through a secured SMTPS protocol. This solution uses Ozeki SMS Gateway, so you can benefit from the fact that it is an on-premises system that results in excellent data protection. We presume you are familiar with the basics of mobile messaging technology. You will be presented with some valuable information and well-structured step-by-step instructions. We hope you will find the presented instructions beneficial.

How to send E-mail to SMS using SMTPS (STARTTLS)

To send E-mail to SMS using SMTPS (STARTTLS):

1. Launch Ozeki SMS Gateway
2. Install SMTP user
3. Provide username and password
4. Open SMTP service Details
5. Modify SMTP settings
6. Configure STARTLS connection
7. Send encrypted e-mail to SMS message
8. Check the logs

E-mail to SMS using SMTPS (STARTTLS)

The following easy to follow and detailed video explains how to forward Emails to SMS messages with a STARTTLS connection. You will start with setting up a new SMTP user in the Ozeki 10 SMS Gateway and takes you all the way to forwarding your first email in a form of an SMS message. This 3-minute-long video will teach you how to setup an SMTP user, how to connect the Ozeki 10 SMS Gateway with the Thunderbird email client using a secure STARTTLS connection.

Setup a new SMTP user

To setup a new SMTP user, you need to select the Apps icon from the Toolbar of the Ozeki 10 SMS Gateway (Figure 1). If you click the button, you will be presented with the Add user or application list, where you can select what type of application you wish to configure. Look for the SMTP user install item in the Email servers section. Click the blue Install link to access the Install user/application panel.

Provide the login credentials

To provide the login credentials, look for the General tab page of the SMTP user (Figure 2). In the Login information group box, you can see two textboxes. Provide the login credentials of your choice and click the Ok button located under the group box.

Open the Details

Now you created an SMTP service. To provide more security details, look for the Advanced icon on the toolbar, next to the Routes button. Click it to access the Services page. To modify the security settings of the service, click the grey Details button located next to the Enabled switch button (Figure 3). Now you will see the Details page of the service.

Specify the security settings

To specify the security settings, look for the Connection details group box, where you will find the Port input field. Change the default port number to 857 (Figure 4), to work with your email client. This number will also be required to change when you configure the server details in the email client. This way the Ozeki 10 SMS Gateway and the email client establishes connection. Below the Connection details group box, you will find the User authentication group box. Here you can set the Authentication method which will be SMTP authentication in this case. With this method, the service could only accept messages from a secure source.

Select a security method and enable SSL connection

To select a security method, look for the Advanced tab page (Figure 5), next to the Delivery reports tab. Here you will see the SSL group box. The Method combo box is for changing the security method of the connection. In this case, choose the STARTTLS method. The STARTTLS method could encrypt the channel in use, with the help of TLS or SSL protocol. It could make a secure connection out of an unsecured one. Below the combo box, you will see a Use SSL connection checkbox. Make sure to check it, because an SSL certificate will encrypt your data before sending it to the receiver and the message could only be decrypted by the target server. These two settings will result in a highly secure connection.

Enable logging

To enable logging, scroll down to the Log level group box, where you can see the Log communication at SMTP protocol layer checkbox (Figure 6). Check it to enable logging on this connection. Log files are automatically created to store all the events on the connection. The log file holds essential information about the error in case of one. It speeds up the process of correcting the error.

Open Thunderbird and configure the server

After you have configured the Ozeki 10 SMS Gateway, open Thunderbird and setup a STARTLS connection. To do that, open the SMTP server details window (Figure 7) and provide a server name in the proper input field. You could open the details window by clicking the three stripes icon located on the upper left corner of the Thunderbird client and find the Account settings option. Now find the Outgoing server menu point which is at the bottom of the list. Here you can manage all the outgoing servers you currently have. Click the add button to open the SMTP server configurator.

Next, you need to set the port number (857) that the server will use. Below the Port field, you will see the Security and Authentication group box. Here, you will need to set the Connection security to STARTTLS, the Authentication method to Normal password and provide a username for the server. This way, the server and the client side of the connection will have the same security properties, which means maximum security. Click the OK button located under the Username input field to finalize the setup.

Send encrypted email message

Now you have the STARTTLS connection between the email client and the Ozeki 10 SMS Gateway. On Figure 8, you could see that in the To input field, located under the sender address, you need to type in the phone number you wish to send the SMS to, and the server name provided before. Write a subject that will be visible for the receiver, and the body of the email. The email client will send the message to the data through the secured port to the Ozeki 10 SMS Gateway. The Ozeki gateway will then forward it to the telephone number in the To textbox.

FAQs

Is there filtering capability by specific keyword on incoming email?

Want to prioritize certain emails for SMS delivery? No problem! This software lets you set up keyword filters. Here's how:

1. Go to the "Email user configuration" form.
2. Click on the "Filter" tab.
3. In the "Keywords in Subject" box, enter the specific word(s) you want to track.

Emails with those keywords in the subject line will be automatically forwarded as SMS messages, ensuring you never miss important notifications!

Need more details? The E-mail to SMS Configuration page has additional information at E-mail to SMS Configuration page.

Is there filtering capability by specific keyword on incoming SMS?

You can customize where SMS notifications are sent. This software allows you to:

• Forward to one email address: Perfect for receiving all important SMS messages in a central location. Simply set the "Mode" to "Move" when configuring the route.
• Forward to multiple email addresses: Need to keep different teams informed? No problem! Use the "Copy" mode and create separate routing rules for each recipient.

How to set it up:

1. Keyword filtering is handled in the "Inbound routing" table. Access it by clicking "View/Routing/Inbound" in the menu.
2. Click "Add" to create a new route.
3. Select the source (your service provider) and enter your keyword in the "Condition 3. (Keyword)" field.
4. Choose the destination email user(s).
5. Set the "Mode" to "Move" for one recipient or "Copy" for multiple.

Need more details? Check out the Inbound Routing guide for further instructions at Inbound Routing.

Can I submit non-text messages such as VCard using an e-mail to SMS configuration?

You can use this software to send vCards (and other things!) through email. There's a specific format to follow: Leave the subject line empty. Copy and paste a special code into the email body.

SMS:VCARD
BEGIN:VCARD
VERSION:2.1
N:family name;given name
TEL;VOICE;HOME:home landline phone number
TEL;VOICE;WORK:work landline phone number
TEL;CELL:mobile phone number
TEL;CELL;WORK:work mobile phone number
TEL;FAX:fax number
EMAIL:e-mail address
URL:homepage address
BDAY:date of birthday
NOTE:note text
END:VCARD

This code acts like a secret instruction for the software. You can find the exact code and instructions in the software's documentation (or the Inbound Routing guide, if available). Basically, the software can recognize emails with this special format and convert them into the desired message type (like a vCard in this case).

When the built in SMTP server is used, which user account will send the messages?

The admin account

Option 1: Utilizing the Administrative Account (Unauthenticated)

The most straightforward approach is to leverage the administrative account. In this scenario, all SMS messages will be transmitted under the identity of the administrative user. This method offers ease of setup but may not be suitable for scenarios requiring a more specific sender identification.

Option 2: Implementing a Dedicated User Account with SMTP Authentication

For situations demanding greater control over the sender identity, a dedicated user account with SMTP authentication can be established. Here's the recommended procedure:

1. Enabling SMTP Authentication: Within the built-in SMTP server's configuration settings, locate the "Server Preferences" form. Activate the checkbox labelled "SMTP Authentication."
2. Creation of a Standard User Account: Establish a new standard user account specifically for sending SMS messages. This account should possess a unique username and password.
3. Configuration of the External Email Client (SMTP Client): Access the settings of your external email software (SMTP client). Locate the SMTP authentication options and provide the username and password credentials associated with the standard user account created in step 2.

By following these steps, you can configure your external email client to transmit SMS messages through the built-in SMTP server while utilizing the designated standard user account as the sender identity. This approach offers enhanced control over the perceived sender of SMS messages.

How can I configure an SMS gateway for best performance?

Achieving optimal system performance requires a focus on minimizing disk-intensive functionalities. Here are key strategies to consider:

• Deactivate Persistent Message Queues: Disabling persistent message queues reduces disk writes associated with storing messages for later processing.
• Disable Detailed Logging: Logging provides valuable information, but detailed logs can generate significant disk activity. Consider filtering or minimizing logging levels to strike a balance between data and performance.
• Streamline Routing Configuration: Restrict the number of incoming and outgoing routes to the minimum necessary for your specific use case. This helps to streamline message processing and reduce resource utilization.
• Disable Unused Features: Evaluate and disable any functionalities that are not essential for your current operations. This may include accounting modules, inactive user accounts, and superfluous application configurations.

Our consultancy services and performance optimization packages can provide comprehensive guidance and assistance in fine-tuning your system for optimal results. These services leverage our expertise to ensure your system operates at peak efficiency.

Note: I removed the sales-oriented closing sentence about purchasing specific services.

Final thoughts

Wireshark is an analysis tool that captures traffic on the local networks. With the help of that software, you could see the incoming and outgoing data packages in detail. On Figure 9, you could see that the highlighted records are from the encrypted message that was sent from the email client.

Default SMTP ports for secure E-mail to SMS (SMTPS)

When you setup a secure E-mail to SMS service using the SMTPS protocol, you have to configure the port used by the E-mail client. The default ports are:

• Non encrypted SMTP: 25
• STARTTLS: 587
• SSL/TLS: 465

https://ozeki-sms-gateway.com/p_5743-sms-to-email-forwarding.html

SMS to Email

SMS to email is a service offered by Ozeki SMS Gateway. It works by converting sms messages received from mobile phones into emails. Email users doing their daily messaging with email clients can communicate with mobile users thanks to this service. This step-by-step guide explains how you can install and configure Ozeki SMS Gateway to act as an sms to email gateway.

What is sms to email

SMS to email is a message gateway service provided by Ozeki SMS Gateway. It allows you to forward text messages sent from mobile phones to email addresses. (Figure 1)

How can I send SMS to Email (video)

The following video shows the setup procedure needed to install and configure an SMS gateway that can provide sms to email functionality. The whole procedure can be done in less then 3 minutes. What you will see can be summed up in 3 steps:

To explain the sms to email procedure in 3 steps:

1. Connect Ozeki SMS Gateway to the mobile network
2. Configure an sms to email route
3. Send an sms from a mobile and read it in your email client

The video starts at clicking on the SMS Gateway desktop icon and takes you all the way to sending a test SMS from a mobile phone and receiving it in the e-mail client.

How does sms to email work

The sms to email solution requires a connection to the mobile network. Using this connection text messages are received by the sms gateway. The sms gateway first converts these texts into e-mail and assigns a sender and recipient e-mail address to them. You can configure these email address on the Ozeki SMS Gateway user interface. During the format conversion, the message text is placed into the E-mail subject line or into the E-mail body depending on configuration.

After the SMS was converted into e-mail, the e-mail is forwarded by the SMS gateway to an email server. The SMTP protocol is used to communicate with the email server. To read the email, you have to login to your email server and check your inbox. Depending on your system, you can login using a web interface to check your email, or you can download the email messages using POP3 or IMAP.

This is how sms to email works in a nutshell (Figure 2).

Detailed instructions to setup sms to email forwarding

To send sms to email:

1. Go to ozeki-sms-gateway.com
2. Download Ozeki 10 SMS Gateway
3. Setup the downloaded installation package
4. Navigate to https://localhost:9515
5. Connect to the mobile network
6. Select 'IMAP client'; IMAP/SMTP provides sms to email
7. Click install
8. Enter the email login details
9. Type in the email address where the SMS should be sent to
10. Create a route to forward sms to the email client
11. Send a test SMS from your mobile
12. View the sms in your email client

How to connect your sms to email gateway to the mobile network

In order to forward sms to email, you need to connect your SMS gateway to the mobile network. Ozeki SMS Gateway can be connected in quite-a-few ways. All of these to methods allows you to send and receive text messages. The best option for your environment depends on the number of sms messages you wish to send and receive. For sms volumes up to 12 000 text messages per day, the best option is to use a GSM modem or an android sms gateway setup. The advantage of this option is that you don't have to subscribe for a costly on-line SMS service. The android sms gateway setup uses your standard android mobile phone as an sms to email gateway. Incoming sms messages received by this phone will be forwarded as email and if you use an email to sms setup you text messages will be sent out through this phone. In this setup your sms gateway communicates with the network using the Android mobile phone. This communication is the same as the communication of a human user, so it means you can take advantage of free unlimited sms sending options.

For higher SMS volumes you can switch to online SMS services, which means you will send SMS messages over the Internet. When you use on-line SMS service providers you can use a dedicated SMS protocol or an SMS API. There are various SMS protocols out there: SMPP protocol, CIMD2 protocol, UCP/EMI protocol and there are many proprietary protocols based on HTTP. Protocols based on HTTP are called HTTP SMS APIs. The best option to connect to on-line SMS services is to use an SMPP connection. The SMPP protocol is widely used in the SMS industry. It is used by mobile network operators to exchange SMS traffic between each other. SMPP was designed for SMS, and it gives you high performance, instant access to submit and delivery reports and precise time stamps related to SMS delivery. So, choose SMPP if possible.

Add new user

You have to add a new user in Ozeki SMS Gateway to start working. E-mail Users can be easily installed and configured through the browser GUI of Ozeki SMS Gateway. So first, open the SMS Gateway, look for the Users and applications panel in the right-hand side and click on the Add new user/application link (Figure 3).

Install IMAP Client

In the Add user or application list, scroll down to the E-mail clients install section, and like in Figure 4, select IMAP client item by clicking on Install. This allows you to have an IMAP client in the connection, which is a really fast and efficient email protocol.

Provide the SMTP server settings

SMTP is an internet standard for email transmission. SMTP servers are used for relaying outgoing emails. On the From section provide the default sender address and make sure the emails are sent to the correct address. In the textboxes you can set the default recipient name and address. On the SMTP server section, please enter the SMTP server's IP address or domain and the port number as you can see in the Figure 5. In case your SMTP server requires authentication, provide the username and password. You can also choose SSL connection if your SMTP server has a more secure connection.

Configure routing

To configure SMS routing, you need to open the routing table by clicking on the "Routes" toolbar button and select the route which you want to configure. (Highlighted in Figure 6)

Check that the message is received in the SMS connection

In the Events tab of the SMPP client you can see when an SMS arrives, it is forwarded to the IMAP client. The notes in the event log give information about the date, exact time, the used client and a detailed description about the event. You can switch on/off auto update, delete or refresh the log's content in the right-hand side, using the proper buttons. (Highlighted in Figure 7)

Make sure that the SMS is sent as an e-mail

Finally, in the Events tab you can see that the SMS arrived on this SMTP client, and it is forwarded to the recipient's email address. Check the event log regularly in order to be up-to-date about the events in the connection. The helpful event notes help you to understand everything in this process. (Shown in Figure 8)

Check your inbox

Go to your inbox and you can open the letter that was sent from this connection. You can check the sender's details here to make sure that you set everything as you wanted. If you are satisfied with everything in your test message, it means that you are ready to use this solution. (Figure 9)

Summary

In this guide we showed you how to forward SMS messages to an email account using Ozeki SMS Gateway. This solution makes the communication easier between mobile users and Email users. Follow the steps carefully, download Ozeki SMS Gateway and you will have the tools and knowledge to convert SMS into Emails. This innovation enables cross platform communication to your company which will help you to grow bigger and work faster.

Continue exploring this topic by reading our other guides, like Email to SMS - POP3 and Email to SMS - Postfix.

Your next thing to do is to download Ozeki SMS Gateway and start working!

https://ozeki-sms-gateway.com/p_2118-how-to-send-sms-from-excel.html

How to send SMS messages from Excel

The following guide is about to demonstrate how you can send multiple SMS messages by just one click from an Excel spreadsheet using the SMS Gateway. The guide provides a step-by-step guide which shows what components you need to set up this solution. It presents how you can establish an HTTP API connection in Ozeki SMS Gateway that can forward the messages received from the Excel document. The guide takes about ten minutes to be successfully completed and does not require any specific knowledge. So, let's get started.

Why Send SMS from Excel?

Sending SMS messages directly from Excel can streamline your communication processes, whether for business marketing, customer notifications, or personal use. With Ozeki SMS Gateway, you can automate and manage bulk SMS sending without leaving your spreadsheet.

Requirements

• Microsoft Excel 2010 or later
• Ozeki SMS Gateway installed on your computer
• An active account with an SMS service provider

Download

Ozeki Excel Client (.xls + macro):
Download Ozeki Excel client (Ozeki.xls)
(This file contains the Excel Macro to send the SMS messages using a HTTP request to the SMS gateway)

Example message list (.xls):
Download example message list (Messages.xls)
(This is a sample Excel file with a list of phone numbers and messages to send)

How to send SMS from Excel

1. Install Ozeki SMS Gateway
2. Configure Ozeki SMS Gateway
3. Setup Excel for Sending
4. Prepare your Excel Spreadshhet
5. Send SMS messages from Excel

Video tutorial on how to send SMS from Excel

In this quick video, you can learn how to send SMS messages from Excel with ease in Ozeki SMS Gateway. By following the instructions, you can send SMS messages from an Excel document with just one click. We'll walk you through the entire process from setting up the HTTP User connection to making your Excel message list to send SMS. With this step-by-step guide you will be able to send SMS messages easily.

Step 1 - Install Ozeki SMS Gateway

To get started, download and install Ozeki SMS Gateway from our official website. Follow the installation wizard to set it up on your system.

Download Ozeki SMS Gateway

Installation instructions for Ozeki SMS Gateway on Windows

Purchase an Ozeki SMS Gateway license

Step 2 - Configure the SMS Gateway

The first step after the the Installation of Ozeki SMS Gateway is to create an HTTP user connection that will be able to handle the SMS messages from the Excel file. So, to create this connection, first open SMS Gateway from your Ozeki desktop. Here, click on the Apps icon on the toolbar and select the HTTP User option as you can see it in Figure 1.

In the configuration menu, you need to specify some identifiers for the HTTP User connection to be able to handle messages from the Excel file. So, just type a username and a password for the connection (Figure 2), but remember, you need to provide these details for the Ozeki Excel Client as well. If you filled all the required fields, just click on Ok to create the HTTP User connection.

By creating the HTTP User connection, the SMS Gateway also created an HTTP API service. This service can be viewed in the Advanced menu (Figure 3). If you click on the HTTP API service, you can modify the port for the HTTP and the HTTPS as well. To follow the guide, change the port of the HTTP to 9509 and click on OK.

Step 3 - Set Up Excel for SMS Sending

Next, you need to open the downloaded Ozeki Excel example spreadsheat. Here, you have to provide the details of the HTTP API service and the HTTP User connection, that you created in the SMS Gateway. So, for the Ozeki HTTP API IP field, enter the IP of the localhost (127.0.0.1) and the port number of the HTTP API service separated by a ':' sign. Next, type the username and the password of the HTTP User connection as Figure 5 demonstrates it.

Step 4 - Prepare Your Excel Spreadsheet

After setting up all connections and services that needed to handle SMS messages from Excel, now you can set up the Excel itself. For testing, you can use the provided Excel file above, but you can easily create a new file for the messages. In this file, each row represents the details of a message. The first column in each row is dedicated to the phone number of the recipient and the second column is for the message itself (Figure 4). If you have done writing the messages, just save the modifications.

Step 5 - Send SMS from Excel

After you set up all details that needed, you can just click on Send all button to send all the messages from the Excel file. If the Excel file of the SMS messages opened as well, Ozeki Excel Client automatically detects it, and you can select it from the pop-up window (Figure 6). All you need to do here, is to click on OK.

When Ozeki Excel Client finished with sending all the message from the selected Excel file, a delivery report shows up in the browser (Figure 7). Here, you can check if the messages sent successfully, or a problem occurred during the sending process.

Delivery Reports

After sending, Ozeki SMS Gateway will display a delivery report in your browser. This report shows the status of each SMS (sent, delivered, failed). Verify that all messages are marked Sent or Delivered. If any message failed, check the error details in the report and adjust your setup as needed (e.g. correct number format or connection settings).

You may also check the status of each SMS message in the Ozeki SMS Gateway GUI.

Troubleshooting Common Issues

If you encounter any problems while trying to send SMS from Excel, check the following:

• Ensure the Ozeki SMS Gateway is running and connected to the internet.
• Verify your SMS service provider credentials are correctly entered.
• Check that phone numbers in your spreadsheet are formatted properly (e.g., +1234567890).
• Confirm that your SMS service provider account has sufficient credit or is active.

Conclusion

By following this step-by-step guide, you can now efficiently send bulk SMS messages directly from Excel using Ozeki SMS Gateway. The process simplifies mass communication by leveraging an HTTP API connection, allowing you to send messages with just one click. Whether for business notifications, marketing campaigns, or personal use, this method saves time and eliminates manual effort. Download the provided Excel templates, configure the HTTP User connection, and start sending SMS messages seamlessly. With Ozeki SMS Gateway, managing bulk SMS from Excel has never been easier.

Final Thoughts on Using Ozeki Excel SMS

By following the steps outlined in this guide, you can efficiently send SMS messages directly from an Excel spreadsheet using the Ozeki Excel Client. The process begins with configuring the HTTP API service and user credentials, followed by opening the Excel file containing your SMS messages. Once the setup is complete, sending messages is as simple as clicking the "Send all" button and verifying the delivery report. This method provides a seamless way to manage bulk SMS campaigns, ensuring quick and reliable message delivery. Whether for business communications or personal use, Ozeki Excel SMS simplifies the process while offering real-time feedback on message status.

With its intuitive interface and automated detection of Excel files, Ozeki Excel Client minimizes manual input, reducing the risk of errors. The delivery report feature allows you to confirm successful transmissions or identify any issues promptly. By integrating SMS capabilities into Excel, Ozeki provides a powerful yet user-friendly solution for mass messaging. This approach saves time, enhances productivity, and ensures that your messages reach their intended recipients efficiently.

https://ozeki-sms-gateway.com/p_5745-send-sms-from-txt-files.html

How to send SMS from TXT files

The following guide is about to show how you can send message from the file or collecting the received messages in a file as well. This SMS form txt and SMS to txt guide will show you how to install and configure a TXT File connection in SMS Gateway. This connection is capable of handling multiple file formats, and you can also select the location of the following message boxes: Inbox, Outbox, Sent, Failed, Delivered.

What is SMS from TXT

Ozeki SMS gateway can send sms from text file. The sms server software read out the message and the phone number of the recipient and send out the short message. There are five built-in formats that can be used for SMS sending from a text file.

What is SMS to TXT

Sms to txt means when the sms gateway software recieves sms messages it stores the incoming messages into a txt or text file. Sms to txt or sms to text terms mean the same thing.

How to send SMS from TXT files

To send SMS from TXT files:

1. Launch Ozeki SMS Gateway
2. Select the Apps toolbar icon
3. Install TXT File app
4. Configure the TXT File connection
5. Click on the Connect toolbar icon
6. Choose SMPP client to install
7. Set SMPP client connection
8. Send SMS message from TXT file
9. Check the Sent and the Inbox folders

The process of sending SMS from TXT files (video tutorial)

In this quick video tutorial, you'll discover how to send SMS from TXT files with Ozeki SMS Gateway. By eliminating manual SMS handling using Ozeki's user-friendly features, you can simplify your communication procedures. Ozeki can handle both single messages and mass campaigns because to its flexible TXT file capabilities. Get ready to revolutionize your SMS communication, by following the given instructions.

Step 1 - Create a TXT File connection

The first step of the guide is to create the TXT File connection in SMS Gateway. First of all, you need to open the SMS Gateway application, and here, select the Apps menu from the toolbar. In this menu, go to the 'Application interfaces' section, and like in Figure 1, click on the Install button of the TXT File connection.

Step 2 - Configure the TXT File connection

After you selected the TXT File connection, you are going to be navigated to the configuration menu of the connection. In that menu, first, you need to define a name for that connection (Figure 2). Then, you have to select a file format for the SMS messages. These file formats will be discussed in the next step. Lastly, you can select folders for the messages.

Step 3 - Select a file format

For that connection, you can select from multiple file formats. These formats handle the messages differently. The first format is the 'Simple'. The format can handle one message per file. The name of the file needs to be the recipient's phone number and the message contains the SMS message itself.

c:\smsout\+3620310536 Hello world!

The next file format is the 'Verbose' format. This format also handles one message per file, but you can specify the phone number of the sender in the file. The file extension of the Verbose format needs to be .sms.

c:\smsout\anyname.sms +3620310536 +3620937723 Hello world!

The 'List' file format is capable of handle multiple messages and multiple recipients in the same file. Each row of the file contains the phone number of the recipient and the message. The file extension of the List format is .sml.

c:\smsout\list.sml +3620454536 This is the first message +3620993772 This is the second message +3630778972 Use Ozeki SMS Gateway!

The 'Text' file format handles the messages the same way as the List format. The only difference between these two formats is the file extension. The List uses .sml format to manage the messages, the Text format uses the simple .txt format, so it is a little bit easier to create and manage.

c:\smsout\outbox.txt +3620454536 This is the first message +3620993772 This is the second message +3630778972 Use Ozeki SMS Gateway!

The 'XML' format is a great way to clearly organize your message in the dedicated XML file. This format uses tags to define the parts of a message. The 'originator' stores the phone number of the sender, and the 'recipient' stores the recipient's phone number. The 'text' tag contains the message, the 'time' tag shows the time when the message should be sent. Lastly, the 'messagetype' is for defining the type of the message. This format is also capable of handling many messages in one file.

c:\smsout\outbox.xml <messages> <message> <originator>ORINIGATOR_NUMBER</originator> <recipient>RECIPIENT_NUMBER</recipient> <text>Message text</text> <time>2020.07.07. 7:56:31</time> <messagetype>SMS:TEXT:FORMATTED</messagetype> </message> </messages>

Figure 3 below shows all the file formats, that are available in SMS Gateway.

Step 4 - Select folders for the messages

In the next step, you need to set the location for the different types of messages regarding to they are about to be sent or received. The messages stored into five folders as you can see it in Figure 4: Inbox, Outbox, Sent, Not Sent and Delivered.

Step 5 - Advanced configuration of the TXT File connection

The TXT File connection can be further configured by clicking on the Advanced tab as Figure 5 shows that. Here, the main setting is the Polling. This option defines the time interval when the outbox folder will be checked, and the connection tries to deliver the messages from all files that are in that folder at that point. If you finished with the configuration, just click on OK.

Step 6 - Create an SMPP service provider connection

To be able to communicate with the members of the mobile network, you need a connection that creates that link. This connection will be the SMPP client connection. To create this connection, just select the Connect menu from the toolbar, and here as you can see it in Figure 6, click on the Install button of the SMPP client connection.

In the configuration menu of the connection, first, you need to type a name for the connection. Next, you have to provide the details of the SMPP server where you want that connection to connect to (Figure 7). Lastly, just type the phone number with that the connection is going to communicate with the mobile network. If you finished with everything, you could just click on OK.

Step 7 - Send a message from file

After you created the TXT file connection, now you will be able to send SMS messages using this connection. To do that, open the outbox folder in the File Explorer. Here, you can create a new text file, and as the format shows above, you can write multiple messages to multiple recipients in that file (Figure 8). When you finished, just save the file.

As soon as the TXT File connection polls the folders for files, the file from the outbox folder will disappear. This means the connection now processing the message file. As soon as it delivers the message, the message file will appear in the Sent folder as you can see it in Figure 9.

Step 8 - Receive message with the TXT File connection

The creation of the TXT File connection also created a routing rule. This routing rule ensures that all the messages that SMS Gateway receives will be routed to that TXT File connection. The connection in case of an incoming message will create a file in the Inbox folder as you can see it in Figure 10. The format of this file is the same that you defined in the settings of the connection.

https://ozeki-sms-gateway.com/p_5746-how-to-save-sms-messages-into-csv-or-excel-files.html

How to use CSV files for SMS messaging

See how to send SMS messages from excel sheets. You will only need a '.csv' file, a TXT File connection in Ozeki SMS Gateway and an SMS service provider connection. Keep in mind to write the excel sheet and export it to CSV format

CSV is a much simpler format than an excel table. Each row in the CSV file represents a row in the excel sheet and the columns are separated by commas. You can send data in CSV file format with the help of the TXT File connection.

Step 1 - Create a CSV file

Write your own excel datasheet or your company's application can do it for you. It is important that the first column is the recipient's address, the second parameter should be the text message itself, while the third parameter is the time when to send it. You can see an example excel sheet on Figure 1.

Please export your excel sheet to CSV file format (Figure 2).

Step 2 - Setup a TXT File connection in Ozeki

The next step is to create the TXT File connection. For that, you need to open the SMS Gateway application, and here, click on the Apps menu on the toolbar. In that menu, go to the 'Application interfaces' section, and as Figure 3 shows that, click on the Install button of the TXT File connection.

To be able to handle CSV files with this connection, the main part of the configuration is to select the CSV file format from the list of file formats as you can see it in Figure 4. You also need to give a name for the connection here, you set the folders for the messages as well. When you finished with these settings, you can just click OK.

Finally, you just have to copy the CSV you have created in the beginning of this tutorial to the default Outbox directory at C:\SMS\smsout . This is the path used by the TXT File connection. You can modify this location anytime, if you want to.

https://ozeki-sms-gateway.com/p_8671-how-to-send-sms-from-the-windows-command-line.html

How to send SMS from the windows command line

The sendsms.exe is a simple command line tool, that allows you to send sms messages from the windows command line (cmd.exe or powershell). This page gives you the download location of this tool, and it provides information on how to use it.

Download sendsms.exe

The download URL you can download this tool is:

https://ozeki-sms-gateway.com/attachments/8671/SendSms.exe

How to use

To use this tool please setup a http api user, where you create a username and password. After this, please download SendSms.exe from this page and use the newly created http username and password with the following command line options.

The following webpager provides information on how to create a HTTP API user:

How to create a http api use in Ozeki Sms Gateaway

Command line parameters

How to send SMS to multiple numbers

SendSms.exe "+36201234567,+36307654321" "Hello World" -hn "192.168.1.126" -hp "9509" -u "http" -p "abc123" 

https://ozeki-sms-gateway.com/p_5802-send-sms-from-an-ftp-server.html

How to send SMS from an FTP server

Ozeki SMS Gateway's FTP User can synchronize directories with SMS Gateway through standard FTP, FTPS (over SSL/TLS) or SFTP (SSH FTP) protocols. Incoming SMS messages will be uploaded, and outgoing SMS messages will be downloaded from the FTP server. You can also look at the accepted file formats.

How to send SMS from an FTP server

To send SMS from an FTP server:

1. Launch Ozeki SMS Gateway
2. Add new FTP user
3. Configure the FTP connection
4. Select file path for SMS message folders
5. Specify FTP server details
6. Set the file format
7. Send test SMS from FTP server
8. Check the logs

How to send SMS from an FTP server (video tutorial)

This video will show you how to send SMS messages from an FTP server. This video will begin with adding a new FTP user and it will take you all the way to sending your first SMS. The video is only about 4 minutes long and very detailed. You will have no problem following the steps. We are using the Ozeki SMS Gateway in this video which is a powerful but easy to use gateway solution. You will learn how to add a new FTP user and how to configure it, how to set the FTP server settings and how to send a test SMS from the FTP server. Don’t waste time, start sending SMS now!

FTP User can synchronize directories. Synchronization is made between Ozeki SMS Gateway's machine and your FTP server on the following folder types: 'Inbox', 'Outbox', 'Sent', 'Failed', 'Delivered'. Please create these folders before providing the paths to the FTP User. This user is basically used for sending or receiving text message files.

It works in both directions:

• If the user receives an incoming message, it creates a text file in the 'Inbox' folder of your FTP server and also a file in the 'Inbox' folder of your SMS Gateway's machine since the folders are synchronized.
• The user will send the messages from the FTP server's 'Outbox' folder. The message text file will be placed accordingly into the 'Sent', 'Failed' or 'Delivered' folder. The 'Outbox' folder will be checked periodically.

You can quickly install an FTP User through the browser GUI of Ozeki SMS Gateway.

Step 1 - Install the FTP user

You can simply install the FTP User on the 'Management' console by clicking 'Add new user/application...' in the 'Users/Applications' panel (Figure 1).

An interface will open consisting of two panels. The left side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the FTP User and click the blue 'install' button next to it (Figure 2).

Step 2 - Configure the FTP connection

The 'Configuration' panel has a 'General' tab which contains the basic file settings. First please provide a unique username. In the Settings section of tab page contains a combo box where you can select the file format 'Simple', 'Verbose', 'List', 'CSV' or 'XML'. Please check the File format section below for more information. There is another combo box where you can select the character encoding. You can also set how much time to wait before rechecking the 'Outbox'. The default value is 30, but you can change it to any positive whole number (Figure 3).

Step 3 - Configure the folders for messages

The lower section of the tab pages contains five sub-sections referring to the five message folder types: 'Inbox', 'Outbox', 'Sent', 'Failed' or 'Delivered' (Figure 4). You can select each message folder's directory path on Ozeki SMS Gateway's machine and your FTP server. The FTP User will keep the directory pairs synchronized.

What kind of messages are contained in each folder

• Inbox: Already delivered messages to the user. Set it by setting Ozeki SMS Gateway's inbound routing.
• Outbox: Messages to be sent by the user. Set it by setting Ozeki SMS Gateway's outbound routing.
• Sent: Accepted messages for delivery by Ozeki SMS Gateway and the SMS service provider.
• Failed: Refused messages by Ozeki SMS Gateway or the SMS service provider.
• Delivered: Messages that received delivery success report by the SMS service provider.

Step 4 - Configure FTP server details

If you have set the folders, you should switch to the FTP Connection tab to configure the FTP server connections. First provide the server's IP address, port number and the required username and password. Then select the protocol mode you prefer (FTP, FTPS, STFP) (Figure 5). In the lower section you can provide a certificate if you are using the FTPS file protocol mode. Please provide the certificate path and certificate password to add the certificate.

Step 5 - Learn about file formats

File formats are used to define how to store messages in text files. Various file formats are supported by Ozeki SMS Gateway's FTP to SMS Extended User: simple, verbose, list, XML, CSV. These formats can be used for sending or receiving SMS messages through a GSM network.

'Simple' is set as default on all FTP to SMS Extended User. The filename itself stores the sender or recipient, depending on if it is an incoming or outgoing message. The file contains the message content. Simple is the default format. To change it, please click on the 'General' tab. For example:

c:\SMS\outbox\+3620310366 Hello world!

c:\SMS\inbox\+3630310300 Hello Ozeki SMS Gateway

It has a side effect hidden in the name convention. More files cannot have the same name in a single directory. This means only one message can be sent at a time to the same recipient. If sending a new message to the same recipient, please wait until the old message gets deleted by Ozeki SMS Gateway. This works vice versa. As an example, only one message at a time can be received by the sender, since older received message will be deleted. Please consider these facts before keeping this default file format or choose another format from the dropdown menu. It is a very useful tool for position tracking, since every new coordinate overwrites the old one. This helps you easily track vehicles that send coordinates in SMS messages.

The Verbose format stores every SMS message in a separate file, although each file can have a unique filename. Since unique filenames are supported, it can store multiple message files from the same sender and multiple message files from the same recipient as well. This means it can contain more information than a 'Simple' file format. Each file has an extension. A verbose file's extension is '.sms'. Do not forget that each message file contains a single message. Now let's check the structure. The first line contains the sender's phone number, while the second line is the recipient's phone number. The message text is contained in the third line.

Simple Verbose example:

c:\SMS\outbox\anyname.sms

+36209937723
The message text

The List format is capable of storing multiple SMS messages in a single file. A single '.sml' file can store multiple SMS messages in a simple list. This is the most comfortable way to send and receive a massive amount of text messages. Please look at the following file example:

c:\SMS\outbox\list.sml

+3620993723 This is the second message
+3630778972 Use Ozeki SMS Gateway!

Each line represents an SMS message. A single line consists of two important information separated by space. The first is the phone number of the recipient while the second is the message content. To send SMS message please place your '.sml' file into the Outbox folder.

You can send and receive SMS messages using 'XML' file format as you can see in the XML message below. Do not forget to use '.xml' file extension.

<originator>: The sender's phone number is between these tags.
<recipient>: The recipient's phone number is between these tags.
<text>: Type text message between these tags.
<time>: Set when the message should be sent.
<messagetype>: Declare the message type between these tags.

c:\SMS\outbox\mysms.xml

  <message>
      <originator>ORINIGATOR_NUMBER</originator> 
      <recipient>RECIPIENT_NUMBER</recipient> 
      <text>Message text</text> 
      <time>2011.08.25. 7:56:31</time> 
      <messagetype>SMS:TEXT:FORMATTED</messagetype> 
  </message>
</messages>

You can export any excel file in CSV file format. This CSV structure is a text file format where the original columns are separated by commas. Each line corresponds to a row in the original excel datasheet. Finally, the FTP to SMS Extended User is capable to read each row as you can see in the following example.

c:\SMS\outbox\mysms_messages.CSV 36205555366, Message Text 1, 3/30/2016 12:30 36209937723, Message Text 2, 3/30/2016 12:30 36307789723, Message Text 3, 3/30/2016 12:30

The first parameter is the recipient's or sender's address, the second parameter is the message text while the third parameter is when to send the message or when the message have arrived.

https://ozeki-sms-gateway.com/p_5803-how-to-start-an-application-using-an-sms.html

How to start an Application with SMS

Ozeki SMS Gateway's Application Starter User can run any process or application in case an SMS message arrives. You simply need to provide the file path. You can also fetch parameters from received SMS messages to use them as process parameters or command line arguments.

Look at the workflow diagram in Figure 1 before scrolling through this step-by-step guide. Keep in mind the incoming message must arrive at Ozeki SMS Gateway's Application Starter User, so it can start any desired process or application.

You will find out how your application starts with a glimpse of an SMS arrival. First, it is advised to install and configure your own Application Starter User in case an SMS is received. You should make sure your Ozeki SMS Gateway is ready to receive any SMS from an SMPP provider or a GSM modem.

How to start an application using an SMS

To start an application using an SMS:

1. Select Apps toolbar icon
2. Install Application Starter app
3. Name the connection
4. Enter program to execute
5. Set Operation mode
6. Click on the Connect toolbar icon
7. Add new SMPP client connection
8. Configure Ozeki service
9. Allow service to interact with desktop
10. Send test SMS

Step 1 - Create the Application starter connection

The first step is to open the SMS Gateway application. Here, in the main menu, you should select the Apps menu on the toolbar. In this menu, just scroll down to the 'Incoming SMS message processing and autoresponding services' section, and here, click on the Install button of the Application starter connection (Figure 2).

Step 2 - Configure the Application Starter connection

Next, you need to configure your application starter connection. First, you need to type a name for the connection (Figure 3). This will identify the connection in your SMS Gateway system. Next, you need to configure the program, that the connection is going to execute. The two main ways will be discussed in the next step.

Step 3 - Select a program to execute

The Application starter connection can process both bash scripts or the executable files of the external applications as well. So, the first way is to run a bash script. In this example, you need to create a bash script with the '.bat' file extension. As Figure 4 shows below, you need to provide the full path for the bash script. You can also add arguments for the execution. Here, there are two arguments. The '$SENDER' stores the address of the sender who sent the message, the '$MSG' argument stores the message itself.

Now, you need to write the bash script. This example below is going to take the two arguments that you set in the Application starter connection and write them in the inputsms.txt file. If that file does not exist yet, a script creates it, if the file exists, the script appends the file with the new message.

C:\process.bat

echo %1 %2 >> C:\inputsms.txt

The second way to configure the application starter is to run an external application. For that, you need to specify the full path of the application that you want to run in case of an incoming message. This guide shows you, how you can start the default notepad application with an SMS as you can see it in Figure 5.

Step 4 - Further configuration of Application Starter

The last thing, that you clearly need to configure before creating the connection, is the mode that the application is going to run. This can be set by the 'Operation mode' option. Here, as you can see it in Figure 6, select the 'Start on message' option. This will ensure, that the program that you set before to execute, will only run if an incoming message occurs. If you finished with everything, you could just click OK.

Step 5 - Create an SMPP client connection

To be able to communicate with the members of the mobile network, and receive the starting message, you need a connection that creates that link. This connection will be the SMPP client connection. To create this connection, just select the Connect menu from the toolbar, and here as you can see it in Figure 7, click on the Install button of the SMPP client connection.

In the configuration menu of the connection, first, you need to type a name for the connection. Next, you have to provide the details of the SMPP server where you want that connection to connect to (Figure 8). Lastly, just type the phone number with that the connection is going to communicate with the mobile network. If you finished with everything, you could just click on OK.

Step 6 - Configure your Ozeki service

Ozeki service runs in the background when you use Ozeki SMS Gateway. It is essential to allow Ozeki 10 to run files with Application Starter User. Configure this service by selecting 'Control Panel' from your Windows Start menu and reach 'Administrative Tools/Services'. Find 'Ozeki 10' on the list, right click, and select 'Properties' (Figure 9).

On the new window, called 'Ozeki 10 Properties', please select the 'Log On' tab page and tick the 'Allow service to interact with desktop' checkbox (Figure 10).

From now on Ozeki SMS Gateway's Application Starter User will be able to start any process or application if you provide the proper path to the file. The file on the chosen path will start in case of an SMS message is received.

https://ozeki-sms-gateway.com/p_3343-how-to-disable-the-appstarter-feature.html

How to disable the appstarter feature on Ozeki SMS Gateway

This page is all about turning the appstarter feature off in Ozeki SMS Gateway, which works in any country and can send and receive sms through various mobile connections. The following steps will take around 5 minutes to complete. Following along will teach you to kill and restart the Ozeki service, and also disable the appstarter feature. Below, you will find a video tutorial and a written step-by-step guide with pictures. We will finish with a couple common questions and a short summary. In order to be successful, you need to be familiar with Ozeki SMS Gateway's software and navigating to the Services tab within Windows Task Manager. Let's get started, shall we?

What is Appstarter?

Appstarter is short for the Application Starter feature in Ozeki SMS Gateway. It's main purpose is to allow the user to run .exe files or execute batch scripts from an outside environment such as SMS, chat messages, sensor connections or other sources.

What is an automated SMS?

An automated SMS is a pre-designed message set to be sent to customers at a specific date and time of your choice.

How to disable the Application Starter feature on Ozeki SMS Gateway (video tutorial)

The following video showcases disabling the Application Starter feature within Ozeki SMS Gateway, from telling if you have it enabled all the way to disabling the feature. It is a terrific watch, as it is only 60 seconds, but it captures all the necessary steps in detail, in an easy to follow format. Not only that can be seen in this video, but also how easy and fast it is to manage and personalize Ozeki SMS Gateway. You will learn to check which services you have installed, and how to disable those you do not need. You will also learn how to kill and start the Ozeki service again.

How to disable the Application Starter feature

To disable the Application Starter feature:

1. Open Ozeki SMS Gateway
2. Navigate to Installation List
3. Check if Application Starter service is installed
4. Open the Services window
5. Find Ozeki service
6. Stop Ozeki service
7. Open File Browser
8. Locate Ext.AppStarter folder
9. Delete Ext.AppStarter
10. Start Ozeki service again
11. Check if Application Starter service is removed

Disabling the appstarter feature on Ozeki SMS Gateway (Step-by-step guide)

To begin the entire process, the very first thing you need to do is opening the Ozeki SMS Gateway application. Click on the 'Add new user/application...' and scroll down until your reach the Application Starter. You will see that the Appstarter feature is in the user list just like in Figure 1.

Open 'Services' on your device and locate the Ozeki application. Once you find it, give it a click. As shown in Figure 2, click on the 'Stop the service' sign to stop Ozeki from running.

As you can see in Figure 3, the next step is locating the Appstarter feature folder. After finding the Ozeki folder, select the 'Common' folder. Locate the 'Ext.Appstarter' folder and give it a right click.

After giving the Ext.Appstarter folder a right click you need to choose the delete option just like it is represented in Figure 4. This will remove the folder.

Now go back to the 'Services' and look for Ozeki. After locating it, click on the 'Restart the service' sign just like in Figure 5.

Open Ozeki SMS Gateway and click on the 'Add new user/application...' sign. Scroll down to the bottom until you reach the 'Incoming SMS message processing and autoresponding services section'. Just like in Figure 6, you will see that the Appstarter feature is missing indicating that the delete was successful.

Can I disable other features of Ozeki SMS Gateway?

Yes, apply the steps above to your desired feature and it's folder.

Can I reinstall/re-enable a feature after disabling it?

Yes, it is possible to reinstall features within Ozeki SMS Gateway previously uninstalled using the method above.

Summary

Disabling the appstarter feature on Ozeki SMS Gateway ensures your system operates more efficiently by preventing unnecessary applications from launching automatically. This helps maintain the focus on your core SMS functions, minimizing disruptions and enhancing overall performance. Take control of your SMS management with Ozeki SMS Gateway and experience a smoother, more reliable service.

https://ozeki-sms-gateway.com/p_3647-schedule-sms.html

How to schedule SMS sending with the SMS scheduler

Ozeki SMS Gateway offers a comprehensive and user-friendly solution with its advanced SMS Scheduler to empower your messaging strategy. With the SMS Scheduler in Ozeki SMS Gateway, which enables you to schedule text messages for future delivery, you can experience the comfort of periodic SMS sending. Seamlessly automate your communication and ensure your messages reach the appropriate recipients at the perfect time. Follow the given instructions to become more effective in your SMS sending.

What is scheduled SMS?

Scheduled SMS, also known as "SMS scheduling," is the process of pre-scheduling text messages for future delivery. This feature automates the time of message transmission across many different platforms and apps. It enables organizations and individuals to transmit messages at certain moments, assuring maximum engagement and effectiveness. Messages may be sent across time zones with scheduled SMS without worrying about timeliness. It improves consumer communication and experience by providing timely reminders, notifications, and information. Scheduled SMS may enhance communication processes by decreasing human error and optimizing the sending process. To prevent any unwanted effects on receivers, it is essential to utilize this tool properly and in compliance with legal requirements.

Effortless Periodic SMS Sending with Ozeki SMS Gateway (video tutorial)

In this short video, we will introduce you how to schedule period SMS sending with SMS scheduler in Ozeki SMS Gateway. You can learn how to automate your messaging process, providing timely reminders, notifications, and essential information to your audience. Use the SMS Scheduler provided by Ozeki SMS Gateway to send SMS messages regularly with ease and efficiency. Discover how to schedule period SMS sending effortlessly and experience the comfort of automated communication.

How to schedule period SMS sending with SMS scheduler

To schedule period SMS sending with SMS scheduler

1. Log into your Ozeki SMS Gateway account, or download it from https://ozeki.hu/
2. Open Scheduler app from Ozeki Start Menu
3. Create New Repeated Task in Ozeki SMS Gateway
4. Configure your text message
5. Select repeat interval
6. Set up new routes in the Control Panel
7. Follow SMS delivery status
8. Enjoy the scheduler functions provided by Ozeki SMS Gateway

To begin the process, log in to your Ozeki SMS Gateway account, or if you don't have yet an Ozeki account, download the Ozeki SMS Gateway app from the https://ozeki.hu/ website. After logging in, open the "Programs" tool in the Ozeki Start Menu. Select "Administrative Tools" option from the drop-down list, then click on the "Scheduler" one. This will bring you to the Scheduler app's configurator page.

On the Scheduler app's configurator page, click on the "Create New Repeated Task" button, highlighted in blue. By clicking on it, it will bring a new Repeated Task tab, containing periodic message details. There you have to configure a message that will be routed to a connection in Ozeki 10. The connection will be founded at the Control Panel in Ozeki SMS Gateway. Specify some essential details of the corresponding cells. Enter the recipient's address and your text message into the boxes. This message will be sent when the set time is reached by the clock.

Now, select your preferred delivery time, and choose the desired repetition frequency. Whether you want to send messages daily, weekly, monthly, or at specific intervals, the SMS Scheduler allows you to customize your sending schedule to suit your needs. Click on the "Ok" button to save the settings.

Once you have set your preferred delivery time and chosen the desired repetition frequency using Ozeki SMS Gateway's SMS Scheduler, access the "Control Panel" in Ozeki SMS Gateway for further management of message forwarding.

In the Control Panel, you have to set up new routes for your messages. Find "Routes" option from the left-handed tab. Click on the "Create new Route" button to start the process.

By clicking on the "Create new Route" button, it will bring up a tab, where you can set up Route details. Choose the "Scheduler@localhost1" option from the drop-down list in the "From" field then mark with an "X" sign the "App" option in the settings, by clicking on the settings icon. After that, select "SMPP_client_1@localhost" option in the "To" field. For saving, click on the "Ok" button.

Once you have saved your settings, open Ozeki SMS Gateway app's Home page to follow the message's delivery status.

Open SMPP client 1 (SMPP client) link on the upper left side of the page. It will bring up the connection details and SMS delivery status. At the Events tab, you will see the latest updates of SMS settings. Once the time reaches the set time, the message will be automatically sent to the recipients. At the same time, you will receive a notification at the Events tab, that the message was successfully sent at the specified time.

FAQs

How do I automate SMS sending?

SMS gateway APIs, marketing applications, or CRM connection all make it simple to automate SMS messaging. To interact with your audience at the appropriate moment, set up scheduled messages, customized campaigns, and automatic notifications. For a seamless and successful automated SMS approach, make sure that all laws are followed and obtain recipient consent.

Can you schedule a SMS message?

Platforms like Ozeki SMS Gateway, allow you to schedule text messages for future delivery. You can specify a date and time for the message to be sent, and the system will send the SMS at that time without your intervention. With Scheduler, you can send messages that repeat themselves at certain intervals that you set.

What is the SMS Scheduler in Ozeki SMS Gateway?

The SMS Scheduler is a feature in Ozeki SMS Gateway that allows users to schedule text messages for future delivery. It automates the process of sending messages at specific times and intervals, ensuring timely and effective communication.

What are the benefits of using the SMS Scheduler?

The SMS Scheduler gives customers the ability to organize their messaging strategy, enhancing communication convenience and effectiveness. Users may increase engagement and make sure messages are delivered to the targeted audience by delivering messages at the proper times.

Summary

Overall, Ozeki SMS Gateway offers an extensive and user-friendly solution with its powerful SMS Scheduler, enabling customers to easily schedule period SMS delivery. This short article teaches you how to use an SMS scheduler to set up periodic SMS sending. You have full control over choosing the delivery time and message repeat frequency with the SMS Scheduler from Ozeki SMS Gateway. This removes the concern about timing and enables both companies and individuals to deliver communications at specific times, even across time zones. Improve your message strategy and experience the power and simplicity of scheduled SMS sending with Ozeki SMS Gateway.

https://ozeki-sms-gateway.com/p_3648-how-to-do-periodic-sms-scheduling-for-selected-for-calendar-days.html

How to do periodic SMS scheduling for selected calendar days

Optimize your SMS communication process effortlessly with Ozeki SMS Gateway. Manage efficiently periodic SMS scheduling for selected calendar days, ensuring timely delivery to the right recipients. Discover the user-friendly platform's seamless way to schedule SMS messages for specific calendar days. This step-by-step guide will lead you through the process, making it easy to leverage Ozeki's intuitive features for enhanced SMS management. Streamline your messaging strategy with Ozeki SMS Gateway.

What is periodic SMS scheduling?

Periodic SMS scheduling is a feature that allows users to automate the process of sending SMS messages at regular intervals or specific calendar days and times. It is especially helpful for companies and organizations that must send consumers or subscribers periodic communications. It is especially helpful for companies and organizations that must send consumers or subscribers periodic communications. The frequency, exact days, and hours for delivering the messages can all be set by users in advance. Without requiring personal interaction for each message, this automation streamlines marketing initiatives, and communication. Businesses may easily send reminders every month or weekly promotions, for instance. Regular SMS scheduling provides timely communication, saves time, and increases the effectiveness of reaching the target audience.

Simple SMS Scheduling with Ozeki SMS Gateway (video tutorial)

In this short video, you'll explore how to effortlessly schedule SMS messages for specific calendar days using Ozeki SMS Gateway's user-friendly tools. By following these straightforward instructions, you can harness the power of Ozeki SMS Gateway's scheduling features with ease and efficiency.

How to do periodic SMS scheduling for selected calendar days

To do periodic SMS scheduling for selected calendar days

1. Access your Ozeki SMS Gateway account, or download it from https://ozeki.hu/
2. Launch the Scheduler app from Ozeki Start Menu
3. Create a New Calendar Day Type in Ozeki SMS Gateway
4. Create New Repeated Task in Ozeki SMS Gateway
5. Set up your text message
6. Choose repeat interval
7. Configure new routes in the Control Panel
8. Track SMS delivery status
9. Make use of Ozeki SMS Gateway's scheduling features.

To start the procedure, log into your Ozeki SMS Gateway account, or download the Ozeki SMS Gateway app from the https://ozeki.hu website if you don't already have one. Open the "Programs" feature in the Ozeki Start Menu after logging in. From the drop-down menu, choose "Administrative Tools," then click "Scheduler." You will then be sent to the customization page of the Scheduler app.

In the customization page of the Scheduler app, click on the "Days" icon in the toolbar. Choose the "Day types" tab, which represents different categories of days, such as weekdays, weekends, holidays, etc. his feature will allow you to specify which days fall under each day type.

Within the "Day types" tab of your customization page, you can create day types. Click on the "Create New Calendar Day Type" button on the page, to add your own day type. Enter a unique name of the day and choose a colour, so you can easily make a difference between your calendar days. It is optional, to write a short explanation about the day so that we can recognize it easily.

Find the "Calendar" icon in the toolbar and click on it to open. There you can set the calendar day types. Choose a day from the calendar and assign a day type to it. Mark with an "X" sign the Date type, then save with the "Ok" button. (For example, select June 16, 2023, and order it to the Important days date type.) After saving, the chosen day will appear on the calendar in the colour that you have set. It helps you to easily identify and differentiate the scheduled days based on the assigned colours. It makes it more convenient for users to manage their scheduled SMS messages for different occasions or day types.

Step on the Ozeki Scheduler Home page to start the process of creating repeated tasks. Click on the "Create new Repeated Task" button, highlighted in blue on the Scheduler Home page. By clicking on it, a new Repeated Task page with details about repeating messages will appear. There you have to configure a message that will be routed to a connection in Ozeki 10. The Control Panel in Ozeki SMS Gateway is where the connection will be established. Provide the related cells with a few key details. Fill up the fields with the recipient's address and your text message. When the clock reaches the specified time, this message will be sent.

Choose the appropriate repeat frequency and your preferred delivery time. The SMS Scheduler enables you to tailor your sending schedule to meet your needs, whether you want to send messages every minute, every day, every week, every month, or at particular intervals.

After setting up the repeated time, you can specify what types of days are included. Select the intended day type from the drop-down list of the "Days" option in the Included part of the tab. To save the settings, click the "Ok" button.

After configuring your preferred delivery time and selecting the desired repetition frequency using Ozeki SMS Gateway's SMS Scheduler, you have to access the "Control Panel" within the Ozeki SMS Gateway for further management of message forwarding.

Find the "Routes" option on the left-handed tab of the Control Panel to create new routes for your messages. By clicking the "Create new Route" button, the procedure will be started. Upon clicking the "Create new Route" button, a tab will appear allowing you to configure Route details. From the drop-down list in the "From" field, select the "Scheduler@localhost1" option. Then, in the settings, click on the settings icon to mark the "App" option with an "X" sign. Next, choose the "SMPP_client_1@localhost" option from the "To" field. To save the changes, click on the "Ok" button.

After saving your settings, navigate to the Home page of the Ozeki SMS Gateway app to track the delivery status of your messages. From the Home page, you will be able to monitor the progress of the sent messages and review their delivery reports to ensure successful delivery.

In the page's upper left side, select the "SMPP client 1" link. The connection details and SMS delivery status will appear alongside this. View the latest changes to SMS settings by navigating to the "Events" page. The message will automatically be delivered to the recipients at the designated time. You will immediately get a notification on the "Events" page letting you know the message was delivered properly and on time.

FAQs

Is there a way to schedule a text to send at a certain time?

Using SMS gateway software, such as Ozeki SMS Gateway, you may plan for a text message to be sent at a specified time. The message will be automatically sent at the chosen time once you enter the desired date and time for it to be sent.

What is periodic SMS scheduling?

Periodic SMS scheduling is the practice of automatically delivering SMS messages at specified intervals or on specified days of the week.

How can I schedule SMS messages for selected calendar days?

You can schedule SMS messages for selected calendar days using SMS gateway software like Ozeki SMS Gateway. The software allows you to create repeated tasks and specify the days on which you want the messages to be sent.

Can I schedule SMS messages for specific time slots on selected days?

Yes, the scheduling functions of Ozeki SMS Gateway let you set the preferred delivery time and repetition frequency, enabling you to send messages at particular times on specific days.

Summary

All in all, Ozeki SMS Gateway offers high-performance and reliable SMS gateway software, enabling efficient periodic SMS scheduling for selected calendar days. With a user-friendly platform, users can easily set up SMS messages for specific dates and manage their delivery effortlessly. The step-by-step guide provides clear instructions on scheduling messages.

https://ozeki-sms-gateway.com/p_5773-how-to-send-automatic-sms-replies.html

How to send automatic SMS replies

Ozeki SMS Gateway can be configured to replay to incoming SMS messages automatically. To achieve this goal, it offers multiple options. The autoreply easy option will return a response SMS to every message received. The Autoreply by script option allows you to write a script and create a reply and to create and send new messages when an incoming SMS arrives.

Autoreply Easy
Ozeki SMS Gateway's Autoreply Easy User can reply to every incoming SMS message with a text of your choice. A txt file stores the text, so you can modify it from your own application or from Ozeki SMS Gateway. This guide explains how to install and configure your Autoreply Easy User.
Read about Ozeki SMS Gateway's Autoreply Easy User

Autoreply by Script
Ozeki SMS Gateway's Autoreply User can automatically reply to SMS messages or forward incoming messages. This guide explains how to install and configure an Autoreply User on Ozeki SMS Gateway. Each Autoreply User is controlled by their own script. You will see example scripts too by reading this guide.
Read about Ozeki SMS Gateway's Autoreply User

Autoreply from Database
Ozeki SMS Gateway's Autoreply Database User can connect to your SQL database with a connection string. It runs any SELECT query you provide, after receiving an SMS message. The result set of the query will be sent as outgoing messages. The queries can also be modified from your own application.
Read about Ozeki SMS Gateway's Autoreply Database User

FAQs

Are there any threats with autoresponding systems?

Yes, the biggest threat is a message loop.

In the world of SMS, this can happen between automated systems (like autoresponders) accidentally triggering a message loop. This loop can lead to a massive surge in text messages and hefty phone bills for everyone involved.

Here's a resource for more information on message loops: https://ozekisms.com/p_2203-the-sms-message-loop-threat.html

Luckily, Ozeki SMS Gateway has a built-in safety feature to prevent message loops. It acts like a guardian, stopping you from sending the same message to the same phone number more than 10 times within an hour. This clever feature helps avoid accidental loops and keeps your phone bill under control.

Can I query a database and return data in a response SMS?

Yes.

For automatic replies to incoming SMS messages, consider setting up a database user within your SMS gateway software. This allows you to create custom responses based on the content of the received message.

You can find more information about this approach at: https://ozekisms.com/p_2392-sms-autoreply-from-database.html

Can I return a webpage if I receive a certain keyword?

You cannot return a webpage, but you can return a link to a webpage.

Imagine a service that delivers a webpage link directly to a mobile phone! This can be a convenient way to direct users to specific information or promotions. Here's how you can potentially create such a service:

One method involves using a message type called WAP Push. This technology allows you to transmit a webpage URL to a mobile device. The phone can then automatically detect and open the link, seamlessly directing the user to the intended webpage. While WAP Push is an option, it's important to consider its limitations. Modern mobile devices might not always handle WAP Push messages as efficiently.

For a potentially smoother user experience, explore alternative solutions. You could send SMS messages containing shortened URLs. These shortened URLs, often generated by free online services, provide a more user-friendly way to access the webpage. Another option is to use QR codes (those scannable blocky images) within your SMS message. By scanning the QR code with their phone's camera, users can instantly access the webpage. The best approach depends on your specific needs and target audience. Researching these options will help you choose the most suitable method for delivering webpage links directly to mobile phones.

Can I send automatic reply messages to an incoming SMS message?

Yes, you can.

Imagine receiving SMS messages and automatically responding based on specific keywords within those messages! This feature is available in many SMS gateway software solutions. Here's how it works:

• Automatic Replies: You can configure the software to send a pre-defined reply message whenever it receives an incoming SMS containing a specific keyword. This allows for automated responses to frequently asked questions or basic inquiries.
• Keyword Recognition: The software can be programmed to recognize specific keywords within the incoming SMS message. Based on the identified keyword, it can trigger the corresponding pre-defined reply message.

While specific implementation details will vary between software solutions, there are two common user types:

• Autoreply User: This is a simpler option that might allow setting up basic automatic replies based on keywords.
• Autoreply Database User: This option might offer more advanced features, potentially allowing you to connect to a database and dynamically generate reply messages based on the incoming message and database information.

By exploring these functionalities within your SMS gateway software, you can create automated and intelligent responses to incoming SMS messages.

https://ozeki-sms-gateway.com/p_5748-sms-reply-from-pc-to-mobile.html

How to send SMS reply automatically

This guide demonstrates how easy you can create an autoreply service using Ozeki SMS Gateway. This autoreply service is capable of sending predefined SMS reply messages to the sender in case the system receives a message. (Figure 1) This document demonstrates the process of creating such an autoreply service which takes just a few clicks. So let's begin right now.

Steps to take to send SMS reply automatically

To send SMS reply automatically:

1. Launch the Ozeki dashboard
2. Find the panel called 'Users and applications'
3. Navigate to 'Add new user/application...' in the panel
4. Find the Autoreply easy connection
5. To send sms reply setup this connection
6. Specify a unique connection name
7. Provide the Reply message
8. Send a Test sms
9. Receive the sms reply
10. In the events tab check if your text was sent

Step 1 - Create an Autoreply Easy connection

The first step of this guide is to create the connection for the autoreply service in SMS Gateway. So first, open the SMS Gateway, and click on the Apps button on the toolbar. Here, in this menu, scroll down to the Incoming SMS message processing and autoresponding services submenu, and like in Figure 2, select Autoreply easy by clicking on Install.

Step 2 - Configure the Autoreply easy connection

The configuration of the Autoreply easy connection is quite easy, all you have to do here is to provide some basic details for the connection. The first thing, that you need to enter is the name of the connection. With this name, the connection can be identified in the SMS Gateway. Next, you need to enter the reply message itself (Figure 3), which will be sent as a reply message when someone sends a text message to you.

Step 3 - Advanced configuration of Autoreply easy

The Autoreply easy connection can be further configured by setting a default sender address. This address will show up at the recipient side who receives the reply message. As Figure 4 shows, you can type here a phone number or an e-mail address which helps to identify the autoreply easy connection. If you finished the configuration, just click on OK.

Step 4 - Enable the Autoreply easy connection

After you created the Autoreply easy connection, the next window is the main menu of the autoreply service. Here, you can modify the details of the connection anytime you want. To activate the service, you need to enable the connection here. For that, just click on the toggle as Figure 5 shows. The toggle is green now that indicates that the autoreply service is now active.

Step 5 - Connect to the mobile network

So far, you created and enabled your autoreply service, but to receive messages, you also need a connection that can connect to the mobile network and forward messages to your Ozeki system. To do that, click on Connect on the toolbar, and select the SMPP client as you can see it in Figure 6.

In the configuration menu, you have to provide some details about the server. This is the server, that this SMPP client is going to use to handle SMS messages. So here, you need to type the host, port and user account details. Then, you need to specify a telephone number for this connection (Figure 7). With this number, the connection can be identified, and able to send or receive messages. Lastly, you just need to click on OK to create the SMPP client connection.

Step 6 - Wait for the messages

Now your autoreply service is active and ready for the incoming messages. You can check that easily in the main menu of the SMS Gateway. Figure 8 shows that the creation of the autoreply service established a routing rule as well. This rule routes all the incoming messages to the autoreply connection and it will just do its job and sends the reply message.

Figure 9 demonstrates that how simple an autoreply service works. All you need to do here is to wait for a message forwarded to the telephone number, that you gave for the SMPP client connection. As soon as the client received the message, it forwards it straight to the autoreply service.

At this point, the autoreply service is going to reply to the received message with the predefined text message. The process of how the sender receives the reply message is demonstrated in Figure 10.

https://ozeki-sms-gateway.com/p_5747-how-to-write-an-sms-reply-script.html

Automatic SMS replies by script

The guide on this page is going to give you a brief introduction to how easy you can create an autoreply service that uses a script to answer by a defined action to the received messages. (Figure 1) This service is capable of just reply with a predefined message, but you can write a script to forward the incoming messages to a specific phone number or do actions in case the sender phone number or the message itself matches with your predefined details. So, let's start it right now.

How to write an SMS reply script

To write an SMS reply script:

1. Launch Ozeki SMS Gateway
2. Select the Apps toolbar icon
3. Install Autoreply app
4. Write a test SMS script
5. Specify the Sender address
6. Enable the Connection
7. Select Connect toolbar icon
8. Add new SMPP client connection
9. Check the new autoreply routing rule

Step 1 - Create an Autoreply connection

The first thing that you need to do in this guide, is to create the autoreply service connection in the SMS Gateway. So, for that, first, click on the Apps icon on the toolbar in the main menu. Here you can see all the available connections, that you can create in the SMS Gateway. Now, but need to scroll down to the 'Incoming SMS message processing and autoresponding services' section, and here, like in Figure 2, click on the Install button of the Autoreply connection.

Step 2 - Configure the Autoreply connection

In the configuration menu of the Autoreply connection, you need to specify a name for the connection in the first step. Then, you select the way, that the connection uses the script to handle the incoming messages. As you can see it in Figure 3, you can set the path for a script file, that the connection can use, or you can just type the script in the textbox below.

Step 3 - Select an example script

The easiest way to create this autoreply service is to just select one from the available four example scripts from the textbox. Right now, they can't be executed since all lines commented out by an '#' sign. The first example script sends a 'Thank you' message back to the sender.

n.*
SENDER Thank you for your message.
STOP

The second example script is capable of forwarding all the incoming messages to the defined phone number. The second line of the script shows how you can do that by first, defining the phone number, and then, MSG variable stores the incoming message which is in this case will be sent to that phone number.

n.*
+3620123223 MSG
STOP

The next example script activates only when the message comes from a specified phone number. This phone number can be defined in the first line of the script. Then, the script forwards the message to the phone number that is defined in the second line. The MSG variable stores the message.

n^+362000001
+3620123223 MSG
STOP

The last example shows how you can do an action in case the message starts with a specific word. This example forwards the message to two other phone numbers defined in the second and third row. But it happens only in case when the message starts with the word 'important'. The word can be defined as the first row of the script demonstrates it.

m^important.*
+3620123223 SENDER: MSG
+3670322321 MSG
STOP

To follow this guide, just select the script that will forward the message to the defined phone number. Figure 4 demonstrates, how you need to write the script into the textbox to be able to operate with that script in case of an incoming message.

Step 4 - Advanced configuration of Autoreply connection

The Autoreply connection can be further configured by setting a default sender address. This address will show up at the recipient side who receives the reply message. As you can see it in Figure 5, you can type here a phone number or an e-mail address which helps to identify the autoreply easy connection. If you finished the configuration, just click on OK.

Step 5 - Enable the Autoreply connection

After you created the Autoreply connection, the next window is the main menu of the autoreply service. Here, you can modify the details of the connection anytime you want. To activate the service, you need to enable the connection here. For that, just click on the toggle as Figure 6 shows. The toggle is green now that indicates that the autoreply service is now active.

Step 6 - Connect to the mobile network

By this point, you created and enabled your autoreply service, but to receive messages, you also need a connection that can connect to the mobile network and forward messages to your Ozeki system. To do that, click on Connect on the toolbar, and select the SMPP client as you can see it in Figure 7.

In the configuration menu, you have to provide some details about the server. This is the server, that this SMPP client is going to use to handle SMS messages. So here, you need to type the host, port, and user account details. Then, you need to specify a telephone number for this connection (Figure 8). With this number, the connection can be identified, and able to send or receive messages. Lastly, you just need to click on OK to create the SMPP client connection.

Step 7 - Wait for the messages

After setting up and enabling the autoreply service, now it is ready for the incoming messages. You can check that easily in the main menu of the SMS Gateway. Figure 9 shows that the creation of the autoreply service established a routing rule as well. This rule routes all the incoming messages to the autoreply connection and it will just do its job and forward the messages to the dedicated phone number.

Figure 10 demonstrates how simple an autoreply service works. All you need to do here is to wait for a message forwarded to the telephone number, that you gave for the SMPP client connection. As soon as the client received the message, it forwards it straight to the autoreply service.

When the Autoreply service receives the message, the script, that you wrote for the service will be executed. In this case, it will forward the incoming message to the specified phone number as Figure 11 shows that.

FAQs

Can I use keywords to match replies to submitted messages?

Yes.

Keeping track of conversations in SMS can be frustrating because unlike chat apps, SMS messages don't have a built-in way to link them together. This means you can't necessarily tell if an incoming message is a reply to a specific SMS you sent earlier.

One common way to work around this limitation is to use keywords. You can include a unique keyword in the original message you send and ask the recipient to include that same keyword in their reply. This creates a connection between the messages, allowing you to associate the reply with the original message. However, this method relies on the recipient remembering the keyword, which can be unreliable. Forgetting to include the keyword can lead to confusion about which message the reply is actually for.

If you need a more reliable way to track SMS conversations, you might need to consider alternative solutions. For users with IP SMS connections and service providers that support long codes (special sender numbers with more digits), there's a potential solution. You can encode extra digits within the sender number to identify the original message. However, this trick depends on specific service provider capabilities and isn't a universally available option. In the end, while keywords can be a helpful strategy for SMS, they have limitations. For scenarios where message history is crucial, using a platform designed for conversations might be a better choice.

Can I use long codes to match replies to submitted messages?

Yes, if you have an IP SMS connection, and a network that allows this.

Long codes, phone numbers with a special extension (like +36201234678888, where 8888 is the extension), can be used with IP SMS connections in specific networks. Here's the idea:

• The Long Code Advantage: If your network supports long codes, the recipient (with phone number +3620123467 in our example) would receive any message sent to a number starting with +3620123467. This means messages sent to +36201234678888 or +3620123467999999 would both be delivered to the same recipient.
• Message ID in the Tail: Since you control the long code, you can encode a message identifier in the final digits of the sender number (like +3620123467****). This way, when a reply comes back to the long code, you can identify which original message it belongs to by looking at the message identifier embedded in the sender number.

https://ozeki-sms-gateway.com/p_1045-how-to-forward-sms-to-multiple-recipients.html

How to forward an SMS to multiple recipients

This article is about how to forward a received SMS to multiple recipients. We will talk about what is forwarding is, what are the benefits of it and how to setup an automated system for it. If you study this article carefully, you will be able to setup a new SMPP client and add an application that forwards the message to multiple recipients. It takes about 10 minutes to perform this task and the Ozeki SMS Gateway is an easy-to-use application. With standard knowledge of SMS technology, it will not be hard to follow the tutorial. We hope you will find the presented information beneficial.

What is sms forwarding?

SMS forwarding is the process of sending an SMS or email on to a further destination.

How to forward an SMS to multiple recipients

To forward an SMS to multiple recipients:

1. Launch Ozeki SMS Gateway
2. Add new SMPP client connection
3. Configure SMPP client
4. Enable connection
5. Choose the Apps toolbar icon
6. Install Autoreply service
7. Provide auto reply script
8. Enable logging
9. Test to forward SMS to multiple recipients
10. Check the Events

How to forward an SMS to multiple recipients(Video tutorial)

The following video shows the steps of setting up a system that can send received messages to multiple addresses. It starts with setting up an SMPP connection to receive messages end ends with reviewing the log after successful forwarding to multiple addresses. In the video we are using the Ozeki SMS Gateway. It is any easy to use and powerful SMS gateway that and the video is detailed and only 3 minutes long. You will have no problem following the steps and perform the setup.

Install a new SMPP Client

On the Toolbar of the Ozeki SMS Gateway, you can find the Connect button, located next to the messages toolbar icon. Click it to access the IP SMS connections install section (Figure 1). In the list, you can find the SMPP client list item. Click the blue Install link next to the title. It will take you to the Install connection panel.

Configure the new SMPP client

In the install connection panel, you can find the settings for the new SMPP client. There are multiple group boxes here. Look for the one titled Connect to server (Figure 2). Here you can add the properties of the server you connect to. Please provide the hostname (or IP address) and the port number for the server of choice. This way the SMPP client will connect to that server.

Enable logging for the SMPP client

Having a log file for a connection is the key in error handling. You can turn on the logging for the connection by scrolling down and looking for the Log level group box (Figure 3). Click the group box show/hide icon to see all the Log level settings. To log every event on the connection, tick every checkbox. This way the client will make a record for communication events and messaging events, and it will attach those to every message. Click the ok button to proceed to the next step.

Connect the SMPP client to the server

After you clicked the Ok button, you will see the empty events tab page of the client. This means that the connection is not active, and nothing is happening. On the left-side panel, you can see a switch button titled Connection. Click it to turn on the connection. This way, you will be able to see the process of connecting to the server in real time. In the Events tab (Figure 4), you will see the process of initializing the SMPP client.

Add a new Autoreply user

Now you have a new client that could handle message sending and receiving. The next step is to create an application that will detect the message and forward it automatically. To do so, click the App button located on the Toolbar of the Ozeki SMS Gateway (Figure 5). It will take you to the Add user or application install section. In the Incoming SMS message processing and auto responding services list, you will find an autoreply list item. Click the blue link next to it to access the Autoreply script configurator page.

Provide a script for autoreply

Now you need to configure your Autoreply bot. The script that you write in the Autoreply group box will define what the automated user will do. When you first scroll down to the Autoreply group box, you will see example scripts in the Auto reply script input field, with short explanation. You can also name your autoreply bot here. The script you see on Figure 6 will forward all incoming messages to the provided 9 phone numbers.

Enable logging on the Autoreply bot

Having a log is important in the case of an autoreply application too. Tick in all the checkboxes in the Log level group box (Figure 7). This way, the application will record all events. Click the Ok button to finalize your configuration.

Message received record in the events tab

If the SMPP client receives a message, the autoreply bot will detect it and you will see the record of the incoming message in the events tab page. To reach it, search for the events tab in the tab bar of the autoreply forward section. You will find much more information about the events in the client here, as you can see on Figure 8.

Messages successfully forwarded

In the Sent folder of the autoreply application, you can see the message was successfully sent to all the addresses. To reach this folder, open the blue Sent folder in the left-side panel. Here you can see all the previously sent messages. If the Result column show a checkmark and the Submitted text (like on Figure 9), it means that the SMPP connection sent the message to the address.

https://ozeki-sms-gateway.com/p_5750-how-to-send-an-sms-reply-from-sql.html

SMS replies from an SQL Database

Ozeki SMS Gateway's Autoreply Database User can connect to your Microsoft SQL, Oracle, MySQL, Sybase, etc... database with a connection string. It runs any SELECT query you provide, after receiving an SMS message. The result set of the query will be sent as outgoing messages. The queries and tables can also be modified from your own application.

How to send an SMS reply from SQL

To send an SMS reply from SQL:

1. Launch Ozeki SMS Gateway
2. Add new Autoreply database user
3. Create SQL database table structure
4. Setup Autoreply database user
5. Provide the autoreply text script
6. Use identifiable numbers and keywords
7. Send test SMS to get reply from SQL
8. Check the Autoreply database user logs

You can create the following service by using this solution (Figure 1):
1.) An SMS message is received by Ozeki SMS Gateway from a mobile phone.
2.) Ozeki SMS Gateway's Autoreply Database User searches for keywords in the SMS message by using a txt file.
3.) Depending on the search, an autoreply message will be selected from your database server with the same txt file.

It is important that you have a IP SMS service provider or a GSM modem configured on your Ozeki SMS Gateway, so you can receive SMS messages and automatically reply to them using this example.

Step 1 - Setup Autoreply Database User in Ozeki SMS Gateway

First you need to install an Autoreply Database User to create the explained service. On the 'Management' console please click 'Add' as seen on Figure 2.

Find the Autoreply Database User and click the blue 'install' link next to it. As you can see it on Figure 3.

Step 2 - Create database table structure

The Autoreply Database User will SELECT the reply SMS messages from a database table. Create the following database structure to store the SMS messages (Figure 4). This example uses a MySQL database server, but you can use other databases like Microsoft SQL, Oracle, Sybase, etc... You use other tables and table layouts as well.

CREATE TABLE autoreplymessage (
		 id int(11) NOT NULL auto_increment, 
		 keyword varchar(30) default NULL, 
		 msg text default NULL, 
		 PRIMARY KEY (id)
		 );
				
INSERT INTO autoreplymessage (keyword,msg) VALUES 
		("default","There is no data for this keyword."), 
		("red","Red is a good colour."), 
		("blue","Blue is not the best option.");

Figure 4 - CREATE TABLE and INSERT rows into 'autoreplymessage' table

Your tables can be viewed with SELECT * FROM statements (Figure 5). Although this example contains only one table.

> SELECT * FROM autoreplymessage;

id          keyword                        msg
----------  ------------------------------ -------------------------------------
 1          default                        There is no data for this keyword.
 2          red                            Red is a good colour.
 3          blue                           Blue is not the best option.

(3 rows affected)

Figure 5 - Read 'autoreplymessage' table with a SELECT statement

In case there is no database driver installed with the database server, you should install a driver, because you will need the connection string in the next step. The database driver connects Ozeki SMS Gateway and the database server. In most cases there is a database driver installed with the database server.

Step 3 - Configure Autoreply Database User to use your database

You will need to enter the database connection type and connection string in the Autoreply Database User's 'Database setup' panel (Figure 6). The type can be selected from the combo box, while the string must be placed into the textbox.

On Figure 7 you can see a sample string for a MySQL database connection. Keep in mind that you can use your own connection string type (OleDB, ODBC, SQLServer, Oracle) for your own database server which can be Microsoft SQL, Oracle, Sybase etc... In case you are using an ODBC driver for MySQL, you just need to modify the MySQL server IP, database name, username and password to your own values in the following string:

Connection Type: ODBC
Connection String: Driver={MySQL ODBC 5.3 Unicode Driver}; Server=127.0.0.1;Database=ozekisms;User=ozeki;Password=abc123;Option=4;

Figure 7 - Sample connection string for an ODBC connection to a MySQL database

To find the connection string to other database servers, you are suggested to read the SMS Database Connection Strings guide.

Step 4 - Write script to autoreply from SQL database

Now it is time to write the script file which is capable to SELECT a row from your database table if the table was successfully created in STEP 2. The message attribute of the selected row will be replied to the SMS message. Here you can find the path of the example script: C:\Program Files\Ozeki\Ozeki10\Data\NG\config\OzekiUsername\sqlscript.txt

A simple text editor can edit these files or you can create your own txt file and edit it with your own application, which is useful if you would like to modify the queries. Please provide the path to the file using the Autoreply Database User by clicking 'Database setup' and selecting the 'Autoreply script' tab page (Figure 8)

Step 5 - The structure of SQL query scripts

The Autoreply Database User's SQL script contains filter-statement pairs, which works exactly like the if-then structure in programming languages. The received SMS message goes through the filter and if it is ok, an SQL SELECT statement will run. The message content of the selected rows will be forwarded to a phone number. This number is the 1st parameter of the SELECT statement's result set, while the message text is the 2nd. The filter is capable to identify phone numbers, text fragments and keywords. The keyword of each message is the first word of the text. Forwarding happens if the address of the recipient is included in the database (Figure 11).

Step 6 - A simple keyword example

This example will run on the following table which you can see in Figure 9.

id          keyword                        msg
----------  ------------------------------ -------------------------------------
 1          default                        There is no data for this keyword.
 2          red                            Red is a good colour.
 3          blue                           Blue is not the best option.

Figure 9 - The content of 'autoreplymessage' table

You can run the following script in Figure 10 on the 'autoreplymessage' table by adding it to 'sqlscript.txt'. As a reminder the keyword, which is symbolized by the 'k' character, is the first word in the SMS message. This word will be tested by the filter. If a filter check is successful, the SELECT statement runs and the script will stop. As you can see, you can place constant values in the SELECT statement. For example, '$sender', which is the sender of the incoming message.

Script elements you can place into sqlscript.txt

SELECT '$sender',msg FROM autoreplymessage WHERE keyword='red'
#The first filter checks if word 'RED' was the keyword.
#If true, it SELECT-s 'Red is a good colour.' as a reply message.
#If false it goes to the next filter.

k^BLUE
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='blue'
#The second filter checks if word 'BLUE' was the keyword.
#If true, it SELECT-s 'Blue is not the best option.' as a reply message.
#If false it goes to the next filter.

k.*
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='default'
#The third filter will accept any other keyword.
#It SELECT-s 'There is no data for this keyword.' as a reply message.

Figure 10 - Example script which can be placed into sqlscript.txt

The filter part of the SQL query script works similarly as the filter part of the SMS messaging script, but keep in mind only to search filter examples, since the second part is always an SQL SELECT statement.

Step 7 - Pre-defined keywords in Ozeki SMS Gateway

These types of keywords can be placed in the script. For example '$sender' :

SELECT '$sender',msg FROM autoreplymessage WHERE keyword='red'

Figure 11 - Sends msg to '$sender'

Autoreply Database User can recognize the following keywords:

Keyword	Value
$originator	Replaced by the telephone number of the sender.
$sender	=$originator (The $sender is another name for the $originator.)
$recipient	Replaced by the telephone number that received the message.
$receiver	=$recipient (The $receiver is another name for the $recipient.)
$messagedata	Replaced by the text of the message.
$keyword	Replaced by the 1st word in the message. This word is called keyword.
$after	Replaced by the remaining text after the keyword.
$senttime	Replaced by a timestamp which shows when the message was sent.
$receivedtime	Replaced by a timestamp which shows when the message was received.
$messagetype	Replaced by the type of the message, which is 'SMS:TEXT' in most cases.
$id	Replaced by a unique string, which identifies the message in Ozeki SMS Gateway.
$operator	Replaced the name of the service provider, which received the message in Ozeki SMS Gateway.
$1	Replaced by the 1st word in the message.
$2	Replaced by the 2nd word in the message.
$3	Replaced by the 3rd word in the message, etc...

The autoreply script's structure is explained on these webpages:

• The simple structure of a script file is defined on this webpage.
• 'sqlscript.txt' example

Step 8 - Test autoreply from database solution

After doing Step 1 to 6, you can try the solution. Ozeki SMS Gateway will forward incoming SMS messages to your Autoreply Database User. The SQL query script filters the SMS message to create the proper SELECT result sets. Each row of the result set will represent a message to be replied or forwarded.

You can track the messaging log of your Autoreply Database User at the following path:
C:\Program Files\Ozeki\Ozeki10\Data\NG\Logs

When I insert Data into Ozekimessageout table I didn't get message to my cell phone. What would be cause that I didn't get the text message that it is inserted into out table using my SQL console?

First, let's rule out a mobile network issue. Send a test SMS directly from Ozeki's graphical user interface (GUI). If the message arrives successfully, the network connection seems to be functioning properly.

Next, we need to verify if messages are being transferred from your database to Ozeki software. Insert some test messages into the Ozekimessageout table. Then, within Ozeki's GUI, navigate to the outbox associated with the database user you're using. If these test messages are absent from the outbox, the problem lies in the data transfer process between the database and Ozeki.

I would like to use one database for many "database users". Is this possible?

Absolutely! Ozeki SMS Gateway allows you to maintain distinct message logs for different purposes by using separate database users.

Here's a step-by-step guide:

• Create New Database Tables: Set up two new tables within your database. For easy identification, you can name them ozekimessagein2 and ozekimessageout2. These tables should mirror the structure of the existing ozekimessagein and ozekimessageout tables used by your first database user.
• Configure the Second Database User: Access the configuration form for your second database user in Ozeki.
• Modify SQL Templates: Locate the section for SQL templates within the configuration form. These templates specify how messages are saved to the database tables.
• Update Table Names: Within the SQL templates for the second database user, update the existing table names (ozekimessagein and ozekimessageout) to match the newly created tables (ozekimessagein2 and ozekimessageout2).

By following these steps, you'll establish separate message logs for each database user. This allows you to categorize or filter messages based on your specific needs using the chosen table names.

My Ozeki SMS Gateway is always disconnecting from my MySQL server with the following error message: MySQL Server has gone away. What should I do?

To enhance responsiveness when using Ozeki with MySQL, adjust the timeout setting. Here's how:

Configure MySQL Timeout:

• Edit your MySQL configuration file (e.g., my.ini) and set the interactive_timeout parameter to your desired duration in seconds (e.g., interactive_timeout = 28800 for 8 hours).
• Save the changes and restart the MySQL service.

Update Ozeki Connection String:

• Modify your Ozeki connection string to use Interactive instead of wait_timeout. The correct format is Driver={MySQL ODBC 5.2 ANSI Driver};Server=127.0.0.1;Database=ozeki;User=test;Password=test;Interactive=YOUR_TIMEOUT_VALUE.

• Remember to replace YOUR_TIMEOUT_VALUE with your desired timeout in seconds.

By following these steps, you'll optimize MySQL connection timeouts for smoother operation within Ozeki, especially beneficial for long-running tasks or large datasets.

Driver={MySQL ODBC 5.2 ANSI Driver};Server=127.0.0.1;Database=ozeki;User=test;Password=test;interactive=;Option=8;

https://ozeki-sms-gateway.com/p_5751-installation-guide.html

How to install an Autoreply Database User

Autoreply Database Users are the perfect solution for generating any message depending on the incoming message. These messages are generated from a database. Here you will see how to install and configure an Autoreply Database User from Ozeki SMS Gateway.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a high-performance software platform that allows you to send and receive SMS messages using various communication protocols such as SMPP, HTTP, UCP, CIMD, and more. It acts as a bridge between your applications (like CRM systems, websites, or databases) and mobile networks, enabling automated and reliable SMS messaging.

How to install an Autoreply Database User (Quick Steps)

1. Open the Control Panel
2. Create a new database connection
3. Select your database type
4. Configure and enable the database connection
5. Go to the SMS Gateway dashboard
6. Install the Autoreply Database user
7. Link to the database connection
8. Edit and enable the autoreply script

How to install an Autoreply Database User (Video tutorial)

In this video, you will learn how to install and configure an Autoreply Database User in the Ozeki SMS Gateway. This user automatically responds to incoming SMS messages based on data retrieved from a connected SQL database. The tutorial shows you how to set up a database connection, install the Autoreply Database User, and write the SQL query that generates replies. By the end of the video, you'll be able to create a smart auto-response system that dynamically replies to messages using your database content - ideal for support bots, information services, or automated replies.

Step 1 - Open Control Panel

Launch Ozeki SMS Gateway and press the Start menu on the bottom left, then go to the Control Panel where you can manage connections and system settings (Figure 1).

Step 2 - Create new application connection

Click on Create new connection, then click on Application on the right side to start setting up a new database connection (Figure 2).

Step 3 - Select database

From the available options, choose Database as the type of application connection (Figure 3).

Step 4 - Select SQL queries datbase connection

Select SQL queries to configure a connection that uses SQL queries to retrieve data from your database (Figure 4).

Step 5 - Select database type

Choose the MySQL type of database (Figure 5).

Step 6 - Configure database connection

Enter the necessary details: Server, Port, Database, UserID, Password. Save the configuration (Figure 6).

Step 7 - Enable database connection

Activate the connection by enabling it. This makes the database ready for use in auto-reply functions (Figure 7).

Step 8 - Open SMS Gateway

Return to the SMS Gateway dashboard to configure users and messaging features (Figure 8).

Step 9 - Add new user/application

Click on Add new user/application to create a new user that will handle the auto-reply functionality (Figure 9).

Step 10 - Install Autoreply database

From the list of user types, select Autoreply database and click Install to proceed (Figure 10).

Step 11 - Select database connection

Choose the Database connection you created earlier for use with this Autoreply Database User (Figure 11).

Step 12 - Configure autoreply script

In the Autoreply script tab, you will see the auto-response script pre-written (Figure 12).

Step 13 - Create autoreply database connection

Finish the setup by saving the configuration. The Autoreply user is now linked to your database (Figure 13).

Step 14 - Enable autoreply database connection

Enable the user so it can start receiving and replying to messages automatically based on the SQL query (Figure 14).

https://ozeki-sms-gateway.com/p_5752-create-database-layout.html

Create MySQL database for Autoreply Database User

See how to create a simple database on your MySQL server. It is very important that the table structure is perfectly in line with the SQL query script you use. You can work similarly with Microsoft SQL Express, Oracle, Sybase, etc...

Step 1 - Download and install MySQL database server

For a step-by-step download and installation guide, please follow these screenshots and come back to Step 2, so you can find out how to create the database structure.

Please download a MySQL wampserver for Windows or install a MySQL debian package on your Linux operating system.

Step 2 - Create the database on your MySQL server

Open the command interpreter of your MySQL server. Enter the proper SQL statements to create the required database structure (Figure 1). It is essential to create your database, a table and a user. It is also required to add user privileges, so the user can work on the database. Keep in mind that the table structure in Figure 1 is in perfect relation with the example script demonstrated in these tutorials.

CREATE DATABASE ozeki;

USE ozeki;

CREATE TABLE autoreplymessage (
 id int(11) NOT NULL auto_increment,
 keyword varchar(30),
 msg varchar(160),
 PRIMARY KEY (id)
)charset=utf8;
ALTER TABLE autoreplymessage ADD INDEX (id);

CREATE TABLE log (
 id int(11) NOT NULL auto_increment,
 sender varchar(30),
 message varchar(160),
 PRIMARY KEY (id)
)charset=utf8;
ALTER TABLE log ADD INDEX (id);

CREATE USER 'ozekiuser'@'localhost' IDENTIFIED BY 'ozekipass';

GRANT ALL PRIVILEGES ON ozeki.* TO 'ozekiuser'@'localhost';

Figure 1 - Create 'autoreplymessage' table in MySQL

Step 3 - Insert data into 'autoreplymessage' table

Insert some rows into the 'autoreplymessage' so it can work with the example script demonstrated on these pages. The example script detects if the 1st word of the incoming message is 'RED', 'red', 'BLUE' or 'blue' and reacts accordingly. Please prepare the 'autoreplymessage' table with the INSERT statements seen on Figure 2.

INSERT INTO autoreplymessage (keyword,msg) VALUES ('default','There is no data for this keyword');
INSERT INTO autoreplymessage (keyword,msg) VALUES ('red','Red is a good colour.');
INSERT INTO autoreplymessage (keyword,msg) VALUES ('blue','Blue is not the best option.');

Figure 2 - Fill 'autoreplymessage' table with some required (keyword,msg) parameter pairs

After inserting the values from Figure 2, you should see the 'autoreplymessage' table filled exactly like on Figure 3.

> SELECT * FROM autoreplymessage;
id          keyword                        msg
----------  ------------------------------ -------------------------------------
 1          default                        There is no data for this keyword.
 2          red                            Red is a good colour.
 3          blue                           Blue is not the best option.

(3 rows affected)

Figure 3 - The values inserted into the 'autoreplymessage' table

https://ozeki-sms-gateway.com/p_5753-sample-script-file.html

Sample script for Autoreply Database User

The 'sqlscript.txt' script file is automatically generated in the folder of every Autoreply Database User. This sample script shows how to filter incoming SMS messages and forward or reply to them from the rows generated with the help of one or more SQL SELECT statement.

Download: sqlscript.txt

###########################################################################
# Default script file for Autoreply configuration. This script
# is executed every time a new message is sent to the system 
# from a mobile phone
# 
# Entry:
#     One entry contains a single condition line that starts
#     with a condition option. The condition line is followed
#     by one or more action lines. Action lines contain SQL
#     commands. The entry is closed by an empty line  
#
# Condition options:
#     n - if the sender telephone number matches the pattern
#     m - it the message text matches the pattern
#     k - if the keyword matches the pattern. (The keyword is first word 
#         of the messages. The keyword is converted to uppercase)
#
# Action:
#     Each line contains an SQL command. Before the SQL commands: 
#     are executed on the database, the following words are replaced:
#     $originator - is replaced to the sender telephone number of the messages
#     $sender - is replaced to the sender telephone number of the messages 
#     (an alias for originator)
#     $recipient - is replaced to the telephone number that received the message 
#     $receiver - is replaced to the telephone number that received 
#     the messages (an alias for recipient)
#     $messagedata - is replaced to the message text
#     $keyword - is replaced to the keyword in the message
#     $after - is replaced to the message the message text after the keyword in the message
#     $senttime - is replaced to the timestamp, that represents when the message was sent
#     $receivedtime - is replaced to the timestamp, that represents when the message was received
#     $messagetype - is replaced to the message type (in most cases this will be SMS:TEXT)
#     $id - is replaced to the unique string identifier of the message
#     $operator - is replaced to the name of the service provider 
#     connection that received the message
#     
# Response:
#     The SQL commands in the Action section can return one or more response messages. 
#     A response message is a row in the result set of the SQL select. A row in the result
#     set should contain the following columns:
#     recipient - The 1st column in the result set (Mandatory)
#     messageData - The 2nd column in the result set (Mandatory)
#     messageType - The 3rd column in the result set (Optional)
#     sender - The 4th column in the result set (Optional)
#     operatorNames - The 5th column in the result set (Optional)
#
# Comments:
#     The hashmark sign (#) marks a single line comment
###########################################################################

###########################################################################
#Condition: 
#    The sender number starts with +44
#Action: 
#    One SQL statement is specified. Before the statement
#    is executed the word '$sender' is replaced to the
#    phone number of the person who sent the message to the
#    system.  
#

n^+44.*
SELECT '$sender',messagetext FROM defaultresponse 

###########################################################################
#Condition: 
#    The message starts with the keyword: RED
#Action: 
#    Two SQL statements are executed, the first one
#    updates a database table, the second one returns a
#    response message

k^RED
UPDATE stats SET incoming = incoming+1 WHERE keyword='RED'; 
SELECT '$sender',messagetext from defaultresponse where keyword='RED'

###########################################################################
#Condition: 
#    Message text contains the word ALERT
#Action: 
#    Many messages will be sent to the recipients stored in 
#    the alertrecipients database table

m.*ALERT.*
SELECT recipients,'Alert, somebody broke in!' FROM alertrecipients

###########################################################################
#Condition: 
#    All incoming messages (coming from any phone number)
#Action: 
#    Select a response based on keyword

n.*
SELECT '$sender',messagetext from keywordresponse where keyword='$keyword'

C:\Program Files\Ozeki\Ozeki10\Data\NG\config\TestApp\sqlscript.txt

Total number of lines: 93

https://ozeki-sms-gateway.com/p_5754-script-structure.html

The structure of the SQL query script

Scroll down to see the structure of the SQL query script. You can render a script file to each Autoreply Database User, which is capable to send SMS messages if they follow the script. The file works with every incoming message and selects outgoing messages according to the filter.

Introduction

Look at the script file. You can see that it is split into sections separated by empty lines (Figure 1). You can write as many sections as you would like with no maximum limit. The sections are read sequentially and the first section that matches the incoming SMS will be used to create the response SMS message.

Each section's first line is the filtered condition, and the following one or more SQL statements are called action. SQL SELECT statements can return one or more response messages. If the filter condition matches the incoming message data, it calls the statements to be executed until the empty line is found. In this case it will not check other sections.

Condition

Each section starts with a condition consisting of a single row split into two parts (Figure 2)

The first part is the match target selector, a single character that determines which part of the incoming message should be filtered (Figure 3). FONT style="font-size:15px;">You can select a match target selector character from the following options:

# Condition options:
#     n - if the sender telephone number matches the pattern
#     m - it the message text matches the pattern
#     k - if the keyword matches the pattern. (The keyword is first word 
#         of the messages. The keyword is converted to uppercase)

Figure 3 - Match target selectors

The second part is the match pattern which is the character filter (Figure 4).

These match pattern examples work on the 'm' massage target:

m.* - matches any text message
m^abc.* - matches if text message starts with 'abc' or 'ABC'
m.*abc.* - matches if text message contains 'abc' or 'ABC'

Figure 4 - Match pattern examples

Here you can find a regular expression tutorial for the available match patterns.

Action

Each condition filter is followed by an action which consists of SQL statements.

You can only send SMS messages with SQL SELECT queries, but you can run INSERT and UPDATE statements as well. Keep in mind that the 1st parameter of the SELECT result set is the recipient of the message to be sent, while the 2nd parameter is the message itself. On Figure 5 you can see a few examples.

k^RED
INSERT INTO log (sender,message) VALUES ('$sender','$messagedata')
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='red'

k^BLUE
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='blue'

k.*
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='default'

Figure 5 - SQL statement examples where the recipient is the '$sender'

The following words are replaced in the SQL statements:

Words	Value
$originator	The telephone number the message was sent from.
$sender	=$originator (The $sender is another name for the $originator.)
$recipient	The telephone number the message was sent to.
$receiver	=$recipient (The $receiver is another name for the $recipient.)
$messagedata	The text of the message.
$keyword	The 1st word in the message. This word is called keyword.
$after	The remaining text after the keyword.
$senttime	A timestamp which shows when the message was sent.
$receivedtime	A timestamp which shows when the message was received.
$messagetype	The type of the message, which is 'SMS:TEXT' in most cases.
$id	A unique string. It identifies each message in Ozeki SMS Gateway.
$operator	Name of the service provider. It receives the message in Ozeki SMS Gateway.
$1	The 1st word in the message.
$2	The 2nd word in the message.
$3	The 3rd word in the message, etc...

Each SQL statement is executed line by line until the interpreter reaches an empty line, where it finally stops.

(Tip: You can only get reply message content by using SELECT statements.)

Response

The result set of the SELECT SQL statement contain the messages to be forwarded or responded. The number of rows you can find in the result set will determine the number of messages to be sent. (Figure 6)

The result set can contain the following parameters:

recipient - The result set's 1st column (Mandatory)
messageData - The result set's 2nd column (Mandatory)
messageType - The result set's 3rt column (Optional)
sender - The result set's 4th column (Optional)
operatorNames - The result set's 5th column (Optional)

Figure 6 - Ozeki 10 SMS Gateway's Autoreply Database User will send SMS messages from the results.

Example

Look at an example how to filter the 1st word in every incoming message and how to do separate actions on each. The action depends on if the word is 'RED', 'BLUE' or other. Uppercase and lowercase characters are taken into account equally. (Figure 7)

k^RED
INSERT INTO log (sender,message) VALUES ('$sender','$messagedata')
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='red'
#The first filter checks if word 'RED' was the keyword.
#If true, it INSERT's the message into the 'log' table
#and SELECT-s 'Red is a good colour.' as a reply message.
#If false it goes to the next filter.

k^BLUE
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='blue'
#The second filter checks if word 'BLUE' was the keyword.
#If true, it SELECT-s 'Blue is not the best option.' as a reply message.
#If false it goes to the next filter.

k.*
SELECT '$sender',msg FROM autoreplymessage WHERE keyword='default'
#The third filter will accept any other keyword.
#It SELECT-s 'There is no data for this keyword.' as a reply message.

Figure 7 - SQL query script example

Look at SQL tables found in Figure 8 and 9 to examine the following example:

id          keyword                        msg
----------  ------------------------------ -------------------------------------
 1          default                        There is no data for this keyword.
 2          red                            Red is a good colour.
 3          blue                           Blue is not the best option.
 

Figure 8 - 'autoreplymessage' table

id          sender                         message
----------  ------------------------------ -------------------------------------
 1          +3620123456                    red Hello Autoreply Database User
 2          +3670654321                    red Good day to you Recipient

Figure 9 - 'log' table for incoming message

https://ozeki-sms-gateway.com/p_3472-play-sound.html

Play sound

Play a beep
This tutorial shows you how to play a beep when an SMS message arrives.
Play a beep

Play a sound file
On this page you will learn how to play a sound file when an SMS message arrives.
Play a sound file

Text to speech
In this article you can read about how to read out an SMS message on the PC speaker using text to speech.
Text to speech

https://ozeki-sms-gateway.com/p_3473-play-a-beep.html

How to play a beep when an SMS message arrives

When we receive a text message, we want to know about it as soon as possible, especially when it contains important business-related information. To make this situation much simpler, we will show you how to set up a notification sound when a message arrives. If you follow our quick list of steps, your PC will be able to play beep sounds on its speaker, when needed.

In this video we will show you the essential settings you have to do, in order to make your PC to play various kinds of musical sounds you want.

For the very first step, at the Ozeki SMS Gateways’ Users and applications panel you have to click on the “Add new user/ application...” link, highlighted in blue. Through this link a new panel will appear, which contains various installation options, from which “Beep” one should be selected. This service let you to play sounds on your PC speaker. (Figure 1)

The following instruction is to fill the configuration section. You have to set up the “Headset Earphone” option at the Play sound part of the details page. Then click on the “OK” button at the bottom. (Figure 2)

After the configuration, you must switch the slider button to green, on the page that showed up. This will change the connection’s status, so it is ready play sounds. If it has succeeded, then you will get a feedback message about the successful installation. (Figure 3)

Now, you have to click on the “Home” icon in the SMS Gateway toolbar, then choose the “Add new route...” button in the routing panel. After that, you must specify the message route in the Settings tab, at the right side of your screen. Set the “SMPPS_client_1@localhost” option from the drop-down list as the “From” setting, then set up the “beep_1@localhost” as the “To” setting. This will define the message’s route. Then click on the “Ok” button. (Figure 4)

By clicking on the “OK” button, the routing page will show up. Your following task is to reach the “Home” page. Now, if you receive a new text message, your computer will play the sound that has been set up. (Figure 5)

Summary

This quick list of instructions has given you the necessary information to get setup easily. Now, you have the knowledge, how to set up various musical sounds as a notification sound on your PC. If you have any further questions, please, contact us on our e-mail address: info@ozeki.hu.

https://ozeki-sms-gateway.com/p_3474-play-a-sound-file.html

How to play a notification sound file when a new SMS message arrives

We have already showed you, how to play a beep message when a new SMS arrives, now, we will describe you all the essential settings, how to play a sound file if you have received a text message through your Ozeki SMS Gateway.

What is an SMS Notification?

A SMS notification is a short text message that informs people about updates, reminders, or alerts regarding their accounts, services, or activities.

What is notification sound when a new SMS arrives in Windows?

This is a sound file that is played when the SMS system detects the arrival of the SMS on Windows.

How To Set Text Message Notification Sound (Video tutorial)

The following video will help you go through how to get an alerting sound when a new SMS arrives in Windows.

Your first task is to load the Ozeki Gateway Control Panel, by clicking on the Ozeki Start Menu in the bottom left corner of the page. In this panel, you have to find the „Create new connection” button, highlighted in blue, then click on it. As soon as, you have clicked on the button, a Connection details menu will appear. From this connection method enumeration list, you have to choose the preferred one, which is the Audio/video one. Then you have to select the connection type that you want to install. According to this, choose the „Audio” one, then the „Sound recorder”. (Figure 1)

The second part of the setting proccess is to set up the general information of the sound recorder. For the first, you have to specify a unique name in order to identification. (For example: Recorder) Secondly, make sure that in the „Microphone” part of this panel all the settings are correct. In the Microphone device setting you have to choose the „AI Noise-Cancelling Microphone” option and, in the Record sound part set up a folder where the audio sound will be saved. (Figure 2)

After setting up the necessary details, click on the „OK” button. In the connections window that has been popped up, set the Sound recorder’s status from passive to active, by clicking on the slider button. This will turn green. Then you will give a confirmation, that your connection request has been sent. In order to start the recording, choose the „Details” button next to the Sound recorder in the Icon name list. In this page, you must choose an output device to play the recording. Then, click on the „Start recording” button from the given options. If you heard the test sound, then click on the „Stop recording” button and then the „Play last recorded audio” button need to be chosen. You will hear the sound again. The following task is to load the Ozeki SMS Gateway panel, by clicking on the „SMS Gateway” button in the bottom. In this page, find the „Add new user/ application…” link, highlighted in blue, at the right side of the panel. (Figure 3)

By clicking on the link above, an installation list will be show up, which includes various installation options. From this enumeration, the „Beep” one is needed to this setting process. (Figure 4)

Your following task is to fill the configuration form, including a connection name, device type and audio source. (Figure 5)

The audio source needs to be an audio file. This audio file should be chosen from your Recorded audio list on your PC. If you want to make sure setting up the right sound, you have the chance to test the uploaded sound above the uploading box. (Figure 6)

After these settings are done, you have to click on the „OK” button, then enable the Beep user. You can set up the connection at the control table, by turning the „Connection” switch button to green. You will get a notification if the installation has been successful. (Figure 7)

By reaching the end of the setup, you need to create a routing rule for Beep user. At the SMS Gateway panel, you have to click the „Add new rule…” link, highlighted in blue. Then set up the routes to control how the messages go from one direction to another one. From the drop-down list at the From part, choose the „SMPP_client_1@localhost” and at the To part, choose the „beep_1@localhost” option. (Figure 8)

At the end of the setup your PC will play a sound when a text message has been received. (Figure 9)

Summary

Now, you are able to, to set up various audio files as notification sound on your PC when the SMS system receives alert text messages or notification SMS messages. This quick list of instructions has given you the necessary information to get setup easily, but if you have any further questions, please, contact us on our e-mail address: info@ozeki.hu.

https://ozeki-sms-gateway.com/p_3475-how-to-read-out-an-sms-message-on-the-pc-speaker.html

How to read out an SMS message on the PC speaker using text to speech

Sending SMS messages through the PC speaker using text-to-speech benefits users with visual impairments, as it provides accessibility. It enables hands-free operation, allowing users to multitask and respond quickly to messages. Ozeki SMS Gateway offers a powerful and innovative solution that enhances the overall messaging experience for all users. Read this quick guide on how the Ozeki SMS Gateway's SMS-to-speech feature can transform your experience in a groundbreaking way.

In the following video, you can learn how to effortlessly read out an SMS message on the PC speaker using text-to-speech technology. The guide explains how to set up the feature, including installing the necessary application and configuring the connection. By following these step-by-step instructions, you will be able to complete the process and fully utilize the Ozeki Gateway's efficient messaging capabilities.

The first thing you need do is sign in to your Ozeki SMS Gateway account, or if you don't already have one, download it from the https://ozeki.hu website. When you are ready to log in, open the Ozeki Desktop and click the SMS Gateway icon. You will see the SMS Gateway's primary interface after starting Ozeki Desktop. Then find the "Apps" icon at the toolbar or click on the "Add new user/application..." link. This will bring up a list of connections that can be installed. Select the "Text to Speech" option, by clicking on the "Install" link, highlighted in blue.

By installing the necessary application, the settings page will bring up. You need to set up the "Headset Earphone" option in the Play Sound field, then choose the "Microsoft Zira Desktop" option from the drop-down list in the Speech section. Once everything is set, simply click the "Ok" button located at the bottom of the configuration page.

During the subsequent stage of the process, you have to enable the text to speech connection, by setting the "Connection" slider button into green. That means, your connection with text to speech is set. It allows you to read out text on the speaker that is connected to the computer where Ozeki SMS Gateway is installed.

Now, click on the "Management" tab on the right side of the details panel. This will bring up the Ozeki Home page, where you need to choose the "Add new route..." link at the routing panel or click on the "Routes" icon at the toolbar. After that, specify the message route, by setting the required details. Choose the "SMPP_client_1" option from the drop-down list in the "From" box, then select the "text_to_Speech_1" option in the "To" box. When you have finished, click on the "Ok" button.

Now, you can utilize the text-to-speech connection, which allows you to read out SMS messages received as text messages. This functionality enables you to audibly hear the content of an SMS message through the PC speaker. By employing this technology, you can conveniently access and understand incoming SMS messages hands-free.

FAQs

How do I get my computer to read my texts out loud?

To get your computer to read your texts out loud, you can use text-to-speech (TTS) software or built-in accessibility features. Many operating systems have native TTS functionality, so you may need to explore the accessibility settings to enable it. Additionally, there are various third-party TTS applications available for different platforms that can read text from the selected text on the screen.

How do you turn on text to speech on PC?

There are two stages involved in enabling text-to-speech on a computer when utilizing an SMS gateway. The SMS gateway must first be set up and configured for your PC to receive text messages. The received text messages must then be converted into voice using TTS software or APIs before being played over your computer's audio output.

How do you listen to written text?

You must integrate text-to-speech (TTS) technology into your SMS gateway application in order to listen to written text when utilizing an SMS gateway. The application sends the text content from a text message that the SMS gateway receives to a TTS engine or service, which will turn the text into a voice. The computer's audio output then plays the created speech.

Summary

Overall, Ozeki SMS Gateway offers a powerful and innovative solution to improve the messaging experience for all users. The text-to-speech feature allows users to listen to SMS messages loud and clear out through the PC speaker, enabling hands-free operation and multitasking. By employing this technology, users can conveniently and audibly hear the content of incoming SMS messages through the PC speaker.

https://ozeki-sms-gateway.com/p_8426-send-automated-chat-messages.html

Send automated chat messages

We need to send a lot of automated messages, but what method should we use, and how do we do it on the Ozeki Chat platform? Use our easy to learn, intuitive Ozeki SMS Gateway application in Ozeki 10 to create routes and set up your automated Chat messages!

Ozeki Chat and Ozeki SMS Gateway connection

The image shows how the Ozeki Chat and SMS Gateway connect to make communication easy. The Ozeki SMS Gateway is like a central hub that connects to different systems, such as SQL, TXT, and HTTP. This allows data to be shared with outside systems and helps send messages between chat accounts on the Ozeki Chat Network. The chat accounts, shown as smartphone icons, can send and receive messages, which are then directed to the right place, either another chat account or an outside system connected to the SMS Gateway. This setup makes communication efficient and flexible across different platforms.

Sending Chat messages from SMS GW GUI
Ozeki SMS Gateway provides a user-friendly Graphical User Interface (GUI) for sending MyOzeki Chat messages. This method allows you to easily test the chat messaging feature, ensuring that it works correctly. While sendin a large volume of messages through the GUI can be a bit tedious, it offers a reliable way to experiment with and verify the functionality of your chat messages right away.
How to send an Ozeki Chat message from the SMS GW GUI

Sending Chat messages from SQL Database
For a more advanced approach to sending text messages, Ozeki SMS Gateway allows you to send messages to stored contacts directly from an SQL database. This method efficiently manages a large number of records, making it an ideal solution for sending bulk messages through Ozeki Chat. By utilizing your database, you can streamline the process of reaching out to multiple contacts at once.
How to send an Ozeki Chat message from MS SQL

Sending Chat messages from TXT files
If you prefer to manage your messaging locally, Ozeki SMS Gateway allows you to send chat messages using text files. This method enables you to easily transfer data between your application and the gateway. It is straightforward to set up and can be automated, with options for configuring message lists and more. This flexible approach provides a simple solution for sending messages while maintaining control over your data.
How to send an Ozeki Chat message from a .txt file

Sending Chat messages through HTTP requests
To automate messaging, use our HTTP API solution to send chat messages through HTTP requests. Simply integrate it into your code, and we will handle the messaging for you. This approach offers a straightforward way to streamline your communication.
How to send an Ozeki Chat message using an HTTP request

https://ozeki-sms-gateway.com/p_8427-how-to-send-an-ozeki-chat-message-from-the-sms-gw-gui.html

How to send an Ozeki Chat message from the SMS GW GUI

Learning how to send Ozeki Chat messages using the SMS GW GUI is important for anyone who wants to improve communication and stay connected. Ozeki Chat is a flexible tool that combines SMS messaging with chat features, allowing users to talk with clients and team members in real time. By mastering this skill, you can enjoy benefits like quicker replies, better customer service, and the ability to handle multiple conversations at once. The SMS GW GUI also makes it easy to send messages, even for those who aren’t very tech-savvy. This knowledge helps you communicate better in both personal and work situations.

Sending an Ozeki Chat message from the SMS GW GUI (Video guide)

In this short, easy-to-follow video tutorial we are going to demonstrate the steps that is vital for you to take in order to send on Ozeki Chat message from the SMS Gateway GUI. You will learn everything you need to, from adding a new connection to installing an Ozeki Chat account and by the end you will know how to send a message.

Sending Chat messages from the SMS GW GUI (Quick steps)

1. Add new connection
2. Install Ozeki Chat account from the Chat connections
3. Provide the Ozeki Chat account details
4. Switch the connection on
5. Ensure that the user is logged in
6. Send a message
7. Open Ozeki Chat and view the message
8. Send a chat message back
9. Open your Inbox from the Folders
10. Make sure that the message is in the Admin inbox folder

Sending Chat message from the SMS GW GUI

To begin the whole process, the very first thing you need to do is open Ozeki SMS Gateway. On the homepage, locate the 'Connection' section and click on the 'Add new connection' title highlighted in blue just like it is shown in Figure 1.

The next important step is installing the Ozeki Chat account. On the connections site, scroll down until you reach the 'Chat connections' section. There, you need to click on the blue 'Install' link shown by the red arrow in Figure 2.

Once you install the connection you will be required to set up its details. As you can see in Figure 3, you need t do this by remaining in the 'General' tab. First thing first, provide the workspace name that is the hostname of the chatserver. After that you need to enter the proper username and password combination to be able to connect to the chat network. Make sure you provide the account details correctly and press the blue 'OK' button in the lower right corner.

After saving the recent setups you need to turn the connection on for the Ozeki Chat account. Just like in Figure 4, visit the left panel of the page and switch the connection on. It will turn green, indicating that it is turned on. After the successful switch on, you will see that user is logged in.

Return to the management site and log in with your admin user. To send an SMS message click on the 'New' button on the left side. This opens the Message composer in the main panel. In the 'To' section, set the connection to 'Use routing table' and enter the recipient's address in the address field. In the message section, type your message in the text box provided. Once you are done, click the OK title just like in Figure 5 to send the message.

Now, you have to open the Ozeki Chat. Just like in Figure 6, you will see that the message you have recenty sent was successfully received.

The next step is sending a chat message back to the recipient. As shown in Figure 7, you have to navigate to the message composer and type your message. Once you feel like it is ready, hit the blue 'Send' button in the lower right corner.

As shown in Figure 8, to view the received message in Ozeki SMS Gateway, you have to navigate to the 'Folders'section on the left side and open your 'Inbox'. You will see that the message you have just sent from Ozeki Chat is in the Admin inbox folder. Click the message and it will display its details in the Message details section below. Here, you can see information such as the sender's address, recipient's address, message content and additional tabs for delivery history, tags, and advanced settings.

Summary

Learning to send messages with Ozeki Chat using SMS Gateway helps you stay in touch and communicate better. Ozeki Chat combines easy text messaging with chat features, so you can talk with clients and team members in real time. Knowing how to use this tool lets you reply quickly, give better service, and manage many chats at once. The SMS GW is simple to use, even if you are not good with technology, so you can easily communicate in both personal and work situations.

https://ozeki-sms-gateway.com/p_8429-how-to-send-an-ozeki-chat-message-from-a-.txt-file.html

How to send an Ozeki Chat message from a .txt file

In today’s fast-paced world, clear communication is key to keeping teams connected and productive. Knowing how to send an Ozeki Chat message from a .txt file can make your messaging easier and more efficient. This skill allows you to automate messages, share important information, or send updates in bulk without typing them out each time. In this guide, we will show you the simple steps to use this feature, helping you keep your team informed and engaged with less effort.

How to send an Ozeki Chat message from a text file (Video Tutorial)

In this video guide, we are going to demonstrate the most important steps you need to follow in order to send an Ozeki Chat message from a .txt file. It provides everything that is needed to master this knowlegde, from installing the Txt file application to entering Chat to Text route details. By the end of the tutorial you will learn how to open the incoming text with notepad or other editor and finally check your message.

Step 1 - Open SMS Gateway

As you can see in Figure 1, to begin the entire process you need to open the Ozeki SMS Gateway application. Do this by clickig on its icn.

Step 2 - Add new user or application

After opening the Gateway you will be taken to the home page of the app. To complete this step, you first need to locate the 'Users and applications' section. As demonstrated by the red arrow in Figure 2, you need to click on the 'Add new user/application' link, highlighted in blue.

Step 3 - Install Text file application

On the Users and applications site, you need to scroll until you reach the 'Application interfaces' section. Look for the 'TXT file' among the option, and give the 'Install' link next to it a click, shown by the red arrow in Figure 3.

Step 4 - Setup Text file application

As you can see in Figure 4, once you click on the install button, you will be required to fill out the configuration form. While remaining in the 'General' tab, please provide a unique name for the connection. Make sure the encoding is set to 'Default' and the file format is set to 'List'. Lastly, please specify the directories you wish to use. Check everything twice to make sure everything is entered properly, and press the blue 'OK' button.

Step 5 - Enable text file application

The next step is enabling the text file application. Do this the same way as demonsrated in Figure 5. Navigate to the left panel, and locate the 'Connection' section. Switch the connection button on, to enable the application. It will turn green, letting you know you have successfully switched it on. You can also ensure the enabling was successful, by viewing the logs at the 'Events' tab.

Step 6 - Open home page

To proceed with the next step, you need to return to the home page. As shown by the red arrow in Figure 6, you should find the home icon in the upper left corner and give it a click.

Step 7 - Add new connection

After returning to the home page, you need to navigate to the Connections section of the left panel. There, as you can see in Figure 7, you have to click on the 'Add new connection' link.

Step 8 - Install Ozeki Chat account

On the 'Connection' site, you should look for the 'Chat connections' section. Click on the blue 'Install' link next to the Ozeki Chat account as represented in Figure 8.

Step 9 - Enter Ozeki Chat Account details

The next vital step is filling out the configuration form for the Ozeki Chat account connection. As you can see in Figure 9, you have to remain in the 'General' tab to specify the account details. First, you need to provide the workspace name which is the hostname of the chat server you wish to use. After that, please enter the right username and password combination to be able to connect to the chat network. Press the blue 'OK' button to save the setup.

Step 10 - Enable Ozeki Account details

You need to enable the Ozeki Account details. Do this the same way as before, by visiting the 'Connection' panel shown in Figure 10, and switching the connection button on. It will turn green, indicating you have successfully switched it on. You can also ensure you enabled the Ozeki Account details successfully, by viewing the logs at the 'Events' tab.

Step 11 - Open home page

To continue, please navigate back to the home page. As indicated by the red arrow in Figure 11, locate the home icon in the upper left corner and click on it.

Step 12 - Add new route

To add a new route, locate the 'Add new route' option in the routing section, which is positioned prominently in the interface. Click on the link as shown by the red arrow in Figure 12, to start setting up a new connection route.

Step 13 - Enter Text to Chat route details

Once you have added the new route, you will be taken to a details page to configure the route settings. In the 'Identification' section, enter a name for the route, such as 'TEXT TO CHAT' which will help you easily identify the route later. In the 'Settings' section, specify the source and destination for this route by selecting the proper SMS and chat connections. Pay attention to setting the 'From' connection to text file at localhost. After providing everything, click the 'OK' button, as indicated by the red arrow in Figure 13 to save your settings and activate the route.

Step 14 - Create new route

You next task is creating a new route. Do this by clicking on the blue 'Create new Route' in the upper left corner as shown in Figure 14.

Step 15 - Enter Chat to Text route details

You will be required to configure the route settings. In the 'Identification' section, enter a name for the route, like 'CHAT TO TEXT' which will help you identify the route later. In the 'Settings' section, specify the source and destination for this route. Make sure you set the 'TO' connection to text file at localhost. After entering the necessary information, click the 'OK' button, as demonstrated by the red arrow in Figure 15 to save your settings.

Step 16 - Open home page

To proceed, please return to the home page. As represented by the red arrow in Figure 16, search for the home icon in the upper left corner and click on it.

Step 17 - Open outgoing folder

You will be required to access the outgoing folder to prepare it for handling files. This location will be used to store outgoing files for the SMS system. Ensure that you navigate to this directory to manage files effectively, as demonstrated by the red arrow in Figure 17.

Step 18 - Create list file in temporary folder

Next, you need to create a list file in a temporary folder to organize contacts or messages for processing. Choose any folder as shown in Figure 18, to create this list file. This setup helps ensure that all relevant files are properly managed within the temporary directory.

Step 19 - Open list file with notepad or other editor

You will be required to open the list file using a text editor to add any necessary content. Right-click on the file within the temporary folder and select 'Notepad' from the options, as shown in Figure 19. This action will open the file in Notepad, allowing you to input or edit information for further processing in the SMS system.

Step 20 - Drag and drop the list file to the outgoing folder

After editing the list file, the next step is to move it to the outgoing folder for use by the system. Drag and drop the file from the temporary folder into text file folder as demonstrated in Figure 20. This placement ensures that the SMS gateway can access and utilize the file as part of the message-sending process.

Step 21 - Check message and reply from MyOzeki

You will have to to check and reply to messages directly from MyOzeki. Open the MyOzeki interface and navigate to the messaging area. Type your reply in the text box, as indicated by the red arrows in Figure 21, and send it with the blue 'Send' button.

Step 22 - Open incoming text with notepad or other editor

Next, to review incoming messages, open the incoming text file using a text editor such as Notepad. Locate the file in the designated directory, right-click, and select 'Notepad' to open it, as demonstrated in Figure 22. This step enables you to view the contents of the incoming message.

Step 23 - Check incoming message

Finally, confirm the message content by checking the opened file, as shown by the red arrow in Figure 23.

Summary

In today’s fast-paced world, clear and easy communication is key to keeping your team productive. With Ozeki, you can send chat messages directly from a .txt file, making it simple to automate updates, share important info, and send messages in bulk without retyping. This guide shows you the quick steps to use this feature, saving you time and keeping your team connected. By using this method, you can make communication easier, keep everyone engaged, and focus more on important tasks instead of repeating messages.

https://ozeki-sms-gateway.com/p_8430-how-to-send-an-ozeki-chat-message-using-an-http-request.html

How to send an Ozeki Chat message using HTTP

Learning how to send Ozeki Chat messages through an HTTP request can greatly improve your communication strategy. This method lets you automate messaging, link chat functions with other applications, and send real-time updates quickly and easily. By using HTTP requests, you can connect Ozeki Chat with various systems, allowing you to send messages based on specific events or actions. This guide will show you the steps to send messages using HTTP, helping you make the most of this powerful tool to keep your team or clients informed and engaged with minimal effort.

How to send an Ozeki Chat message using an HTTP request (Video Tutorial)

In this brief, easy-to-follow video guide we are going to demonstrate the steps you need to take in order to send an Ozeki Chat message using a HTTP request. From setting up an HTTP user to entering the HTTP-GET details into the URL bar, you will learn everything you need to. By the end of this tutorial you will successfully receive a message in MyOzeki.

Step 1 - Add new user or application

Once you launch the Gateway, you will be directed to the app's home page. To proceed, you must find the 'Users and applications' section. As shown by the red arrow in Figure 1, click on the 'Add new user/application' link, which is highlighted in blue.

Step 2 - Install HTTP User

On the Users and applications site, you need to locate 'Network users' section. Search for the 'HTTP user' among the option, and give the 'Install' link next to it a click, shown by the red arrow in Figure 2.

Step 3 - Setup HTTP User

As you can see in Figure 3, in this step, you need to provide the configuration settings for the HTTP user. While remaining in the 'General' tab please enter a username and a password for the HTTP user. This will be used to access the system through the network. Once done, click the blue 'OK' button in the corner.

Step 4 - Open home page

To move on to the next step, navigate back to the home page. Referencing the red arrow in Figure 4, locate the home icon in the upper left corner and click on it.

Step 5 - Add new connection

Once you are back on the home page, head to the 'Connections' section in the left panel. As illustrated in Figure 5, click on the 'Add new connection' link.

Step 6 - Install Ozeki Chat Account

On the 'Connection' site, your next step is to locate the 'Chat connections' section. As shown in Figure 6, click on the blue 'Install' link next to the 'Ozeki Chat account' to proceed with the installation. This will initiate the setup process for the chat connection.

Step 7 - Enter Ozeki Chat Account details

The following important step involves filling out the configuration form for the Ozeki Chat account connection. As shown in Figure 7, you should stay within the 'General' tab to enter the necessary account details. Start by providing the workspace name, which is the hostname of the chat server you intend to use. Next, input the correct username and password combination to establish a connection to the chat network. Once you have entered these details, click the blue 'OK' button to save your settings and finalize the setup.

Step 8 - Open home page

To proceed to the next step, return to the home page. As shown by the red arrow in Figure 8, find the home icon located in the upper left corner of the screen and click on it. This will take you back to the main dashboard, allowing you to continue with the setup process.

Step 9 - Add new route

To add a new route, find the 'Add new route' option within the routing section, which is displayed in the interface. As indicated by the red arrow in Figure 9, click on this link to initiate the process of setting up a new connection route.

Step 10 - Enter HTTP to Chat route details

This step involves entering the HTTP to Chat route details.In the 'Identification' section, enter a name for the route, such as 'HTTP_TO_CHAT' which will help you easily find the route later. In the 'Settings' section, you need to specify the source and destination for this route by. Ensure that the 'From' connection is set to the api user at localhost. After providing everything, click the 'OK' button, as indicated by the red arrow in Figure 10 to save your settings.

Step 11 - Open home page

To move on to the next step, return to the home page. As indicated in Figure 11, click on the home icon in the upper left corner of the screen.

Step 12 - Check your API prefix

To check your API prefix you need to choose the HTTP user from the Users and applications section. Give the username a click and then navigate to the left panel of its site. As you can see in Figure 12, you need to locate the API prefix section and copy paste the second URL.

Step 13 - Enter HTTP-GET details into URL bar

To enter the HTTP-GET details, first locate the URL bar in your browser. Input the necessary HTTP-GET details into the URL bar, ensuring that the format is correct for your request just like in Figure 13. It is important to double-check the URL before proceeding to avoid any errors in the connection. You need to enter the message for the end of the URL.

Step 14 - Message received in MyOzeki

After you enter the HTTP-GET details, the next step is to check for the message received in MyOzeki. Go to the MyOzeki interface. You should see the message related to your request just like in Figure 14, showing that the system has processed it successfully.

Summary

Sending Ozeki Chat messages through an HTTP request can enhance your communication strategy by automating messaging, integrating chat functions with other applications and enabling quick real-time updates. This method allows you to connect Ozeki Chat with various systems, sending messages based on specific events or actions. This guide will walk you through the steps to effectively use HTTP requests for messaging, helping you keep your team or clients informed and engaged with minimal effort.

https://ozeki-sms-gateway.com/p_121-sms-developers-guide-and-sms-api.html

SMS Developers Guide - SMS APIs

The Ozeki SMS Gateway allows for sms developers to use sms api software for short message sending and receiving. You can use it to integrate and quickly deploy SMS messaging solutions. It can operate in your server computer, or you can install it on your customers' or suppliers' system. Save time and money and use the most popular SMS gateway software in the world.

---

Let your Developers add SMS functionality to their code

When it comes to software development, it is crutial to stay service provider independent. Ozeki SMS Gateway supports sending SMS through various channels and many SMS service providers. This ensures, that your apps, that are developed for the Ozeki APIs, will work even if you start operations in a different country, or you simply want to swich SMS service providers.

C#.Net SMS tutorial

VB.Net SMS tutorial

F#.Net SMS tutorial

C/C++ SMS tutorial

JavaScript SMS tutorial

Python SMS tutorial

Kotlin SMS tutorial

Delphi SMS tutorial

PHP SMS tutorial

Ruby SMS tutorial

Objective C SMS tutorial

Java SMS tutorial

Node.js SMS tutorial

Scala SMS tutorial

Go SMS tutorial

Perl SMS tutorial

The Ozeki SMS Gateway is a developer friendly software platform. This page is designed to help software developers, IT and Business leaders and solution designers to better understand the SMS technology and SMS developer tools offered by Ozeki. Add communication capabilities to your products with Ozeki ready-to-integrate SMS APIs to send and receive SMS messages. In addition to sending and receiving, it also makes it possible to handle delivery reports and manage delivery times.

Send out hundreds of thousands of text messages automatically with ease. SMS automation enables you to plan and execute surveys, notifications and campaigns or simply send alerts and reminders. You can also integrate SMS messaging into your workflow using these SMS APIs or send out SMS marketing campaigns in the ozeki sms marketing system.

The OZEKI SMS gateway will give you powerful developer tools needed to build great applications. You can connect your systems to Ozeki SMS using HTTP, or a database or using our C#.NET, Visual Basic.NET examples. If you are looking for developer api SMS Gateway, you are in a right place.

What is an SMS API?

An SMS API is a standard Application Programming Interface for software developers to make SMS sending and receiving possible.

How does SMS API work?

The SMS API integration makes it possible for different business platforms (CRM, e-commerce, web based applications or else) to send and receive short messages. The SMS API is a two-way communication API for connecting automated software solutions and customers together.

SMS from/to Database
This is a helpful guide, so you can easily connect Ozeki SMS Gateway and a selected database server. Follow the steps in this guide to learn how to send or receive SMS messages from a database application. A widely used method can help you to achieve this by inserting or reading data from the tables. You can also find easy configuration steps in this tutorial.
Learn More

HTTP SMS API
Ozeki introduced a new HTTP SMS API in Ozeki SMS Gateway to address the requirements of the SMS software developer community. This new HTTP SMS API provides more features, flexibility and simplicity compared to previous versions. It was designed to help developers in productivity and to be able to add SMS functionality to any project.
Learn More

PHP SMS API
PHP developers can use PHS SMS API to add SMS functionality to their website. In a few lines of code, your PHP application can send, receive, and reply to text messages with Ozeki SMS API. This tutorial shows you how to use Ozeki SMS Gateway's PHP SMS API. It will take you less than an hour to integrate the solution that can send and receive messages from a MySQL database.
Learn More

C# SMS API
Your C# application can connect to a Standard User or any other user created in Ozeki SMS Gateway. You can easily prepare your C# codes to send or receive SMS messages through SMS Gateway. Below you can download source codes for two C#.NET SMS demo projects which demonstrates how easy it is to connect C# with Ozeki SMS Gateway.
Learn More

VB.NET SMS API
See how to send and receive SMS messages by using your Visual Basic.NET applications. It is a great choice to communicate with your clients or employees with simple text messages. Choose which is the best method for your system by downloading a database and a HTTP API example.
Learn More

Programming APIs
On this site we provide software developers user-friendly tutorials, who wish to send or receive SMS messages using a specific programming language. From C# tutorial to Javascript tutorial, you can find a wide variety of programming languages. The site is helpful for both beginners and well experienced developers. Visit the website and choose which method works for you the best.
Learn More

Use cases
On this website you can read more about Postman and Chatbot. Both of them are essential tools for developers. With the help of Postman, you can build, test, and document APIs, supporting various formats and methods. Chatbots on the other hand can automatize your communication and deliver rapid responses to customer inquiries. Choose the use case that works for you the best.
Learn More

SMPP API
The Short Message Peer-to-Peer (SMPP) protocol is a cornerstone of modern SMS communication, enabling seamless messaging between applications and mobile networks. Ozeki SMS Gateway leverages the SMPP API to provide a robust platform for sending and receiving SMS, supporting versions 3.3, 3.4, and 5.0.
Learn More

https://ozeki-sms-gateway.com/p_5708-send-sms-from-sql-database.html

How to setup an SQL to SMS gateway

The following guide provides you information about how you can send and receive messages from an SQL database server with the help of Ozeki SMS Gateway. This document divided into 3 main segments: First the supported database servers are listed. Second, the procedure of sending SMS from a database server is demonstrated using MySQL. Third, an autoresponding SMS service is created with the help of a database trigger. To complete this guide successfully, you need to set up a database server as a prerequisite and you must have some basic understanding of SQL. The completion of the steps in this guide takes about 10 to 15 minutes. So, let's start!

How receiving SMS with a database works

This 'Receiving SMS with a database' solution makes it possible to store all the incoming messages in a database. The solution consists of a phone, a PC with Ozeki SMS Gateway running, an SQL database server, and your application.

You can learn how this system works from the following: An android phone, running the Ozeki SMS Gateway android app, will send the information to the Ozeki SMS Gateway application running on a PC. It will then store it using a database server. Your application could obtain the messages from the database server. To have a better understanding, look at Figure 1.

How sending SMS from a database works

The 'Send SMS from a database' solution enables you to send the information, stored in a database, to a phone using the Ozeki SMS Gateway. This solution consists of your application, a database server, a PC running the Ozeki SMS Gateway application, and a phone that also runs the Ozeki SMS Gateway.

The system works the following way: Your application stores the SMS information on a database server. The Ozeki SMS Gateway will obtain the info from the database server and wil send the SMS to the predefined address. To understand the system in a better way, look at Figure 2.

Database servers supported by Ozeki SMS Gateway

Microsoft SQL
You can use an Microsoft SQL database for SMS messaging. Follow these pages to send or receive SMS messages through Ozeki SMS Gateway's Database User. All you have to do is insert or read data rows from the appropriate SQL table by setting INSERT INTO and SELECT statements.
See how to send SMS from an Microsoft SQL database

Microsoft SQL Express
You can use a MSSQL Express database for SMS messaging. Follow these pages to send or receive SMS messages through Ozeki SMS Gateway's Database User. All you have to do is insert or read data rows from the appropriate SQL table by setting INSERT INTO and SELECT statements.
See how to send SMS from an MSSQL Express database

Oracle
The connection between Oracle Database and Ozeki SMS Gateway is a perfect solution for SMS messaging. Ozeki SMS Gateway's Database User makes sure that incoming SMS messages can be inserted while outgoing SMS messages can be selected from database tables.
See how to send SMS from an Oracle SQL database

MySQL
You can combine Ozeki SMS Gateway with a MySQL database to send, receive and store SMS messages. On these pages you can see how to install and configure the connection with the proper connection string and how to create the recommended database structure.
See how to send SMS from a MySQL database

PostgreSQL
This chapter gives you great opportunity to see how to send and receive SMS messages through pre-created PostgreSQL database tables. You just need to connect to them with a Database User of Ozeki SMS Gateway. Do not forget to provide the ODBC driver connection string for the user.
See how to send SMS from a PostgreSQL database

SAP SQL Anywhere
See how to send and receive SMS messages through an SAP SQL Anywhere server with the Database User of Ozeki SMS Gateway. Here you can find a connection string and short CREATE TABLE statements to get started. You can send messages by inserting new message records.
See how to send SMS from a SAP SQL Anywhere database

Microsoft Access
You can simply start to send and receive SMS messages through Ozeki SMS Gateway's Database User by using Microsoft Access database tables. All you have to do is insert or read data rows from the appropriate SQL table by configuring INSERT INTO and SELECT statements for the user.
See how to send SMS from a Microsoft Access database

ODBC
This chapter gives you great opportunity to see how to send and receive SMS messages through ODBC connection. You just need to connect ODBC database connection with a Database User of Ozeki SMS Gateway. Do not forget to provide the ODBC driver connection string for the user.
See how to send SMS from an ODBC database connection

OleDB
This chapter gives you great opportunity to see how to send and receive SMS messages through OleDB connection. You just need to connect OleDB database connection with a Database User of Ozeki SMS Gateway. Do not forget to provide the OleDB driver connection string for the user.
See how to send SMS from an OleDB database connection

SQLite
See how to send and receive SMS messages through an SQLite server with the Database User of Ozeki SMS Gateway. Here you can find a connection string and short CREATE TABLE statements to get started. You can send messages by inserting new message records.
See how to send SMS from an SQLite database

Step 1 - Setup a database connection

The first thing you need to do is to setup a database connection in Ozeki SMS Gateway. To do this, first, open the SMS Gateway, and select the Apps icon from the toolbar. Next, from the list of applications (Figure 2), you have to select SQL messaging by clicking on the Install button.

After you selected SQL messaging, you can see all available options that you can create in SMS Gateway. By following this guide, you will be able to see how you can create an SQL connection with a MySQL database, so to follow that guide, just click on the Install button of the MySQL option as you can see it in Figure 3.

The last step of the creation of the database application is to connect it to your database server by filling the fields of the Connection Settings (Figure 4). Here you have to give all details about the database that you want to connect to. The first two fields are about to identify the database server. If you left them to default when setting up the database server, you can leave the values here default as well. Then you have to type the name of the database that you want to connect to and your user ID with a password that you use within the database server. If you filled all fields, you could just click OK to create the database application.

Step 2 - Setup an SMPP connection

At this point, you have got a database application, but you also need a service provider connection to handle the SMS messages. In this guide, you will be able to create an SMPP client connection. For that, you just have to click on Connect on the toolbar and select SMPP client (Figure 5) from the list of all available service provider connections.

Before establishing the connection, you need to provide some details regarding the connection. First, you have to type a name for the connection, then you have to define the server that you want to connect to as Figure 6 demonstrates it. To finish the creation of the service provider connection, just click on OK.

Step 3 - Send SMS from a database

With all connections set up properly in Ozeki SMS Gateway, now you can start managing SMS messages from a database. First, you will be able to see, how you can send an SMS message by using only one SQL command. By default, SMS Gateway uses ozekimessageout table to send messages. You do not have to worry if you have not got this table in your database, you can create this table easily. Just open your SQL application in SMS Gateway and as you can see it on Figure 8, you can select a SQL command to create the ozekimessageout table. So, just select it, and click on Execute to create the table. (Figure 8)

Sending a message can be done by simply just inserting the message into the ozekimessageout table. The SMS Gateway periodically checks this table and sends the newly added messages. To insert a message into this table, just select the corresponding INSERT command as you can see it in Figure 9. In the textbox, you can change the values which represent the receiver and the message itself. When you finished with writing the message, just click on Execute and your message is about to be sent.

If you don't know the basic SMS SQL commands learn more about SQL SMS templates.

To modify the setting of sending SMS messages, you only have to select the Configure tab in the menu of the database application, and here, select the Send tab. Here, you will be able to see the settings that define, how the outgoing messages are handled. As Figure 10 shows, here you can modify the SQL statement that queries and processes the outgoing messages. You can also set the maximum number of outgoing messages per query and the interval of polling.

Step 4 - Receive SMS from a database

When you created the database application, not only the application was created, but the SMS Gateway also created a routing rule as well, which defines that all incoming SMS messages will be copied into the database. This rule can be found in the list of routing rules as you can see it in Figure 12.

The incoming messages from any SMS connection will be routed into the ozekimessagein table by default. You can create this table easily by opening your database application and in the SQL menu, select the SQL command from the list (Figure 13) which will create the ozekimessagein table in your database after executing that command.

After you created the ozekimessagein table, all received messages will be inserted into that table. To check these messages, you can start a query in the database application. So, open the application, and in the SQL tab, select the command that will query the incoming messages (Figure 14) and click on Execute. If the execution was successful, you will be able to see the incoming messages.

To modify the settings of receiving messages, you can just select Configure tab and here, click on Receive as Figure 15 demonstrates it. In this menu, you can set a SQL command, that inserts the incoming messages into a table. In the command, you can also set the values which will be inserted into the table.

Summary

The article above is about how you can send and receive messages from an SQL database server with the help of the Ozeki SMS Gateway. An SQL to SMS solution like this fits well with your existing infrastructure if you already stash data in a database using a database driver business application. SMS messages stored in a database can be easily linked to users, customers, and other business data, which allows you to use custom queries and take advantage of SQL triggers.

You may find more information about this technology and the Ozeki SMS Gateway. Continue your studies with the tutorial titled How to send SMS from MS SQL Server.

Let's get to work, first of all, download the Ozeki SMS Gateway now!

FAQs

What is an SQL database?

SQL (Structured Query Language) is a specialized language used to interact with relational databases. It allows for efficient data retrieval, manipulation, schema management (creation and modification), and access control.

Can I save incoming SMS messages (sender address, message text, timestamp) in a database server (MySQL/MSSQL)?

This software offers two methods for saving your SMS messages:

• Database User: Store messages directly within a database using a configured database user account.
• SQL Logging: Enable SQL logging to write messages to a designated SQL database table.

The software seamlessly integrates with various database platforms, including popular choices like MySQL, MSSQl, Oracle, Access, Postgres, and Sybase. Additionally, it supports any database server equipped with an OleDb or ODBC driver, ensuring maximum compatibility.

We would like to specify different sender mobile numbers for outgoing messages. Is it possible to do it in the SQL tables to assign the sender mobile number?

Yes, you can definitely send SMS messages with a custom sender number! This software allows you to override the default sender number with your desired one.

Here's how to configure it:

• Access the SQL User Configuration Form: Locate the form within the software for configuring your database user settings.
• Navigate to the Advanced Tab: Look for a tab labelled "Advanced" or similar within the configuration form.
• Enable Sender Number Override: In the "Sender Address" section of the advanced tab, find a checkbox labelled "Overrideable" (or similar). Make sure this checkbox is enabled.
• Specify Your Sender Number: Once "Overrideable" is enabled, you can define the custom sender number you want to use for your outgoing messages in the designated field.

By following these steps, you'll successfully configure the software to utilize your chosen sender number for all SMS messages sent through this specific SQL user account.

https://ozeki-sms-gateway.com/p_1997-how-to-send-sms-from-ms-sql.html

How to send sms from MS SQL Server

This article as a detailed tutorial on how to send SMS from MS SQL Server. Ozeki SMS Gateway allows you to create an MS SQL Server connection and send text messages from a database using SQL code. You will also learn how to create a database and tables for storing incoming and outgoing messages. This feature is incredibly useful for mass SMS sending. It can send messages to thousands of users at the same time based on certain conditions. We hope you find this article informative and let's get started!

What is MS SQL

Microsoft SQL Server is a relational database management system developed by Microsoft. As a database server, it is a software product with the primary function of storing and retrieving data as requested by other software applications which may run either on the same computer or on another computer across a network (including the Internet). Microsoft markets at least a dozen different editions of Microsoft SQL Server, aimed at different audiences and for workloads ranging from small single-machine applications to large Internet-facing applications with many concurrent users.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

How to send SMS from MS SQL (Quick steps)

To send SMS from MS SQL:

1. Create database and tables
2. Launch the Ozeki SMS Gateway app
3. Add new SQL messaging application
4. Install MS SQL Server
5. Configure Connection settings
6. Enable MS SQL Server connection
7. Insert a message into the database
8. Check the SMS message in the Sent folder
9. Inspect the database for the new SMS

How to send SMS from MS SQL database

This SMS sending system makes it possible to send SMS using an MS SQL database. This system consists of a phone that will be used to receive the messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: Your application will send the message to the MS SQL Database Server. It will store your message and the Ozeki SMS Gateway will be able to acquire it using an SQL Query. The message will be sent to the phone after it was acquired. (Figure 2)

How to receive SMS with MS SQL database

This SMS receiving system makes it possible to receive SMS using an MS SQL database. This system consists of a phone that will be used to send messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: The phone sends the message. The computer with the Ozeki SMS Gateway will store the message in an MS SQL Database Server. Your application could get the messages using an SQL Query. (Figure 1)

How to send sms from MS SQL Server (video tutorial)

In this video you will learn how to send SMS using MS SQL Server. First, we are going to create an MS SQL Server connection in Ozeki SMS Gateway. Then, we use this connection to send SMS via SQL code. This is done through executing commands in the SQL tab.

In order for the SMS campaign to be successful, it is important that the SMS database contains the phone numbers of customers who are motivated to receive SMS messages from your company. SMS content can include a range of information, like informative messages, shopping discounts, delivery updates, reopening schedules, coupons, or new products that your customers will be interested in.

Create table definition for SMS

Before you can start sending SMS using SQL you must create a database and tables first. This can be done by entering certain lines of code into the command prompt. The CREATE DATABASE command adds the new database itself. The two CREATE TABLE commands add two tables. One for incoming and one for outgoing messages to be stored in. Lastly, the sp_addLogin lets you create a username and a password for authentication purposes for your database.

CREATE DATABASE ozekidb
GO
 
USE ozekidb
GO
 
CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);
 
CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
 
GO
 
sp_addLogin 'ozekiuser', 'ozekipass'
GO
 
sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

Create database and tables

To get started with sending SMS using MS SQL, you must first create a database and tables. This is done through the command prompt. Open the command prompt and enter the sequence of code above. The CREATE DATABASE command creates the database itself (Figure 3). Then, we create the ozekimessagein and ozekimessageout tables using the CREATE TABLE command. Finally, we add username and a password using the sp_addLogin command. The database is now set up for sending SMS in MS SQL.

Select 'Add new user or application'

With the database successfully created, you may now start configuring your SQL messaging application. First, open Ozeki SMS Gateway. Click on Add new user/application on the right-side menu (Figure 4). This will take you to another menu where you are able to select what type of application you wish to add.

Install SQL Messaging User

Under "Application interfaces", locate SQL Messaging. Click Install next to it (Figure 5). This will take you to another screen, where you can select the type of SQL messaging application.

Install MS SQL Connection

For this operation, you need to create an MS SQL Server connection. Find MS SQL Server under SQL Messaging. Click Install next to it (Figure 6). Clicking on Install will bring up a configuration screen, where you need to provide details for your new connection.

Define the MS SQL database connection details

After selecting MS SQL Server, you must enter the details of your new connection (Figure 7). First you need to enter your server's IP address and Port into the first checkboxes. Enter the name of your database you previously created next to Database. Finally enter your username and password, which you have also created in the command prompt. Click on OK to continue. Your MS SQL connection is now successfully configured.

Enable MS SQL connection

After configuring your MS SQL connection, you must turn it on. Click on the switch button next to connection (Figure 8). The switch will turn green to indicate that the connection has been turned on. A green checkmark next to the icon of the connection also appears to show the user that the connection is on.

Insert message to the database table

The MS SQL connection is now set up. Now you may proceed to insert a message into the database table. First, switch to the SQL tab of your connection. Enter the command in Figure 9 into the textbox. Click on the Execute button to run the command. This will insert the message into the ozekimessageout table.

Message sent from database

You can view sent messages by clicking on the Sent folder. In this folder you can find your previously sent message (Figure 10).

Sent message in database

You are also able to view the message inside the database. To do this, you need to enter the SQL code above into the text editor in the SQL tab (Figure 11). Click Execute to run the command. The SELECT * command returns all records from a certain table. This query returns everything from the ozekimessageout table, therefore your message will appear.

Received message inserted into database

You may also do the same for the ozekimessagein table (Figure 10) Enter the code found in Figure 12 into the text editor. Then click Execute. You can find your message in the result of the query.

Summary

Now you are able to set up an MS SQL Server connection in Ozeki SMS Gateway and send text messages via SQL code. We hope you found this tutorial helpful and thank you for choosing Ozeki SMS Gateway. For more information on sending SMS using databases, make sure to check out our other articles.

https://ozeki-sms-gateway.com/p_3147-how-to-install-microsoft-sql-server.html

How to install Microsoft SQL Server

In this article, we are going to walk you through the steps you need to take to install Microsoft SQL Server. Using the Microsoft SQL Server database management system will improve your data storage, processing, and security. Reading this tutorial is worth your time because you will be able to install it on any computer. This article is for users, the setup process will only take about 20 minutes to perform, and you require no previous knowledge of the SQL language. We hope you will find this example easy to understand. Don't waste any more time. Let's start!

Install Microsoft SQL Server (Video tutorial)

In this video, we are going to show you the steps you need to take to install the Microsoft SQL Server. The video will start with the download page and will take you to the successfully installed software. You will learn what settings you need to do in the setup process. The video is only 1:55 long but it is very detailed and easy to follow. We tried to make the process as simple to follow as possible. We hope you will have no problem following it.

Find the 'Download now' button

On Figure 1, you can see that the first step of the download process is to visit the following page :

https://microsoft.com/en-us/sql-server/sql-server-downloads

There, you will need to find the download link for the SQL Server Express edition (Figure 1). Click the blue 'Download now' button to start downloading the installer.

Find the installer

Now you have the installer on your computer, ready to use. You can find it in the Downloads folder of your hard drive (Figure 2). Run the installer to start the installation process. You can run it by double-clicking the installer twice, or right-clicking and selecting the run option.

First step of the installation process

You have just started the installation process. As the first step, you need to select which type of installation method you wish to use (Figure 3). The basic method means that the SQL Server and the SQL Server Database Engine will be installed with the default settings. Choosing the custom option will make the installation process more detailed but longer and it requires more knowledge of SQL technology. Choose the Basic option and progress to the next step.

Accept the License Terms

To have a legal copy of the software, you need to accept the Microsoft SQL Server License Terms. Read through the text and click the Accept button located under the text box. This Agreement makes sure that you and the company behind SQL Server 2019 are both protected from legal issues. (Figure 4)

Choose the install location

The software needs to be stored somewhere on your computer. In this step, you need to choose a folder where all the data of the software will be stored. Make sure to choose a destination with enough free space. You can choose a folder with the 'Browse' button (Figure 5). If you are done, press the 'Install' button. It will start the installation process.

Wait for the installation process

Wait for the installer to finish the process. While it is installing your software, you can get some information about the software and how to get help under the progress bar. Once the progress bar fills, it means that the software is installed successfully (Figure 6).

Installation finished

If you see the screen that is visible on Figure 7, it means that the software is installed successfully. Feel free to close the installer and start using it. On the last page, you can find information about where some folders of the software are. Like the log folder, media folder or resource folder.

Create the ozeki database and user

In the next video, we are going to show you how to create a database and a user to work with the Ozeki SMS Gateway. The video will start with opening the SQL Server Management Studio. At the end, you will have a working database and a user. In the process, you will learn about what settings the new database needs and how to create the new user. This video is only 1:33 long and it features all the steps you need to take to complete the process. It is easy to understand, we hope you will have no problem following it.

Create a new database

As the first step, you need to create a new database. Do this by opening the SQL Server Management Studio. After opening it, right-click the 'Databases' title in the Object Explorer located on the left side of the screen. It will open a context menu, where you will find the 'New Database...' button. Click it to proceed to the next step (Figure 8).

Give the database a name

In the new database creating window, you will be able to customize the database. The most important part is to name the database 'ozekidb'. After you have done it, click the 'OK' button at the bottom of the window. Naming the database 'ozekidb', like on Figure 9, will come in handy when establishing a connection between the database and the Ozeki SMS Gateway.

Create a new login

You need to create a new login in Microsoft SQL Server Management Studio. Right-click the 'logins' button located in the Object Explorer. You can find it on the left side of the screen. From the context menu, click the 'New Login...' button. It will take you to the new login creating window (Figure 10).

Configure the new login

In this step, you need to configure the new login. Provide a name that will be used when you are logging in in the 'Login name' field. Then choose the 'SQL Server authentication' option under the 'Login name' field (Figure 11). Now you have the option to choose a password. Make sure it is easy to remember but hard to guess. You have to type in your password two times. Password confirmation is a process that will make sure that there is no typo in your password.

Provide server roles

In the next step, you need to manage permissions in a form of server roles. SQL Server provides server-level roles that will help you to manage permissions. Each login in the same server role will have the same permissions. To manage server roles, visit the 'Server Roles' from the left side of the screen. There, you will see a list of server role. Make sure to tick in the checkbox before the sysadmin option (Figure 12). This will guarantee full permission for the user.

Link the user to database

You need to establish a connection between the database and the user. To do so, click the 'User Mapping' button (Figure 13). There, you will see the databases that you can map to the current login. Tick the Checkbox before the 'ozekidb' database to connect them. Below the list, you can see the roles of the current user.

Create the ozeki database tables

In the following video, we are going to show you how to create the ozeki database table. The video will start with launching the SQL Server Management Studio. It will take you all the way to having the two working database tables. In the video, we are going to show you how to log in to the SQL Server Management Studio and what code to use to create the tables. This 1:16 long video is very handy because it contains all the steps you need to take, and it shows them in a very detailed way. We hope you will have no problem with following the steps.

Log in to the database

In the next step, you need to log in to the SQL Server Management Studio. Use the login credentials that you created before. Type in the username and the password and click the 'Connect' button (Figure 14). It will log in to the software and you will have access to the Databases.

Create a new query

On Figure 15, you can see the process of creating a new query. Click the 'New Query' button located in the menu bar of SQL Management Studio. Search for the 'Tables' folder in the Object Explorer. Click on it to select it. In the code editor section, provide the creating code for the two tables.

Execute the new query

When you are finished with the code, search for the 'Execute' button located on the menu bar (Figure 16). Pressing it will execute the provided code and create the two tables that will work great with the Ozeki SMS Gateway.

Check the created tables

As you can see on Figure 17, the two tables were created, and you can see them in the Tables folder. Clicking them will open the table.

To sum it up

In this article, we provided you with all the necessary information on how to install the Microsoft SQL Server. Using the Microsoft SQL Server will improve data storing, handling, and security. This will make your organization's work faster and more efficient.

Find out more about the technology and how to use it with the Ozeki SMS Gateway using these links: How to setup an SQL to SMS gateway and How to send sms from MS SQL Server

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

https://ozeki-sms-gateway.com/p_3660-sms-sql-templates.html

SQL templates for high-capacity SMS sending

This section explains how to customize the SQL commands used to access your SMS database tables. Customizing the SQL commands to access the database tables is a key part of configuring the SQL-SMS gateway. SQL templates provide a practical solution, enabling database configurators to save time and maintain consistency in their database operations. These pre-written SQL queries can be easily customized and reused for various purposes, ensuring the efficiency and reliability of the SQL to SMS system.

What are SQL templates

SQL templates are pre-written SQL queries that can be customized and reused for different purposes. They can be used to save time and ensure consistency in database operations. Some useful examples of SQL SMS templates include:

1. INSERT INTO ozekimessagein - when you insert incoming messages into the ozekimessagein table
2. INSERT INTO ozekimessageout- when you insert outgoing messages into the ozekimessageout table
3. SELECT - you use it when you send out messages
4. UPDATE - when the SMS program automatically changes the status of the SMS

5 reasons why it's worth to use database for high-capacity SMS sending

• Scalable solution to handle high volumes of SMS messages
• Efficient data management and retrieval for SMS campaigns
• Ensure SMS data integrity, reducing errors in message transmission
• Advanced querying for targeted SMS recipient segmentation and reporting
• Seamless integration with SMS platforms for cost-effective SMS sending

The default operation of the SMS gateway

By default, the SMS gateway uses two database tables (see in: Ozeki SMS Gateway database table layout). One of the tables (ozekimessagein) is used for receiving SMS messages. The other (ozekimessagout) is used to send SMS messages. If an SMS message arrives to your gateway, it will be inserted into the ozekimessagein database table using the following SQL command:

INSERT INTO ozekimessagein (sender, receiver, msg, senttime, receivedtime, msgtype, operator) VALUES ('$originator','$recipient','$messagedata','$senttime','$receivedtime','$messagetype','$operatornames')

Before this statement is executed by the SMS gateway the keywords (e.g.: $originator, $recipient,...) will be replaced with the corresponding values of the incoming SMS message.

If you want to send an SMS message, you have to create a record in the ozekimessagout table. The status of the message should be set to "send". The SMS gateway will read the ozekimessagout table using the following SQL query to find your message:

SELECT id,sender,receiver,msg,msgtype,operator FROM ozekimessageout WHERE status='send'

After your outgoing SMS messages have been successfully fetched, the record will be updated using the following SQL command:

UPDATE ozekimessageout SET status='sending' WHERE id='$id'

This indicates that your SMS messages have been accepted for delivery by the SMS gateway and are saved into the outbox of the SMS gateway. Sometime after this, the following events can happen to your message:

1. delivered to network
2. delivery to the network is not possible
3. delivered to the handset
4. delivery to the handset is not possible

Depending on which one of these events occurs one of the following SQL commands will be executed on your database record:

If the "delivered to network" event occurs:

UPDATE ozekimessageout SET status='sent', senttime='$senttime' WHERE id='$id'

If the "delivery to the network is not possible" event occurs: UPDATE ozekimessageout SET status='notsent' WHERE id='$id'

If the "delivered to handset" event occurs: UPDATE ozekimessageout SET status='delivered' WHERE id='$id'

If the "delivery to the handset is not possible" event occurs: UPDATE ozekimessageout SET status='undelivered' WHERE id='$id'

If the status of the message stays in "sending", it indicates, that the Ozeki software has read the message from the database. The message was accepted for delivery and was stored in the outbox folder, but it was not yet accepted by the mobile network operator. It means that it is "waiting for delivery". In this case, if you look at the Graphical User Interface (GUI) of Ozeki SMS Gateway, you should see the message in your outbox.

If the status of the message stays in "sending" for a long time, it is highly probable that the messages are not delivered because the mobile network connection is not functioning in your system. To resolve this issue, please check if the service provider connection's link (SMPP, UCP, CIMD2) is working.

Customized operation of the SMS Gateway

To change this behaviour, you should modify the SQL templates used by the SMS gateway. This can be done by opening the "Send" or the "Receive" tab of the "Database configuration form" (Figure 1).

On this form, you can specify an SQL command that is valid in your database server. You can put stored procedures and complex SQL statements. As long as the SQL command can be executed, the SMS gateway can use it.

Conclusion

SQL templates provide a convenient and efficient way to customize the SQL commands used for accessing and manipulating database tables in the context of an SQL to SMS gateway configuration. By utilizing pre-written SQL queries that can be easily customized and reused, users can save time and ensure consistency in their database operations.

The default operation of the SMS gateway involves two tables, namely "ozekimessagein" for receiving SMS messages and "ozekimessageout" for sending SMS messages. Through the use of INSERT, SELECT, and UPDATE SQL commands, incoming and outgoing messages are appropriately managed within these tables. However, the SMS gateway's behaviour can be further customized by modifying the SQL templates, allowing users to tailor the system's operation to their specific requirements.

By updating the SQL templates through the provided database configuration form, users can specify their desired SQL commands, including stored procedures and complex statements, to be executed by the SMS gateway. This flexibility empowers users to adapt the system's behaviour according to their database server's capabilities and their unique needs.

https://ozeki-sms-gateway.com/p_8014-database-table-layout.html

Ozeki Database Table layout

Introduction

This document presents the characteristics of database tables used by Ozeki SMS Gateway. You can learn what each table and its columns can be used for.

Database name

The name of the database is ozekidb.

Incoming messages

The table of incoming messages is filled with data by Ozeki SMS Gateway, using SQL insert statements. The application can freely delete records from it. You can add new columns to the table.

SQL statements are available on their SQL SMS guide pages. (MS SQL Express SMS in and out tables, MySQL SMS tables, Oracle database SMS tables statements, PostgreSQL, SQL Anywhere)

ozekimessagein
Column name	Description	Example
id	This distinguishes incoming messages from each other. Every id has to be different.	1, 2, 3, ...
sender	This is the phone number of the sender of the message.	+36441234567, 06459876543
receiver	This is the phone number of the recipient of the message.	+36441234567, 06459876543
msg	This is the text of the message.	This is a message text.
senttime	This is the time of sending the message.	2024-04-23 10:02:13
receivedtime	This is the time of receiving the message.	2024-04-23 10:02:13
operator	This denotes which service provider connection was used to receive the message.	Vodafone1
msgtype	This denotes the type of the message.	SMS:TEXT, SMS:WAPPUSH, ...

Outgoing messages

The table of outgoing messages is read by Ozeki SMS Gateway, using SQL select statements. SQL update statements are used to set the statuses of sent messages. This is the table into which to insert a new row for a message to be sent.

ozekimessageout
Column name	M/O	Description	Example
id	Optional	This distinguishes outgoing messages from each other. Every id has to be different.	1, 2, 3, ...
sender	Optional	This is the phone number of the sender of the message.	+36441234567, 06459876543
receiver	Mandatory	This is the phone number of the recipient of the message.	+36441234567, 06459876543
msg	Optional	This is the text of the message.	This is a message text.
senttime	Optional	This is the time of sending the message.	2024-04-23 10:02:13
receivedtime	Optional	This is the time of receiving the message.	2024-04-23 10:02:13
operator	Optional	This denotes which service provider connection is to be used to send out the message. The default is ANY, which means that any of them can be used. (Then, the program will send out the message using the first service provider connection to have the free capacity to do the job.)	ANY Vodafone1
msgtype	Mandatory	This denotes the type of the message. The default is SMS:TEXT	SMS:TEXT, SMS:WAPPUSH, ...
status	Mandatory	This denotes the status of the message.	send, sending, sent, notsent, delivered, undelivered

Note

You can add other tables to these tables.

https://ozeki-sms-gateway.com/p_3981-sms-from-unixodbc.html

How to send SMS from unixODBC

This article provides a comprehensive guide on how to install and configure Ozeki ODBC, a powerful tool for sending and receiving SMS messages using an ODBC database. With detailed step-by-step instructions, accompanying screenshots, and an informative video tutorial, to ensure a seamless learning experience for users of all levels. Whether you're a beginner or an experienced user, this page will equip you with the necessary knowledge and skills to effectively utilize Ozeki ODBC for your SMS messaging needs. Unlock the potential of the Ozeki SMS gateway with unixODBC in just 15 minutes, install, configure, and start sending SMS seamlessly!

What is unixODBC?

UnixODBC is an open-source project that provides a standardized interface for database connectivity on Unix-like operating systems.

When and why do we use unixODBC?

We use unixODBC when we need a standardized interface for connecting Unix-based applications to different relational databases. This is particularly helpful for achieving cross-platform compatibility and facilitating integration with various middleware solutions.

What is ODBC connector?

ODBC connector allows standardized database connectivity on various platforms.

How to send SMS from unixODBC (Quick steps)

Send SMS from unixODBC:

1. Install UnixODBC
2. Download MySQL ODBC driver
3. Unzip ODBC Driver
4. cd to driver folder
5. Copy driver files
6. Install Unicode driver
7. Install ANSI driver
8. List installed drivers
9. Install ODBC database connection
10. Configure connection string
11. Congratulations! ODBC connection established

How to set up Ozeki SMS gateway using unixODBC (Video Tutorial)

In this quick 4-minute video, we'll guide you through the process of setting up the Ozeki SMS gateway using unixODBC. Starting from the installation of unixODBC and downloading the MySQL ODBC driver, we'll walk you through extracting and copying the driver files. Watch as we install both Unicode and ANSI drivers, listing them to ensure correct installation. The video takes you through the installation of the ODBC module in the Ozeki SMS Gateway app and setting up the connection string. We'll guide you through the process of successfully establishing the connection.

Step 1 - Install UnixODBC

To install UnixODBC, open a terminal window and type the following command (see Figure 1):

sudo apt-get install unixodbc

You will be prompted to enter your password. Once you have done this, the installation process will begin. Once the installation process is complete, you will be able to use UnixODBC to connect to ODBC data sources.

Step 2 - Download MySQL ODBC driver

To download the MySQL ODBC connector, first navigate to https://dev.mysql.com/downloads/connector/odbc/ From the provided drop-down menus, select your operating system and version under "Select Operating System" and "Select OS Version.", in our case it is the Linux - Generic and all. Click the "Download" button, next to the release that you want to download, in our case, it is the x86 version (see Figure 2). This will download MySQL ODBC driver to your computer, in a compressed file.

Step 3 - Extract the ODBC driver from the compressed file

Inside the terminal window, navigate to the directory where the compressed file is located, using the cd command. Here type in the following commands (see Figure 3):

gunzip mysql-connector-odbc-8.1.0-linux-glibc2.28-x86-64bit.tar.gz

tar xvf mysql-connector-odbc-8.1.0-linux-glibc2.28-x86-64bit.tar

The ODBC driver will be extracted to the current directory as a directory with the same name as the compressed file, without the .tar.gz extension.

Step 4 - Navigate to the driver folder

Inside the terminal window, type in the following command (see Figure 4):

cd mysql-connector-odbc-8.1.0-linux-glibc2.28-x86-64bit

The terminal window will change to the driver folder. You can then view the contents of the driver folder by typing the ls -la command and pressing Enter.

Step 5 - Copy driver files

Within the terminal window, enter the following commands (see Figure 5):

sudo cp bin/* /usr/local/bin

sudo cp lib/* /usr/local/lib

sudo cp lib/private/* /usr/local/lib

This will result in the copying of the driver files to the /usr/local/bin and /usr/local/lib directories. After the copying process is complete, you can utilize these files to establish connections to ODBC data sources from your applications.

Step 6 - Install Unicode driver

To install the Unicode driver, enter the following command into the terminal (see Figure 6):

sudo myodbc-installer -a -d -n "MySQL ODBC 8.1 Unicode Driver" -t "Driver=/usr/local/lib/libmyodbc8w.so"

The Unicode driver will be installed on your computer. Once the driver is installed, you will be able to use it to type and display Unicode characters.

Step 7 - Install ANSI driver

Install the ANSI driver by inputting the following command in the terminal (see Figure 7):

sudo myodbc-installer -a -d -n "MySQL ODBC 8.1 ANSI Driver" -t "Driver=/usr/local/lib/libmyodbc8a.so"

After the installation process, the ANSI driver will be accessible on your computer. Later, you can utilize the installed driver to input and showcase ANSI characters.

Step 8 - Display a list of installed drivers

To display a list of installed drivers, input the following command in the terminal and press Enter (see Figure 8):

myodbc-installer -d -l

A list of all installed drivers on your computer will be displayed in the command prompt window. The list will include the name and version of the driver.

Step 9 - Install ODBC database connection

On the Ozeki SMS Gateway homepage, navigate to the Users and Applications on the right-side Panel and click "Add new user/application." Scroll down to "Application interfaces" and click on "Install" next to SQL messaging. Continue scrolling down and install ODBC (see Figure 9). This simple process will set up the ODBC connection service in the Ozeki SMS Gateway.

Step 10 - Configure connection string

To configure ODBV connection fill out the form inside the General tab (see Figure 10).

• Driver: SQL ODBC Driver, what we displayed before (see Figure 8). In our case: {MySQL ODBC 8.1 Unicode Driver}
• Server: IP address of the SQL server. In our case: 192.168.0.126
• Database: Name of the Database. In our case: ozekidb
• User: Username. In our case: ozekiuser
• Password: password of the User. In our case: *********

If the form is filled correctly, press the "Ok" button. This will configure your Ozeki ODBC connection.

Successful ODBC connection

If you've completed the 10 steps, you're ready to launch the application (see Figure 11). To start the application, click the slide button located in the left panel. Check the Events tab to confirm a successful connection.

Summary

If you have followed the steps closely, you should be able to send texts using the unixODBC with Ozeki SMS Gateway without any problems. Our goal was to make it easy for you to understand all the details and avoid getting lost in the explanations. To ensure sustained success, concentrate on efficiently managing your SMS business. If you would like to discover more information about the advantages of other similar solutions, please open ozeki-sms-gateway.com. We hope this guide will be useful to all the readers and especially to beginners.

https://ozeki-sms-gateway.com/p_5706-how-to-send-sms-from-ms-sql-express.html

SMS from/to MSSQL

You can use Microsoft SQL Server or Microsoft SQL Express for sending and receiving SMS. Follow this page to send or receive SMS messages through Ozeki SMS Gateway's Database User. All you have to do is insert or read data rows from the appropriate SQL table by setting INSERT INTO and SELECT statements. The solution uses Ozeki SMS Gateway installed on your PC. This solution is divided into 4 sections:

What is MSSQL?

Microsoft SQL Server is a relational database management system developed by Microsoft. As a database server, it is a software product with the primary function of storing and retrieving data as requested by other software applications, which may run either on the same computer or on another computer across a network (including the Internet). Microsoft markets at least a dozen different editions of Microsoft SQL Server, aimed at different audiences and for workloads ranging from small single-machine applications to large Internet-facing applications with many concurrent users.

What is MSSQL Express?

SQL Server Express, Microsoft’s free database edition, can be utilized in the Azure Cloud by installing on an Azure Virtual Machine (VM) – for developing small server-driven applications. It can also be utilized for any production database that is sized at or below the current SQL. In this case it is used to send SMS through an SMPP client connection.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

MSSQL Installation
Create the database tables for SMS sending and receiving
Setup the MSSQL connection in Ozeki
Send a test SMS message

Please make sure you read the general SQL to SMS how to before continuing.

How to send SMS from MS SQL Express (Quick steps)

To send SMS from MS SQL Express:

1. Create database and tables
2. Launch the Ozeki SMS Gateway app
3. Add new SQL messaging application
4. Install MS SQL Express
5. Configure Connection settings
6. Enable MS SQL Express connection
7. Insert a text message into the database
8. Check the SMS message in the Sent folder

How to receive SMS with MS SQL Express database

This SMS receiving system makes it possible to receive SMS using an MS SQL Express Database. This system consists of a phone that will be used to send messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: The phone sends the message. The computer with the Ozeki SMS Gateway will store the message in an MS SQL Express Database Server. Your application could get the messages using an SQL Query. (Figure 1)

How to send SMS from MS SQL Express database

This SMS sending system makes it possible to send SMS using an MS SQL Express database. This system consists of a phone that will be used to receive the messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: Your application will send the message to the MS SQL Express Database Server. It will store and log your message, so the Ozeki SMS Gateway will be able to acquire it using an SQL Query. The message will be sent to the phone after it was acquired. (Figure 2)

How to send SMS from MS SQL Express database (video tutorial)

In this quick video tutorial, you will learn how to send SMS from MS SQL Express database. First, we need to create the databases themselves in the Command Prompt. Then, we add an MS SQL Express messaging interface to Ozeki SMS Gateway. Lastly, we can use this connection to send SMS using the previously created databases.

Create database and tables

To use this messaging function, please install and configure Ozeki SMS Gateway. After software configuration, please open its management consol so you can install a database user. You will be able to send and receive SMS messages with an SQL Express database server. It is required to add the database connection type as seen in the examples on this page. In SQL Express you should provide the parameters you can see on Figure 3:

Select 'Add new user or application'

First you need to be on the Home page of Ozeki SMS Gateway. Navigate to the right-hand side of the screen to Users and applications. Click on Add new user/application highlighted in blue (Figure 4). This will take you to a new screen where you can configure your new user.

Install SQL Messaging User

Under Application interfaces, you need to find SQL messaging. Click on the blue Install button (Figure 5). You will then be taken to another screen where you can select what type of SQL messaging interface you wish to create.

Install MS SQL Express connection

Find MS SQL Express among SQL messaging interfaces. Click on the blue Install next to it again (Figure 6). This will forward you to a configuration screen where you are able to set up your new MS SQL Express connection.

Define the MS SQL Express database connection details

The next step is to provide the details for your database connection (Figure 7). First you must type in the path of your Server along with the Port. Then you need to type in the name of your previously created database. Lastly, you must provide a username and a password for this connection. Click on OK to complete the configuration.

Enable MS SQL Express connection

With your connection successfully created, you may now enable it. Turn the connection on by clicking on the switch button on the left (Figure 8). The switch turns green to indicate that it has been turned on. Now everything is ready to use the MS SQL Express connection for sending SMS.

Insert message to the database table

Start by going into the SQL tab of MS SQL Express connection. You need to insert the message into the database by typing this piece of code into the text editor (Figure 9). Click on the Execute button below to run the code and insert the message into the database.

SMS message sent

After executing the SQL code, navigate to the Sent folder (Figure 10). This folder is found inside a menu on the left. Inside this folder you will find that the SMS message has been successfully sent.

Congratulation for configuring a database user! Now you should create a database layout by using SQL Express. Receiving and sending text messages will work on separate SQL tables ('ozekimessagein' and 'ozekimessageout'). You can control these tables by using the INSERT and SELECT statements. To create a database layout, please open a windows command prompt and run 'cmd.exe' to start the SQL Command interpreter.

sqlcmd

SQL Express will start running, so you can type your statements in the command interpreter. If the command interpreter cannot connect to SQL Express, please read How to connect to SQL Express using the SQL command line utility. Please type the following statements to create tables and add 'sysadmin' rights to your database user (Figure 1). Although you can give any table name you wish.

CREATE DATABASE ozeki
GO

USE ozeki
GO

CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);

CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);

GO

sp_addLogin 'ozekiuser', 'ozekipass'
GO

sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

Figure 1 - CREATE TABLE statement. It also adds rights to 'ozekiuser'

Later on, you can use the command prompt to modify the size or data type of the SMS messages.

Now you are ready to send your first SMS message by inserting a record into 'ozekimessageout'.
Use the following SQL statement example:

insert into ozekimessageout (receiver,msg,status) values ("+44111223465","Hello
 world","Send");
GO

Tip: SQL Express is free and can be downloaded from the following URL:
https://microsoft.com/en-us/sql-server/sql-server-editions-express

Trouble shooting

In some systems it is harder to connect to SQL Express. If this is the case, you can see the following error message:

ERROR 6001: Database connection error: The 'SQLNCLI' provider is not registered on the local machine..

SQLNCLI should be installed with SQL Express. This error shows that it is not installed on your machine. Please try to change the provider to 'sqloledb', so you can use OLE DB. By changing the provider the connections string changes as well:

Connection type:

OLE DB

Connection string:

Provider=SQLOLEDB;Data Source=.\SQLEXPRESS;User ID=ozekiuser;
password=ozekipass;Database=ozeki;Persist Security Info=True

Or change the whole connection type to:

ODBC

and use the following connection string:

Driver={SQLServer};Server=.\SQLEXPRESS;User ID=ozekiuser;
password=ozekipass;Database=ozeki;Persist Security Info=True;

Or change the whole connection type to:

SQLServer

and use the following connection string:

Server=.\SQLEXPRESS;User ID=ozekiuser;password=ozekipass;
Database=ozeki;Persist Security Info=True;

One of the 3 strings above should fix this ERROR.

Microsoft SQL Server 2019

Try the following string if you need to connect to Microsoft SQL Server 2019:

Provider=SQLOLEDB.1;Data Source=YourHostName;Persist Security 
Info=False;Integrated Security=SSPI;User ID=UserName;
Password=User'sPassword;Initial Catalog=DatabaseName

How to test sms sending with your SQL server

If you wish to test SMS functionality without actually connecting to the mobile network, you have two options: You can use the built in sms tester connection or you can setup two sms gateways to have a more realistic testing environment. The first option is an excellent choice for performance testing. The second option is better because it allows you to test all aspects of mobile messaging.

If you setup two sms gateways, you need to configure the first SMS gateway as an SMPP simulator. This SMS gateway will provide SMPP server service to the second SMS gateway. It will operate the same way the SMSC of a mobile network operator would operate. The second SMS gateway will connect to the first using an SMPP client connection, and it will provide SQL to SMS service to your applications.

Summary

Thank you for sticking with us by the end of this article. Hopefully this tutorial was helpful and informative in bringing you closer to using Ozeki SMS Gateway and MS SQL. To learn more, check out our other tutorials, videos and guides on various other topics. Ozeki SMS Gateway offers many more solutions to different tasks and processes.

https://ozeki-sms-gateway.com/p_3338-how-to-setup-sql-express-on-windows-11.html

How to send SMS from MS SQL with Ozeki SMS Gateway

Use MS SQL Express with Ozeki SMS Gateway's easy connectivity to improve business communications. Automate SMS processes for quick, reliable notifications across a variety of platforms. Set up Ozeki SMS Gateway on your server without any inconvenience and save important SMS data in a MS SQL Express database. With custom searches and SQL triggers, simplify your processes by connecting SMS messages with users and clients. Take advantage of this effective SMS solution to up your business communication game immediately.

How to send SMS from MS SQL with Ozeki SMS Gateway (easy steps)

To send SMS from MS SQL with Ozeki SMS Gateway:

1. Download Microsoft SQL Server Express
2. Run the installer and complete the installation
3. Create a database schema with CommandPrompt - sqlcmd
4. Connect Ozeki SMS Gateway to MS SQL Express
5. Send a test message from MS SQL Express using Ozeki SMS Gateway

Install MS SQL Express

Microsoft SQL Server Express is a lightweight, free version of SQL Server designed for small-scale applications and learning purposes. To install it, download the appropriate version from Microsoft's website and run the installer. The following video will guide you through the essential steps of installing Microsoft SQL Express on your computer. Complete the process with ease by following the given instructions in the video. Once the installation is complete, you can start using SQL Server Express in collaboration with Ozeki SMS Gateway for SMS sending, database management, application development, and more.

Create database schema

In this short, easy-to-follow video you can learn, how to create a database schema using CommandPrompt - sqlcmd. CommandPrompt - sqlcmd is a command-line tool in Microsoft SQL Server that enables users to interface with databases by executing T-SQL commands from the command prompt or script files. Direct connection to SQL Server, query execution, and administration operations are all possible using the command-line interface.

Connect SMS Gateway to MS SQL Express

To connect an SMS gateway to MS SQL Express, follow the instructions provided by this video. It will walk you through setting up the Ozeki SMS gateway, obtaining the essential API keys, or configuring the connection parameters necessary for a successful integration. We'll demonstrate the process of developing custom integration code to make it easier for the Ozeki SMS gateway and your Microsoft SQL Express database to communicate smoothly, ensure efficient SMS management.

Send test message

Most business applications are database-driven, so it makes sense to use the database for SMS as well. SMS messages stored in the SMS database can be easily linked to users, customers, and other business data, allowing you to use custom queries and take advantage of SQL triggers and stored procedures to maximize the efficiency of your SMS communication. In this video, we'll guide you through the process of sending test messages with MS SQL Express using the Ozeki SMS Gateway.

https://ozeki-sms-gateway.com/p_5709-send-sms-from-mssql.html

MSSQL Installation

This page gives you the steps you need to take to download, install and configure Microsoft SQL Server (Express edition). Microsoft SQL Server is a database server by Microsoft. It is a software product that primarily aims to store and retrieve data requested by other applications. Microsoft SQL Server and Microsoft SQL Express are basically the same products, so the steps to get them up and running are pretty much the same.

Content
1. Download MSSQL Express
2. Install MSSQL Express

---

Please jump to the video or if you scroll down you can find screenshots that describe the installation details of MSSQL from the downloading and installing the package, through instance creation until creating the administrator account's password.

The first step is to visit the SQL Server 2019 official download page. You can do this by following this link. Here, please click the download link. Your computer will start to download the required data. After you have all the necessary files, you can proceed to the next step. You can see the download page on Figure 1.

Now you have to find the downloaded SQLServer2019-SSEI-Expr.exe file. By default, this will be on your Downloads folder. (Figure 2) Find it and run the .exe file to start the installation procedure.

The first step of the installation process is defining the type of installation you want to execute. You have 2 options. If you are installing the SQL Server 2019 to your computer the first time, please choose the first option which is the installation. The second option lets you add featured to an existing copy of the software. You can see a more detailed explanation of both options on Figure 3.

To legally own a copy of the SQL Server 2019, you need to accept Microsoft’s Software License Terms. To proceed, please click the Accept button. You can find it on Figure 4.

Now you have the chance to define the installation location of the program. By clicking the browse button, You can navigate to the folder you want the program’s necessary files to be located in and click Ok. Make sure that there are enough free space on the drive you are choosing. You can see the minimum space the software required on the right side of the window, as you can see on Figure 5. Click “Install” if you have found a suitable install destination.

Now the installer will guide you through the process. First, it will download the install package to your computer. This should not take long but could depend on your internet speed. You don’t have anything to do on this window, just wait until it jumps to the next window. You can see the downloading process on “Figure 6”.

Now if the installation is finished, you will be presented with the summary panel. You can see that the setup was successfully done. You can see that under the details, it notifies you that the installation was successful. If you want to see the summary log file, you can see the location of it down in a form of an access path. To proceed, press the Close button. You can see the summary window on Figure 7.

If you close the installer, you will be presented with the SQL Server Installer. Press the customize button to proceed to the next step, where you can search for an update and set the installation preferences. You can see the button on Figure 8.

Now the program will guide you through a setup guide. The first step is to check for updates and install them. If your program is up to date, it should not take long before you can proceed to the next setup step. You can see the scan result on Figure 9.

You have the opportunity to choose which type of installation you wish to do here. The first one is the new installation which installs every necessary instance with the program. The other option is suitable if you already have a working SQL Server on your computer but wishes to add some other features to it. Please choose the first option. You can get more information about both of the options on Figure 10.

On the Feature Selection window, you can select which components should the program install. We advise you to install every possible feature, because that way your program will be more versatile. You can see all the options on Figure 11.

Here you can configure your Instance. You can name it and give it an ID. If you decided a good name for it, please click the Next button. You can see all the configuration possibility on Figure 12.

In this window, you could specify the service accounts for your SQL Server services. Service accounts are non-human accounts which has more access to server resources than a normal user account. We recommend selecting different service accounts for your different SQL services. (Figure 13)

On Figure 14, you can see the Database Engine configuration panel. It provides the information for the server authentication. Please type in the Administrator account’s password for that computer. If you have it filled in, click the Next button.

Now you have everything set up, you can start the installation procedure. The computer will do everything for you. You just need to wait out the installation. On Figure 15, you can see how the PC will inform you about the progress.

After the installation is finished, you will see the Complete window, as you can on Figure 16. As you can see, both the Database Engine Server and the SQL Server Replication is installed successfully. You are finished with the installation.

Now as the last step of the installation, Click the connect now button which will open you a command prompt, as you can see on Figure 17.

Now you should type in the code seen on Figure 18, but make sure to modify it with you own computers credentials after the DESKTOP part. Pres enter and it will do everything for you. Now you are finished with the installation and have a working MS SQL Server.

Create database layout

create database ozekidb
GO
 
use ozekidb
GO

sp_addLogin 'ozekiuser', 'ozekipass'
GO
 
sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

sqlcmd -U ozekiuser -P ozekipass

use ozekidb
GO

CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);
 
CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
 
GO

https://ozeki-sms-gateway.com/p_5710-database-table-definition-for-storing-sms.html

MSSQL Database layout for SMS

This page gives you the database layout to use when you wish to setup an SQL to SMS solution. You will see that two database tables need to be created. One will be used for sending SMS messages and the other for receiving. This guide shows you how to connect to your MS SQL server and how to create these two database tables.

Content
1. Connect to MSSQL Express
2. Copy CREATE TABLE statement
3. Run CREATE TABLE statement

---

Please scroll down to copy the CREATE TABLE statements used in the video. If you have created the database in MSSQL Express, you can jump to the next video.

First, you need to be able to create SQL databases with a Command Prompt. To do this, please run “cmd” on your computer, and type in “sqlcmd”. After pressing enter, you will be able to run sql statements directly from cmd. These statements create the database for the incoming and outgoing messages, the login credentials and sets the required rights for the users. You can see the result of the on Figure 1.

Now you need to login to create SQL databases with the created user. To do this, please run “cmd” on your computer, and type in “sqlcmd -U ozekiuser -P ozekipass”. (Figure 2) After pressing enter, you will be able to run sql statements directly from cmd with the rights of the created user.

sqlcmd -U ozekiuser -P ozekipass

After it you need to create a table which is suitable for the Ozeki SMS Gateway. Here on Figure 3, we provide you a statement which creates the perfect SQL table for your needs. If you are familiar with SQL, feel free to modify the code to your exact liking.

use ozekidb
GO

CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);
 
CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(255),
 receiver varchar(255),
 msg nvarchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
 
GO

Figure 3 - CREATE TABLE statement

To make the tables, you need to give the “sqlcmd” some statements. Copy the code from Figure 3. These statements create the tables for the incoming and outgoing messages.

Now please paste the copied code form the previous step, into the sqlcmd which you created on Figure 1. This way the program can understand and execute the statements. Here in this step, you can modify the provided code, if you are familiar with the SQL language. Press enter to run the code and create the tables. You can see the code inside the sqlcmd on Figure 4.

We hope that this guide was helpful. If you have any problem with any of the steps, feel free to contact us at info @ ozeki.hu

https://ozeki-sms-gateway.com/p_5711-configure-ms-sql-to-send-receive-sms.html

Create an MSSQL connection in Ozeki

This guide explains, how you can create a database connection in Ozeki SMS Gateway to your MS SQL database server. This connection will be used to SELECT your outgoing messages from the outgoing database table, and to INSERT your incoming SMS messages into the incoming database table. If everything goes well these steps can be completed in about 5 minutes.

Content
1. install
2. provide
3. connect

---

If you have created the database in MS SQL, you can jump to the next video. Although you can precisely examine the sequence by looking through the screenshots.

First you will need to create a new SQL messaging application. To do this, please start the Ozeki SMS Gateway. You can find the SMS Gateway icon on the Ozeki 10 Desktop if you have it installed. Click on it twice to launch the application. You can find the icon on Figure 1.

Now add a user application. To do this, please search for the “New user application” button on the right. You can find it with the help of Figure 2. Click it to get to the screen where you can choose the interface of the new user application.

The Ozeki SMS Gateway handles various interfaces. You can send and receive SMS messages with a TXT file, HTTP client or an FTP server. Now please choose the SQL messaging option. Click on the “Install” button to proceed. You can see your options on Figure 3.

On this step, you get to decide which SQL Management tools you wish to use. The Ozeki SMS Gateway will establish a connection with the selected software. You can see your options on Figure 4. Click on the “Install” button to proceed to the next step.

Now you get to configure your new SQL connection. You need to provide a unique name for your connection. This can be anything that helps you identify it later. On the fields below, you need to provide your server’s properties. You can see our example configurations on Figure 5. Click the “OK” button to proceed to the final step.

You have finished the configuration of your MS SQL Server. You can see the connection properties on the left side of the window. You can see that now the “connection” in turned off. You need to enable it by clicking on it. If you have done it, it should look like on Figure 6. Now you have your connection properly set up.

https://ozeki-sms-gateway.com/p_5712-send-a-test-sms-from-mssql.html

Send a test SMS from MSSQL

This guide explains how you can send an SMS message from your MSSQL database server. The procedure is simple: you need to insert a record into the outgoing database table. The guide will give you the INSERT statement you should use. After the record is inserted, the Ozeki SMS Gateway will update it multiple times to give you information about the status of the message submission procedure.

Video content
1. Insert message into database
2. Send test message

---

Look at the upcoming screenshots to thoroughly examine the final stage, which is SMS sending.

Sending a test message is good for checking if your connection works properly. You can use the Ozeki SMS Gateway to compose a test message and send it. First you need to open your SQL User, which is using the MS SQL Management tools. You can find all your connection on the “User and application” panel on the right side. Click your SQL User to watch its details. You can find it with the help of Figure 1.

On this next panel, you can execute new SQL statements. To run a code, type it into the filed below the “Execute” button. You can find it with the help of “Figure 2”. We provide you an example code snippet, which send a “HelloWorld” message to the provided number. You can find it on Figure 3. Please modify the code with an existing phone number. You can type in the phone number in the “values” bracket. It should be the first attribute. If you are familiar with SQL, feel free to modulate the code as you like.

If you execute this code (Figure 3), it will send the message “HelloWorld” to the number “+44111223465”. To modify the code, find the “values” bracket, where you can rewrite the text of the message and the receiver’s phone number.

INSERT message record (example):

USE ozeki
INSERT INTO ozekimessageout (receiver,msg,status) values ("+44111223465","Helloworld","Send");
GO

Figure 3 - Copy INSERT statement

On Figure 4, you can see that the connection is working and the Ozeki SMS Gateway communicates with the SQL Database management tool you are using. It will notify you of every event upon happening. If something is not working as intended, you will get more information about the error here. It is important to supervise every occurrence on the connection. If your get no error, that means that your server is working as intended, so you are capable to send messages from the Ozeki SMS Gateway.

https://ozeki-sms-gateway.com/p_5707-why-cant-i-send-sms-from-mssql.html

MS SQL connection troubleshooting

This guide is intended to give you hints, that might help you fix a broken Microsoft SQL Server or Microsoft SQL Express connection. In general, a reinstallation of the database server usually fixes the problem, but in most cases reinstallation is not an option. Here are the things to check if you cannot connect to your SQL server:

1. Please use the SQL Server configuration manager to check if both TCPIP and Named Pipes are enabled for the database server instance.

2. Make sure SQLBrowser service is up and running.

3. Check if the TCPIP and Named Pipe protocols are enabled to be used in the SQL Client.

4. Open the error log to find the SQL database instance and make sure there are no ERROR messages for TCPIP and Named Pipes. The logs can be found at: C:\Program Files\Microsoft SQL Server\MSSQL.x\MSSQL\LOG

5. You should also find the port number, and check if the port number configured in the server and client are identical.

6. Please try different protocols by testing them with 'sqlcmd'. One of the following 'sqlcmd' commands should work.

sqlcmd -S np:\\127.0.0.1\pipe\MSSQL$instancename\sql\query
sqlcmd -S tcp:servername\instancename
sqlcmd -S tcp:servername\instancename,portnumber

Tip: Check that you use the correct servername, instancename and portnumber for your database server.

7. If it is still not possible to connect, please change this registry key:

HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Microsoft SQL Server\MSSQL.1\MSSQLServer

LoginMode=2

https://ozeki-sms-gateway.com/p_5799-how-to-send-sms-from-microsoft-access.html

SMS from/to Microsoft Access

This article is a detailed guide on sending SMS from/to Microsoft Access. You can simply start to send and receive SMS messages through Ozeki SMS Gateway's Database User by using Microsoft Access database tables. All you have to do is insert or read data rows from the appropriate SQL table by configuring INSERT INTO and SELECT statements for the user. This page shows how to install and prepare the Database User in the browser GUI of Ozeki SMS Gateway. Additionally on the next page you can see how to use Microsoft Access with a few simple screenshots.

This example contains a database that you can download from here:

ozeki_database.accdb

What is Microsoft Access?

Microsoft Access is a database creation program that allows for anyone to easily maintain and edit a database. It is suitable for anything from small projects to large businesses and is a very visual program. This makes it great for performing data entry, as you don't need to work with tables and spreadsheets. In this instance we can use a Microsoft Access database, along with Ozeki SMS Gateway to send and receive SMS messages.

What is Ozeki SMS Gateway?

Ozeki SMS Gateway is a powerful SMS Gateway software you can download and install on your Windows or Linux computer, or to your Android mobile phone. It provides an HTTP SMS API, that allows you to connect to it from local or remote programs. The reason why companies use Ozeki SMS Gateway as their first point of access to the mobile network, is because it provides service provider independence. When you use Ozeki, the SMS contact lists and sms data is safe, because Ozeki is installed in their own computer (physical or virtual), and Ozeki provides direct access to the mobile network through wireless connections.

How to send SMS from/to Microsoft Access

In this video tutorial you will learn how to send and receive SMS using Microsoft Access and Ozeki SMS Gateway. First you need to open Ozeki SMS Gateway and create a Microsoft Access messaging connection. Then, you need to download the example project found above, and set it as data source for the connection. Doing this will enable you to send SMS from the SQL tab of your Microsoft Access messaging connection.

How to receive SMS with Microsoft Access database

This SMS receiving system makes it possible to receive SMS using an MS Access Database. This system consists of an Android phone with the Ozeki SMS Gateway running, that will be used to send messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. You can learn how the procedure works from the following paragraph:

The phone sends the message. The computer with the Ozeki SMS Gateway will store the message in an MS Access Database Server. Your application could get the messages using an SQL Query. (Figure 1)

How to send SMS from Microsoft Access database

This SMS sending system makes it possible to send SMS using an MS Access Database Server. This system consists of a phone, with the Ozeki SMS Gateway running on it, that will be used to receive the messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: Your application will send the message to the MS SQL Database Server. It will store your message and the Ozeki SMS Gateway will be able to acquire it using an SQL Query. The message will be sent to the phone after it was acquired. (Figure 2)

Basics of Microsoft Access connection

The Database User can connect to your Access database tables. Keep in mind to create two tables. One for receiving and the other one for sending messages. The table structure should match the one in the MS SQL configuration, which basically consists of an ozekimessagein and ozekimessageout table. Finally, you should write SQL statements to work with these tables. At the bottom of the page, you can find some UPDATE statements to use on the sent message records.

Add Database User

Make sure that your Ozeki SMS Gateway is connected to your GSM modem or IP SMS service provider. For example SMPP, CIMD2 or UCP/EMI are accepted service provider connections. After you are able to manually send and receive SMS messages with SMS Gateway, you can install (Figure 1) and configure a Database User as you can see below.

You should start by selecting 'Users and applications/Add new user or application' from the top menu then search the SQL messaging User and then select the MS Access user. Click the blue 'install' button next to it as you can see on Figure 3.

Configure Database User

Database User is highly advised to connect to the most common databases. Here you can find the list of supported databases. After using a connection string to connect to your database, you can set which SQL statements to use in Ozeki SMS Gateway.

Connect to your Microsoft Access database with the help of an ODBC connection string, which points to your database through your ODBC driver. Please type the path of the database file as seen on Figure 4.

Set SQL templates

After setting the connection string, it is time to set the SQL templates. These statements are required to update the outgoing message table, which is most likely called 'ozekimessageout'. The default statements in Ozeki SMS Gateway will not work with Microsoft Access databases. This is why you are highly suggested to check the following figures (on Figure 5) to make some minor changes like moving the apostrophe (' ') surrounding the $id keyword.

Congratulation! You have properly configured Ozeki SMS Gateway to send SMS messages from your Microsoft Access database. You are recommended to test it by INSERT-ing your first SMS message to your outgoing message table. The SMS Gateway's Database User is capable to read these message record and update them as described above from Figure 3. Please, visit to the Microsoft Access 365 or Microsoft Access 2013 tutorial for details.

Summary

The article above will show you how to send and receive SMS messages through Ozeki SMS Gateway's Database User by using Microsoft Access database tables. The Database User can connect to your Access database tables, you just have to create two tables and use the given SQL statements to work with these tables. Manage your messaging system using Microsoft Access is very convenient because all of the messages are stored in a system that was designed for easy lookups.

The information you have obtained is valuable, there are further useful documents on the Ozeki website, do not stop here. It is a good idea to read the article titled SMS from/to Oracle.

Now download the Ozeki SMS Gateway and keep going!

https://ozeki-sms-gateway.com/p_5801-send-and-receive-sms-in-ms-access-2013.html

Send SMS from Microsoft Access 2013

You will see detailed information on this page to show how to send and receive SMS messages with Microsoft Access 2013 database tables. Please follow these steps and screenshots to configure the connection to perfectly read lines from the outgoing message table and paste lines to the incoming message table. The default table names are 'ozekimessagein' and 'ozekimessageout'.

On the previous page, you might have read how to connect to the Access 2013 database and set the SQL statements, but on this page, you can see it from the aspect of your Microsoft Access database. At the bottom of this page, you can see how to send and receive messages with simple examples.

This example contains a database that you can download from here:

ozeki_database.accdb

What is Microsoft Access?

Microsoft Access is a database management system that is a product of Microsoft. It is one of the most commonly used database management system.

To send SMS in Microsoft Access 2013:

1. Download the database
2. Create two tables
3. Open the Database user
4. Remove apostrophes the statements
5. Execute the Insert statement
6. Send a message
7. Watch the log of received message
8. Run the SELECT statement
9. Read the incoming messages

How to connect SMS Gateway to this Access database example

After you have downloaded 'ozeki_database.accdb', please place it to a selected folder. In this tutorial, it has been saved to the desktop (Figure 1) Although you can save it to any other location. Just make sure that there is enough place on the destination drive, and you can remember the access path of the file.

Open the location of the file

Please memorize the file's location. Later on, you will have to use this path in the connection string. You can check the path from the 'File Explorer' (Figure 2). The file is an Access 2013 database file that is recognizable by the .accdb file extension. Open the file to start working with it in Microsoft Access 2013.

The 'ozekimessagein' table

Just before you start configuring your database connection, please create these two database tables: 'ozekimessagein' table. (Figure 3) This will serve as an inbox folder. The incoming messages will be downloaded and stored here. You will have to create two tables for the database to work.

The 'ozekimessageout' table

The other table will be the 'messages to send' table. The 'ozekimessageout' table will be the table where you create messages. The database user will send these messages, to an address defined in the designated field. (Figure 4)

Provide connection settings

It is assumed that you have already created the Database User. The Database User can be installed on your Ozeki SMS Gateway. It will be used as a way of communication between the database and the Ozeki SMS Gateway. It is a necessary aspect of the system we are creating now.

Keep in mind to change the 'Data Source=' parameter to the location of 'ozeki_database.accdb' (Figure 5).

Remove apostrophes from all the statements

After creating the new MS Access user, you need to go to the configure tab page. There you will find code snippets. You can get more information about the codes from the little explanation text under the code (Figure 6). Make sure to delete the ' ' characters from the $id parts. This way all the codes will work correctly.

Now it is ready to use the configuration of the connection.

Testing the configuration

When testing, you should use both tables. The one which was created for incoming messages and the one which was created for outgoing messages. In these examples, these tables are called 'ozekimessageout' and 'ozekimessagein'.

To test the configuration, you should INSERT a message record into the outgoing messages table (Figure 7), which is called 'ozekimessageout' in the current example. These messages can be SELECT-ed (polled) by configuring the Database User here:
'SQL for sending' tab page and 'Polling' sub-tab page. Please search these options in the SMS Gateway's browser GUI.

The sent message

The 'status=' parameter of the message record will change from 'Sending' to 'Sent' to 'Delivered'. The sent message will be visible in the Database User's Sent folder (Figure 8).

Receiving messages

If an incoming message log event is displayed in the Database User's event log (Figure 9), the message entry will be INSERT -ed in the incoming message database table. The INSERT statement can be configured in the 'SQL for receiving' tab page of this Database User's configuration panel. This is the statement which INSERT-s incoming messages.

Run the SELECT statement

In this example, the incoming message table is called 'ozekimessagein'. This is where those SMS messages are INSERT-ed, which are received by the Database User. You should run a SELECT statement on it (Figure 10) to read all of the messages (Figure 11).

Read the incoming messages

All of the incoming messages can be read after running a SELECT query on 'ozekimessagein' (Figure 11). With this SELECT statement, you can always check your incoming messages.

To sum it up

We hope you found it easy to follow the steps. We did our very best to make it simple and to walk you through all the details as painlessly as possible. If you have followed the steps closely, you should be able to save SMS in MS Access 2013. If you have already completed the steps, I am sure, if you let your girlfriend (or boyfriend) know, you will be rewarded. If you would like to get to know more about the benefits of other similar solutions, please open ozeki-sms-gateway.com.

https://ozeki-sms-gateway.com/p_6909-how-to-setup-microsoft-access-365.html

How to install Access 365

Installing Access 365 is really beneficial for your company or small business because it is easier to manage and store large amounts of data than in excel or any other spreadsheet applications. This tutorial will guide you through the step you need to take in order to have a working copy of the Access desktop application. It is a step-by-step guide that should not take more than five minutes.

What is Access 365?

Access 365 is a widely used information management tool. Its most frequent usage is information storage, report and analysis making.

How to install Access 365? (Short instructions)

To install Access 365:

1. Launch the browser
2. Visit the office download page
3. Download premium office apps
4. Run the installer
5. Wait for installer to finish
6. Close the installer
7. Open Access
8. Add a new blank database

Download Premium Office apps

The first step is to go to office.com and if you're not already signed in, select Sign in. After signing in, select the Install Office option in the top right corner and then choose Premium Office apps as you can see on Figure 1. Your browser will now start the download process. It should not take more than a couple of minutes.

Open the installer

Now if your browser is finished downloading the Office installer, open it. Do so by clicking the Open file button. It is located on the OfficeSetup.exe item on the downloads bar of the browser (Figure 2). After you click it, the installer will start downloading your apps.

Wait for the download process

Now the installer is downloading and installing all the Office premium apps. You will be able to use: Word, Excel, PowerPoint, Outlook, OneNote, Teams and Access with this package. (Figure 3) You have nothing to do here, just wait for the installer to finish the installation process.

Close the installer

Your install is finished when you see the phrase, "You're all set! Office is installed now" and an animation plays to show you where to find Office applications on your computer. Select Close Figure 4. Now you can start using all the Office apps on your computer.

Open Access

To open Microsoft Access app, open the Start menu and start searching for the Access icon. The other method is to open the Start menu and start typing 'Access'. (Figure 5) Now the Windows will search for the Access app and find it. Click the icon to open the app and start working.

Open a blank database

Now you have the Access app opened. You can start managing databases and create queries with it. (Figure 6) The application will be able to handle multiple databases and can be connected to a database server. It also can be connected to the Ozeki SMS Gateway.

Final thoughts

Now, you can pause and catch your breath. We did our very best to make it simple and to walk you through all the details as painlessly as possible. By following the above instructions, you can create the solution quickly. Now you can use the Office 365 to manage and create databases. You have seen the advantages it can bring. If you have already completed the steps, I am sure, if you let your boss know, you will be rewarded. If you would like to get to know more interesting facts about the benefits of other similar solutions, please open ozeki-sms-gateway.com. I hope this guide will be useful to all the readers and especially to beginners.

https://ozeki-sms-gateway.com/p_6924-how-to-create-sms-tables-in-access-365.html

How to create table structure in Access 365

Before you start to configure your database connection in Ozeki 10 SMS Gateway, you need to create two database tables in the Microsoft Access 365: "ozekimessagein" and "ozekimessageout". From this guide you can learn how these tables should be created. This guide is aimed at beginners. The process will take about 10 minutes to perform. Don’t waste any more time. Let’s create the databases now.

What is Access 365?

Access 365 is a widely used information management tool. Its most frequent usage is information storage, report and analysis making.

What is a table in Access?

A table is an object in a database. It is used to store data. A table has records (rows) and fields (columns).

How to create table structures in Access 365?

Int this video, you will learn about the process of creating tables. It will start with a blank database and will end with two finished tables. You will learn how to create tables and how to configure it. The video is only a little longer than 2 minutes and very detailed. You will have no problem following this step-by-step tutorial. This guide is for beginners, you don't need and previous knowledge of the topic to complete the process.

Create the first table

After opening a blank database file, click the View button in the upper left corner to switch to the Design view of the table. A window will appear where you need to enter the name of the table. In this case, it will be ‘ozekimessagein’ (Figure 1). After this step, you will be able to design the ‘ozekimessagein’ table.

Enter the field names

Now, modify the new blank table. Complete the field names column as seen on Figure 2. Make sure to complete it precisely so the Ozeki SMS Gateway can work with it. The first row in the column should be the ID with the AutoNumber data type. Every other datatype will be Short Text from here. The second row should be named sender, then receiver, msg, senttime, receivedtime, operator, msgtype and reference. Be sure to not make any typing mistake.

Save the table

Now you have this table finished. All you have to do is save the settings of the table. You can save the table settings by right-clicking on the table name as you can see in the Figure 3. This way the table will be stored on your computer, and you can start using it with the Ozeki SMS Gateway.

Create the second table

You need a second table for the message you wish to send. This table will be used as an outgoing messages table. Create a new table by opening the Create tab page (Figure 4). There, you will find the Table button. Click it to open the table creator. There you will be able to modify the new table.

Name the second table

Click the View button in the upper left corner to switch to the Design view of the table. A window will appear where you need to enter the name of the table. In this case, it will be ozekimessageout (Figure 5). Click the OK button if you finished. This way the table will be stored on your computer, and you can start working with it.

Enter the second table field names

Here, you need to enter the Field Names similarly to the other table. ID with AutoNumber data type and sender, receiver, msg, senttime, receivedtime, operator, msgtype, reference with Short Text data type. The only difference here is that you should add a new row called status with the Short Text data type (Figure 6). This way, the table will be suitable to use as the ozekimessageout table.

Save the final database

Now you are finished with the database. You can now save the database and start working with it. To do so, open the File tab page and find the Save As button located on the left-side panel. Click it and you will see a Save Database As button. Click it to save the database to a custom directory. Choose a directory and save the database. Now you are finished with the tutorial.

Conclusion

Congratulations, you are finished with this tutorial about creating tables in Access 365. We did our very best to make it simple and to walk you through all the details as painlessly as possible. Now you are capable of creating tables with the correct data type.

Worth noting, that if you wish to use the database for messaging, the best solution is to use it with the Ozeki Sms Gateway, which is a very powerful gateway software capable of sending up to 1000 SMS per second. You can also track your SMS traffic and the cost of it. If you wish to know more about the Ozeki SMS Gateway application, visit the ozeki-sms-gateway.com page where you can learn about the full potential of the gateway.

I hope this guide will be useful to all the readers and especially to beginners.

https://ozeki-sms-gateway.com/p_2152-how-to-send-sms-from-microsoft-access-365.html

How to send SMS from Microsoft Access 365

You will see detailed information on this page to show how to send and receive SMS messages with Microsoft Access 365 database tables. Please follow these steps and screenshots to configure the connection to perfectly read lines from the outgoing message table and paste lines to the incoming message table. The default table names are 'ozekimessagein' and 'ozekimessageout'.

On the previous page you might have read how to connect to the Access 365 database and set the SQL statements, but on this page you can see it from the aspect of your Microsoft Access database. At the bottom of this page, you can see how to send and receive messages with simple examples.

This example contains a database which you can download from here: ozeki_database.accdb

What is Access 365?

Access 365 is a widely used information management tool. Its most frequent usage is information storage, report and analysis making.

How to send SMS from Microsoft Access 365 (Video tutorial)

In this video, you will learn about the process of sending SMS messages from Access 365. It will start with opening the previously created database and will take you all the way to reading your incoming messages. You will learn how to configure the connection settings and how to test your solution. This video is only 2:27 long but it contains all the information you need to finish the project. We are using the Ozeki SMS Gateway application in this tutorial which offers a very intuitive user interface, so you will have no problem with completing the tutorial.

How to connect SMS Gateway to Access database

After you have downloaded 'ozeki_database.accdb', please place it to a selected folder. In this tutorial it has been saved to the C:\Ozeki\ folder (Figure 1) Although you can save it to any other location. Please memorize the file's location. Later on, you will have to use this path in the connection string. You can check the path from the 'File Explorer' (Figure 1). The file is an Access 365 database file.

'ozekimessagein' table

Just before you start configuring your database connection, please make sure that the 'ozekimessagein' table is created on your computer. On the previous tutorial page, we discussed the process of creating the 'ozekimessagein' and the 'ozekimessagout' table. Make sure to check it if you have yet to create the tables.(Figure 2).

'ozekimessageout' table

On figure 3, you can see the 'ozekimessageout' table. Make sure that this table is also created on your computer. Without the two tables, the system will not work. These tables are responsible for storing your incoming and outgoing messages.

Configure the connection settings

It is assumed that you have already created the Database User. The Database User can be installed on your Ozeki SMS Gateway. Keep in mind to change the 'Data Source=' parameter to the location of 'ozeki_database.accdb' (Figure 4).

If you wish to use Microsoft Access to send and receive messages, the next step is very important because, without it, Select queries will not work. Switch to the 'Sending' tab page and remove the apostrophes (' ') around $id (Figure 5).

Testing the configuration

When testing, you should use both tables. The one which was created for incoming messages and the one which was created for outgoing messages. In these examples these tables are called 'ozekimessageout' and 'ozekimessagein'.

To test the configuration, you should INSERT a message record into the outgoing messages table (Figure 6), which is called 'ozekimessageout' in the current example. These messages can be SELECT-ed (polled) by configuring the Database User here:
'SQL for sending' tab page and 'Polling' sub-tab page. Please search these options in the SMS Gateway's browser GUI.

Check the sent folder

The 'status=' parameter of the message record will change from 'Sending' to 'Sent' to 'Delivered'. The sent message will be visible in the Database User's Sent folder (Figure 7), with all the previously sent messages. You can get more information about all the messages here, such as the recipient's address and the time of sending.

Review the Events tab

If an incoming message log event is displayed in the Database User's event log (Figure 8), the message entry will be INSERT -ed in the incoming message database table. The INSERT statement can be configured in the 'SQL for receiving' tab page of this Database User's configuration panel. This is the statement which INSERT-s incoming messages.

Execute the select query

In this example the incoming message table is called 'ozekimessagein'. This is where those SMS messages are INSERT-ed, which are received by the Database User. You should run a SELECT statement on it (Figure 9) to read all of the messages (Figure 10).

The result of the query

All of the incoming messages can be read after running a SELECT query on 'ozekimessagein' (Figure 10). You can see all the important information about the messages in the result field of the query located at the bottom of the window. You can find out the receiver, the message, the time of sending, and the operator which sent the message.

To sum it up

Congratulation, you are finished a tutorial about how to use Access 365 to send SMS messages.

By following the directions above, you can now create a solution that can be used to make your SMS sending system more efficient. Worth noting that by using the Ozeki SMS Gateway, you can provide an SMS service to your customers, employees, or business applications, and it can help you control the messaging activity of these users.

If you wish to use the Ozeki SMS Gateway at its full potential, we advise you to visit the ozeki-sms-gateway.com page, where you can read all our tutorials. I hope this article will be helpful to all the readers and especially to beginners.

https://ozeki-sms-gateway.com/p_5713-how-to-send-sms-from-oracle.html

SMS from/to Oracle

The connection between Oracle Database and Ozeki SMS Gateway is a perfect solution for SMS messaging. Ozeki SMS Gateway's Database User makes sure that incoming SMS messages can be inserted while outgoing SMS messages can be selected from database tables. Incoming and outgoing messages are handled in separate tables. The solution uses the Ozeki SMS Gateway software installed on your PC. This solution is divided into 4 sections:

Install Oracle
Create the database tables in Oracle
Configure the Oracle database connection in Ozeki
Send a test SMS from Oracle

This page extends the general guide to SMS from/to Database.

What is Oracle?

Oracle is a database management software product that works with the collection of data treated as units.

How to receive SMS with Oracle database

This SMS receiving system makes it possible to receive SMS using an Oracle Database Server. This arrangement consists of a phone that will be used to send messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The method works the following way: The phone sends the message. The computer with the Ozeki SMS Gateway will save the message in an Oracle Database Server. Your application could get the messages using an SQL Query. (Figure 1)

How to send SMS from Oracle database

This SMS sending system makes it possible to send SMS using an Oracle Database Server. This system consists of a phone that will be used to collect the messages from the database, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: Your application will send the message to the Oracle Database Server. It will store your message and the Ozeki SMS Gateway will be able to acquire it using an SQL Query. The message will be sent to the phone after it was acquired. (Figure 2)

SMS from/to Oracle (Video tutorial)

In this video, we are going to show you how you can send SMS messages from Oracle. The video will start with logging into the Oracle system and will end with an SMS sent by Oracle listed in the 'Sent' folder of the Ozeki SMS Gateway. You will learn how to log in to the Oracle system, how to create the connection between Oracle and Ozeki SMS Gateway, and how to modify the connection. The 2:13 long video is easy to understand and detailed. We are using the Ozeki SMS Gateway in most of the video, which means you will work with an intuitive user interface. You will have no problem with following the steps.

Create ozekidb tablespace

On Figure 1, you can see how you can create the table in Oracle, that will work with the Ozeki SMS Gateway. Execute the 'Create Tablespace' command that you can found below, in the 'Oracle SQL statements' section of this tutorial. It will start the table creating process with the settings provided in the ozekidb.dbf file. If you see the Tablespace created text, the process was successful.

Create a user

To use the connection, you need to create a new user in Oracle. Figure 3 shows you what commands create the user. You first need to use the 'Create user' commands that you can found below, in the 'Oracle SQL statements' section of this tutorial. You can create the user by giving the 'CREATE USER ozekiuser' command to Oracle. Now that you have the user, you need to provide DBA privileges to it. You can do so with the 'GRANT command' If you see the Grant succeeded text, the process was successful.

Create the 'ozekimessagein' table

The next step is to create the tables that will be used to store your incoming and outgoing messages. The first table you need to create is the 'ozekimessagein' table. On Figure 4, you can see what command you need to provide to Oracle to create your table. The commands you need to execute can be found in the statements section, in the 'Create Tabel' section. If you can see the 'Trigger created' text, the process was successful.

Create the 'ozekimessageout' table.

On Figure 5, you can see the process of creating the 'ozekimessageout' table. It will store all the messages you wish to send and all the sent messages as well. You can find the SQL statement you need to provide in the second part of the 'Create table' section below.

Create an SQL messaging application interface

Now you need to start working in the Ozeki SMS Gateway application. Open it and search for the 'Add new user/application..' button located on the left side of the home page (Figure 6). Click it and it will take you to the user/application install list. Here, you need to search for the 'SQL messaging' list item, located in the 'Application Interface' section. Click the blue Install button next to it and start the setup process.

Click the Install button next to Oracle

In the Install user/application step, you need to choose which SQL database management software you wish to use with the Ozeki SMS Gateway. In this case, choose the Oracle option (Figure 7). Click the blue Install button next to the title and start the setup process.

Provide the connection settings

In the General tab of the new Oracle application interface, you will see a 'Connection Settings' group box (Figure 8). Provide the IP address and the login credentials of the data source here. It will make sure that the connection between the Ozeki SMS Gateway and the Oracle database management system will be established.

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Turn on the Application interface

Now that you have successfully created an SQL Application interface, it is time to turn it on, by switching the 'Connection' switch button. If it is green and you can see a checkmark next to the icon of the application interface (Figure 9), it means that the connection is active. You will see the initialization process in the Events tab.

Use the 'INSERT' statement

On Figure 10, you can see how you insert a message into the 'ozekimessageout' table. It means that the inserted message will be sent by the Ozeki SMS Gateway application, with any message found in the 'ozekimessageout' table. The INSERT statement will create a database item with the properties determined in the statement. If you are familiar with SQL, feel free to modify the properties of the statement to test your system.

The Sent message

Now you have sent your first SMS message. Make sure to check the Sent folder in Ozeki SMS Gateway to confirm that the message was sent successfully. You can get all information about the message from the list of the sent messages. You can see the text of the message (Figure 11), the time it was sent, the result of the process, and the addresses of the sender and the receiver.

You should also make sure that Ozeki SMS Gateway is installed. You should also check if Oracle Database is installed. If Oracle is not installed on your machine, please download the server and client from the oracle website. You will see how to store outgoing and incoming SMS messages in your Oracle Database's tables.

You can choose from a wide variety of options to send and receive SMS messages. You can send messages through a wireless mobile link, by using an Android mobile phone or an SMS modem attached to your computer. You can also send SMS messages over the Internet using in IP SMS service. In this case you will likely setup an SMPP, CIMD2 or UCP/EMI service provider connection.

To use either of these connection methods, you need to setup a Database link on Ozeki SMS Gateway. For Oracle connections, you need to configure this link to connect to your Oracle Database server. You will need to use a connection string to specify the connection details.

Each Database Connection needs its own Database User.
The Database User belonging to an Oracle Database has the following connection string format:

Connection string type:	Oracle
Connection string:	Data Source=127.0.0.1; User ID=username; Password=pwd123;

(Other 'Connection strings for Oracle')

In the connection string the 127.0.0.1 IP address should be replaced with the IP address of the machine where Oracle Database server is running and do not forget to use the login credentials belonging to your Oracle Server's account.

By including 'Unicode=True' to the connection string, you can use unicode characters like NVARCHAR2. Make sure that NLS_CHARACTERSET and NLS_LANGUAGE parameters are set to your language. You can also try to set HKEY_LOCAL_MACHINE\SOFTWARE\ORACLE\HOMEID\NLS_LANG registry key to UTF8.

Now the connection should be configured between Ozeki SMS Gateway's Database User and your Oracle Server, so it is time to create two database tables both for incoming and outgoing message by creating a proper database table structure:

Oracle SQL statements:

CREATE TABLESPACE:

CREATE TABLESPACE ozekidb
DATAFILE 'C:\oraclexe\app\oracle\oradata\XE\ozekidb.dbf'
SIZE 40M autoextend on;

Figure 1 - Create tablespace 'ozekidb'

CREATE USER:

CREATE USER ozekiuser
IDENTIFIED BY ozekipass
DEFAULT TABLESPACE ozekidb;
	
GRANT DBA TO ozekiuser;

Figure 2 - Create user 'ozekiuser' and grant access to tablespace

CREATE TABLE:

CREATE TABLE ozekimessagein (
    id int,
    sender varchar(255) default NULL,
    receiver varchar(255) default NULL,
    msg varchar(160) default NULL,
    senttime varchar(100) default NULL,
    receivedtime varchar(100) default NULL,
    operator varchar(120) default NULL,
    msgtype varchar(160) default NULL,
    reference varchar(100) default NULL
    );
CREATE index index_id1 ON ozekimessagein(id);
CREATE SEQUENCE X;
CREATE TRIGGER ozekimessagein_auto BEFORE INSERT on ozekimessagein
    for each row
    when (new.id is null)
    begin
    SELECT x.nextval INTO :new.id FROM DUAL;
    end;
    /
CREATE TABLE ozekimessageout (
    id int,
    sender varchar(255) default NULL,
    receiver varchar(255) default NULL,
    msg varchar(160) default NULL,
    senttime varchar(100) default NULL,
    receivedtime varchar(100) default NULL,
    operator varchar(120) default NULL,
    msgtype varchar(160) default NULL,
    reference varchar(100) default NULL,
    status varchar(20) default NULL,
    errormsg varchar(250) default NULL
    );
CREATE index index_id2 ON ozekimessageout(id);
CREATE SEQUENCE Y;
CREATE TRIGGER ozekimessageout_auto BEFORE INSERT on ozekimessageout
    for each row
    when (new.id is null)
    begin
    SELECT y.nextval INTO :new.id FROM DUAL;
    end;
    /

Figure 3 - Create table structure

The 'id' field should be maintained to support faster SQL updates.
The size of the message can be set higher than 160 character if it is necessary.
The 'msgtype' field can also be changed.

To sum it up

Congratulations, you have completed this task of connecting Oracle to the Ozeki SMS Gateway. Be proud of yourself!

Now you can set up a system where you can use Oracle to send SMS messages through Ozeki SMS Gateway. This gateway software is a powerful yet, easy-to-use software mostly used by the industry because of its outstanding reliability.

If you wish to learn more about the software solutions that Ozeki offers, make sure to visit ozeki-sms-gateway.com.

https://ozeki-sms-gateway.com/p_3339-how-to-send-sms-from-oracle-on-windows-11.html

How to send SMS from Oracle on Windows 11

Using SMS to quickly reach clients may significantly improve engagement and service delivery. SMS, which is known for its direct and rapid impact, turns into a useful tool for companies looking to increase engagement and deliver top-notch service. To enable effective SMS communication, we provide clear guidance on how to easily connect Oracle with the Ozeki SMS Gateway. With this connection, you have the ability to fully leverage the power of SMS communication.

What is Oracle database?

Oracle Corporation created Oracle Database, a complex and effective relational database management system. It serves as the foundation for many corporate applications because of its ability to effectively store, handle, and retrieve structured data. Data formats such as relational, object-relational, and XML are supported by Oracle Database, which also offers advanced features including data integrity, security, scalability, and high availability. It is frequently used in enterprises for purposes ranging from data warehousing and analytics to online transaction processing.

How to send SMS from Oracle on Windows 11 (easy to follow)

To send SMS from Oracle on Windows 11

1. Download and install Oracle Database XE from the https://www.oracle.com/ website
2. Create database schema
3. Access your Ozeki SMS Gateway account
4. Configure Oracle database connection
5. Connect Ozeki SMS Gateway to Oracle database
6. Send test message
7. Track message status
8. Enjoy SMS sending from Oracle with Ozeki

Install Oracle database

In this video, we will show you how to install the Oracle database on your computer to be able to connect to the Ozeki SMS Gateway. Installing the Oracle database involves a series of steps that require careful attention to detail. First, download the Oracle Database Installer. Go to the official Oracle Technology Network website, then download the appropriate installer for the Oracle Database version you intend to install. Locate the downloaded installer file and run it. When the installation process is done, click on the "Finish" button.

Create database schema

Creating a database schema involves defining a logical container within your Oracle database where you can organize and store database objects such as tables, views, indexes, and other database-related structures. Use a SQL client tool, like SQL Plus, to connect to your Oracle Database instance using a valid username and password with administrative privileges. Create tablespace, alert session, create user, grant DBA to user, disconnect, then enter username and password to connect. Now that you're connected as a user, you can start creating database objects within the schema. Create a table, create sequence x, and then create a trigger. As the schema owner, you can manage and modify the objects within the schema as needed.

Connect Ozeki SMS Gateway to Oracle database

Connecting the Ozeki SMS Gateway to an Oracle database involves setting up communication between the two systems to enable sending and receiving SMS messages through the Ozeki SMS Gateway based on data stored in the Oracle database. Open Ozeki SMS Gateway, then click on the "Add user or application..." link. At the list of install links, choose the "SQL messaging" option to use a database to send or receive SMS. Select the "Oracle database" server that allows you to message from your database system. Configure the database connection by entering some essential details into the fields and turning the switching button green.

Send test message

Click on the "SQL" tab in the Ozeki SMS Gateway Oracle client, then insert a query that includes the necessary information for sending the SMS, such as recipient phone numbers and message content, from your Oracle database. Open the "Sent" menu to see the sent messages. After sending the message, you are able to see the status of the message in the Ozeki SMS Gateway "Sent" interface.

FAQs

How to send SMS from Oracle to any mobile number?

Your application is designed to transmit the message to the Oracle Database Server, where both your message and its data will be retained. The Ozeki SMS Gateway can then retrieve this information through an SQL Query and subsequently forward the message to the designated phone number once it has been retrieved.

How to send SMS in plsql?

To send SMS in PL/SQL, you can utilize the UTL_SMTP package to connect to an SMS gateway service via SMTP and send SMS messages programmatically. Construct the message content and recipient number, then use UTL_SMTP to establish a connection to the SMS gateway and send the message. Be sure to configure the necessary SMTP server and credentials for successful delivery.

What is Oracle SMS?

The Oracle database ecosystem has a feature or capability called Oracle SMS, commonly referred to as Oracle Short Messaging Service, that enables the sending and receiving of SMS (Short Message Service) messages directly from and to the database. This technology enables SMS communication to be smoothly integrated into Oracle database-powered applications, allowing alerts, notifications, and user communication through text messages.

How to use SMS API?

You must first register with an SMS service provider and get API credentials, such as an API key or authentication tokens, before you can use an SMS API. Making HTTP calls to the API endpoints, often via POST requests, is the next step in integrating the API into your application. When using the service provider's platform to programmatically send SMS messages, you can provide other parameters in the request payload in addition to the recipient's phone number and message content.

Summary

By following these steps and using the Oracle client within the Ozeki SMS Gateway, you can effectively send test messages using data from your Oracle database and monitor their status through the Ozeki SMS Gateway interface. With this integration, you're equipped to use your Oracle database's capabilities, improve your communication, and send messages easily through the Ozeki SMS Gateway.

https://ozeki-sms-gateway.com/p_5714-send-sms-from-oracle.html

Connection strings for Oracle

You can use these alternative connection strings to connect to your Oracle Database. These are useful if you have a connection problem or if you use another driver for example ODBC or OLE DB.

.NET Oracle connection providers

Standard Security:

Connection string type:	Oracle
Connection string:	Data Source=MyOracleDB; User Id=myUsername;Password=myPassword;

Trusted Connection:

• OS Authenticated connection ('Id=/'):

  Connection string type:	Oracle
  Connection string:	Data Source=MyOracleDB;User Id=/;Password=;



• OS Authenticated connection using OSAuthent:

  Connection string type:	Oracle
  Connection string:	Data Source=MyOracleDB;OSAuthent=1;

ODBC Driver for Oracle

Using the current ODBC driver from Microsoft:

Connection string type:	ODBC
Connection string:	Driver={Microsoft ODBC for Oracle};Server=OracleServer.world; Uid=MyUsername;Pwd=MyPassword;

Using the older ODBC driver from Microsoft:

Connection string type:	ODBC
Connection string:	Driver={Microsoft ODBC Driver for Oracle};ConnectString=OracleServer.world;Uid=myUsername;Pwd=myPassword;

OLE DB Provider for Oracle

Standard Security:

Connection string type:	OLE DB
Connection string:	Provider=OraOLEDB.Oracle;Data Source=MyOracleDB; User Id=myUsername;Password=myPassword;

Trusted Connection:

• OS Authenticated connection ('Id=/'):

  Connection string type:	OLE DB
  Connection string:	Provider=OraOLEDB.Oracle;Data Source=MyOracleDB;User Id=/;Password=;



• OS Authenticated connection using OSAuthent:

  Connection string type:	OLE DB
  Connection string:	Provider=OraOLEDB.Oracle;Data Source=MyOracleDB;OSAuthent=1;

Info: Please provide the 'Data Source=' a Net8 name which uses a standard naming method like Local Naming or Oracle Names. Local Naming is the alias in the tnsnames.ora file. The Oracle Name is the Net8 Service name.

https://ozeki-sms-gateway.com/p_5715-receive-sms-in-oracle.html

How to send SMS from Oracle

Here you can see how to send SMS text messages from Oracle Express with your Ozeki SMS Gateway, which you have probably already downloaded and installed. This tutorial shows you a solution on how to configure Ozeki SMS Gateway to detect and send outgoing messages from your database to any mobile phone. You can find a detailed configuration instruction on this page with screenshots that will help you.

Ozeki SMS Gateway is a powerful SMS gateway software that allows two-way SMS message communication from mobile phones to PC and vice versa. The messages can be stored on a database, such as an Oracle Server.

In this tutorial, you will create an 'ozekimessagein' and 'ozekimessageout' table, but you could give them any name you would like. The only thing is that you need to keep in mind the table names. Ozeki SMS gateway will use SQL queries on the 'ozekimessageout' table to send message.

You can connect Ozeki SMS Gateway to the GSM network in two way:

1. A hardware solution: Mobile phone or GSM modem connection to PC
   
2. A software solution: IP SMS Service Provider over the internet (SMPP, CIMD, UCP/EMI)

Here you can read how to configure Ozeki SMS Gateway with browser GUI.

Step 1 - Configure the Oracle database

The first step of this guide is to configure an Oracle database. For that, first, you need to install Oracle to your computer and log into the server's web interface (Figure 1).

In the main menu of the Oracle Database Express application, you need to select the SQL option the configure the Oracle database, so just click on its icon as you can see it in Figure 2.

Next, you need to click on the 'SQL Commands' as Figure 3 demonstrates it to be able to execute SQL commands in your Oracle database.

Please copy-paste the following SQL statements to create the table layouts (Figure 4-11).

CREATE TABLE ozekimessagein (
id int,
sender varchar(255) default NULL,
receiver varchar(255) default NULL,
msg varchar(160) default NULL,
senttime varchar(100) default NULL,
receivedtime varchar(100) default NULL,
operator varchar(120) default NULL,
msgtype varchar(160) default NULL,
reference varchar(100) default NULL
)

CREATE INDEX index_id1
ON ozekimessagein(id)

CREATE SEQUENCE X

CREATE TRIGGER ozekimessagein_auto 
BEFORE INSERT on ozekimessagein
for each row
when (new.id is null)
begin
  SELECT x.nextval INTO :new.id FROM DUAL;
end

CREATE TABLE ozekimessageout (
id int,
sender varchar(255) default NULL,
receiver varchar(255) default NULL,
msg varchar(160) default NULL,
senttime varchar(100) default NULL,
receivedtime varchar(100) default NULL,
operator varchar(120) default NULL,
msgtype varchar(160) default NULL,
reference varchar(100) default NULL,
status varchar(20) default NULL,
errormsg varchar(250) default NULL
)

CREATE INDEX index_id2
ON ozekimessageout(id)!

CREATE SEQUENCE Y

CREATE TRIGGER ozekimessageout_auto 
BEFORE INSERT on ozekimessageout
for each row
when (new.id is null)
begin
  SELECT y.nextval INTO :new.id FROM DUAL;
end

Congratulations! You have finished creating your database structure.

Step 2 - Create the Oracle database connection

The next step of the guide is to create the Oracle database connection which can connect to the database and handle its tables. For that, open SMS Gateway and first, select the Apps menu from the toolbar. In this menu, you need to scroll down to the 'Application interfaces' section, and here, like in Figure 12, just click on the install button of 'SQL messaging'.

The 'SQL messaging' menu contains all types of database connections available in SMS Gateway. Now, to be able to connect to your Oracle database and its tables, just click on the Install button of the Oracle database connection as you can see it in Figure 13.

Next, you need to provide some details to be able to connect to the database successfully. First, just give a name to the connection. After that, as in Figure 14, provide the details of the Oracle database. The 'Data source' id the IP address of the place where you installed the database. If it is on the same computer, you can type '127.0.0.1' in this field. The 'User id' and 'Password' fields should represent your Oracle database user account. If you finished, you could just click OK.

Step 3 - Send a test SMS

To test the database connection and the database itself, just open the created Oracle database connection. Here, you can see the SQL tab (Figure 15) where you can write the SQL commands that you want to execute. So, just copy-paste the SQL command below, write a valid phone number as a value and click 'Execute' to test the connection.

INSERT INTO ozekimessageout 
(receiver, msg, status) 
VALUES 
('+36205460691','Hello','send')

The Oracle database connection is capable of reading the rows of the create tables, and if it detects a new message, it sends the message to the phone number that you provided as a value. Then, the message stored in the Sent folder of the connection as you can see it in Figure 16.

You can check every message in the 'ozekimessageout' table by executing the SQL query below. This command lists every message with all its details like the phone number of the recipient, the message and the status of the message as Figure 17 demonstrates it.

SELECT * FROM ozekimessageout

https://ozeki-sms-gateway.com/p_5716-setup-oracle-to-send-and-receive-sms.html

Send SMS from Oracle SQL (part 1/4)

Oracle Installation

Oracle is a database management product, which is used not only to store data, but effectively manage, and provide it to other industry-standard software. It works great with the Ozeki SMS Gateway software, but you will need to install it on your computer. This guide will help you with that. It is a very easy process, it should not take more than 15 minutes, depending on your internet connection.

Video content
1. Download Oracle
2. Install Oracle

---

Please jump to the next video or if you scroll down you can find screenshots that describe how to download and install Oracle Database 18c Express and how to set the port numbers and SYSTEM password.

The first thing you want to do, is to install the Oracle 18c Express Edition on your computer. Please head over to oracle.com/downloads, and search for the Database 18c Express Edition download link. If you have found it, proceed to the next step. You can see the download page on Figure 1.

You are now on the download page of the Oracle Database Express Edition. The software is capable of running on Windows, and Linux, so it has two version. Make sure to download the Windows x64 edition. To see where to click, please look at Figure 2.

To have a copy of the software on your computer, you need to accept the Oracle License Agreement. Without it, you will not be able to download the required files. Tick in the box for accepting the License Agreement and click the Download OracleXe184_Win64.zip button. You can see the tick box and the button on Figure 3.

In order to download the files, you need to sign in to your Oracle account. To do that, please provide your username and your password into the appropriate field. If you do not have an Oracle Account, you can create on for free with the Create Account button down below. You can find these on Figure 4. Press the sign in button to proceed.

Now, your browser should start the process of downloading all the required files. You can watch the download status on the bottom of your browser window, as you can see on Figure 5.

Now you need to find the files, your browser downloaded for you. The default location for the chrome downloaded files is C:\Users\username\Downloads. You can get to the downloads folder using chrome’s downloads tab. You can see the files you need to search for in Figure 6. The files are in a compressed format, you need to extract them. To do that, please right-click the downloaded folder, and from the options, select the Extract all option.

Now that you have the files extracted, search for the installer file. It is the Oracle Database 18c Express Edition executable file. Click on it twice to start the installer. Now we will guide you through the setup process in the following steps. You can see the file you are looking for on Figure 7.

Now you have started the Installation. Click the Next button the proceed to the next step. You can see the first page of the installation on Figure 8.

To have an official copy of the software, you need to accept the license agreement of the Oracle database. Simply pick the “I accept” option and click “Next”. You can print of a copy of the license agreement if you want with the “Print” button. You can see the license agreement on Figure 9.

Now you can choose where to install the Oracle Database software. You could choose any destination you wish, just make sure that you have enough free space in the destination. You can change the place using the Change… button. You can see the window on Figure 10.

Now you can choose a strong password for the main accounts. Make sure to choose a Database password that you will remember and type it in the first and the second textbox. The second textbox is making sure you have no misspell in the password. Make sure that only those know the password who should have access to the databases. Click Next if you have a good password. You can see the textboxes on Figure 11.

Now you have everything ready, you can start the installation progress. Please click the “Install” button to start the installation itself. The installer will start to set everything up. You can see the button on Figure 12.

Now all you need to do is wait for the installer to finish the process of installation. As you can see on Figure 13, you get a process indicator bar, which can be used to check the installation progress. If it is filled with green, it means that you have a working copy of the software. You can see the progress indicator bar on Figure 12.

If you see the window you can see on Figure 14, it means that you have a working Oracle Database software. Please click on Finish button. It will close the installer. You can now open the software.

Create ozeki database schema

CREATE TABLESPACE ozekidb
DATAFILE 'ozekidb.dbf'
SIZE 20M AUTOEXTEND ON;

ALTER SESSION SET "_ORACLE_SCRIPT"=true;

CREATE USER ozekiuser 
IDENTIFIED BY ozekipass
DEFAULT TABLESPACE ozekidb;
 
GRANT DBA TO ozekiuser;

CREATE TABLE ozekimessagein (
id int,
sender varchar(255) default NULL,
receiver varchar(255) default NULL,
msg varchar(160) default NULL,
senttime varchar(100) default NULL,
receivedtime varchar(100) default NULL,
operator varchar(120) default NULL,
msgtype varchar(160) default NULL,
reference varchar(100) default NULL
);
CREATE index index_id1 ON ozekimessagein(id);
CREATE SEQUENCE X;
CREATE TRIGGER ozekimessagein_auto BEFORE INSERT on ozekimessagein
    for each row when (new.id is null)
    begin
    SELECT x.nextval INTO :new.id FROM DUAL;
    end;
    /

CREATE TABLE ozekimessageout (
    id int,
    sender varchar(255) default NULL,
    receiver varchar(255) default NULL,
    msg varchar(160) default NULL,
    senttime varchar(100) default NULL,
    receivedtime varchar(100) default NULL,
    operator varchar(120) default NULL,
    msgtype varchar(160) default NULL,
    reference varchar(100) default NULL,
    status varchar(20) default NULL,
    errormsg varchar(250) default NULL
    );
CREATE index index_id2 ON ozekimessageout(id);
CREATE SEQUENCE Y;
CREATE TRIGGER ozekimessageout_auto BEFORE INSERT on ozekimessageout
    for each row
    when (new.id is null)
    begin
       SELECT y.nextval INTO :new.id FROM DUAL;
    end;
	/

https://ozeki-sms-gateway.com/p_5717-create-database-tables-for-storing-sms.html

Send SMS from Oracle SQL (part 2/4)

In this video series you can see how to connect Ozeki SMS Gateway and Oracle SQL database server for SMS messaging. This video shows how to create the proper database table structure by using Oracle SQL through its command line.

Video content
1. Connect to Oracle
2. Copy CREATE TABLE statement

---

Please scroll down to copy the SQL statements Figure 2-4 used in the video. If you have created the database in Oracle 11g Express, you can jump to the next video.

If you have the Oracle SQL, you need to connect it to the Ozeki SMS Gateway. To do that, you will need to have some tables, which you now will create. First, please run an SQL Command Line. Type in “connect”. Now you will need to provide the user-name and the password, which you choose during the installation procedure. If you are connected, please proceed to the next step.

Oracle SQL statements to copy:

This code snippet will create a suitable tablespace for your SQL database. Copy the code, paste it into the SQL Command Line and hit enter.

CREATE TABLESPACE:

CREATE TABLESPACE ozekidb
DATAFILE 'ozekidb.dbf'
SIZE 40M autoextend on;

This code snippet will create a user, which will have access to the database and permission to modify it. Copy the code and paste it into the SQL Command Line just as you did before

CREATE USER:

ALTER SESSION SET "_ORACLE_SCRIPT"=true;

CREATE USER ozekiuser 
IDENTIFIED BY ozekipass
DEFAULT TABLESPACE ozekidb;
 
GRANT DBA TO ozekiuser;

This code will create the table, all the data fields in it, the index, the sequence, and the trigger needed for the database table to function. Copy the code and run it in the SQL Command Line.

CREATE TABLE:

CREATE TABLE ozekimessagein (
  	id int,
    sender varchar(255) default NULL,
    receiver varchar(255) default NULL,
    msg varchar(160) default NULL,
    senttime varchar(100) default NULL,
    receivedtime varchar(100) default NULL,
    operator varchar(120) default NULL,
    msgtype varchar(160) default NULL,
    reference varchar(100) default NULL
    );
CREATE index index_id1 ON ozekimessagein(id);
CREATE SEQUENCE X;
CREATE TRIGGER ozekimessagein_auto BEFORE INSERT on ozekimessagein
    for each row when (new.id is null)
    begin
    SELECT x.nextval INTO :new.id FROM DUAL;
    end;
    /
    
CREATE TABLE ozekimessageout (
    id int,
    sender varchar(255) default NULL,
    receiver varchar(255) default NULL,
    msg varchar(160) default NULL,
    senttime varchar(100) default NULL,
    receivedtime varchar(100) default NULL,
    operator varchar(120) default NULL,
    msgtype varchar(160) default NULL,
    reference varchar(100) default NULL,
    status varchar(20) default NULL,
    errormsg varchar(250) default NULL
    );
CREATE index index_id2 ON ozekimessageout(id);
CREATE SEQUENCE Y;
CREATE TRIGGER ozekimessageout_auto BEFORE INSERT on ozekimessageout
    for each row
    when (new.id is null)
    begin
       SELECT y.nextval INTO :new.id FROM DUAL;
    end;
    /

All you need to do, is to copy all the code snippets from above and paste it in order of the tutorial. You can do it, by highlighting the whole code part, and press “CTRL+C”, then paste it into the SQL Command Line by hitting “CTRL+V”. You can see the procedure on Figure 6.

Run all of them and you will have a working database table, which can communicate with the Ozeki SMS Gateway. You can see all the codes pasted and executed on Figure 7 and 8.

https://ozeki-sms-gateway.com/p_5718-configure-the-sms-gateway-with-oracle.html

Send SMS from Oracle SQL (part 3/4)

In this video series you can see how to connect Ozeki SMS Gateway and Oracle SQL database server for SMS messaging. This video shows how to install an Oracle database connection on Ozeki SMS Gateway.

Video content
1. Open SMS Gateway
2. Create Oracle connection
3. Configure Oracle connection

---

If you have created the database in Oracle 19c Express, you can jump to the next video. Although you can precisely examine the sequence by looking through the screenshots.

The first step of configuring the Ozeki SMS Gateway to work with Oracle, to login to Ozeki 10. You can do this by providing your username and password, and click the “OK” button. You can see the login window on Figure 1.

Next, you have to configure the SMS Gateway. To do that, please launch the application by clicking the icon on the desktop, called “SMS Gateway”. You can find it with the help of Figure 2.

Here you will find your connection options. Ozeki 10 can handle most application interfaces you can send SMS with. You can build a TXT file, an HTTP client or even an FTP serve to handle your incoming and outgoing SMS traffic. In this case, please select the SQL messaging, by clicking the “Install” button. You can find your options on Figure 3.

Here, you can select your SQL Management tool. Ozeki 10 can work with MS Access, MySQL, PostgreSQL. In this case, you need to choose “Oracle”. Click on the blue “Install” button to start the installation procedure. You can find more information about the Oracle SQL Management tool on Figure 4.

In this step, you need to name your connection. This name can be anything you like, which will help you identify the connection. On Figure 5, you can see our example name. Above it, the connection settings will contain the specifications of your connection. The first field is the data source. It is a factory for connections to any physical data source. It uses a URL along with some credentials to establish a database connection. After you have completed the connection settings part, please click the “OK” button to proceed.

Now you are finished with the configuration. All you have to do is switch the connection status option to “On”. It should be green when it is activated. If you have done that, you are finished. You can find the switch on Figure 6.

https://ozeki-sms-gateway.com/p_5719-send-a-test-sms-from-oracle.html

Send SMS from Oracle SQL (part 4/4)

This is the last video in this video series which shows how to connect Ozeki SMS Gateway and Oracle SQL database server for SMS messaging. See how to insert a simple row into the proper table, so Ozeki SMS Gateway can automatically send SMS messages to mobile phones.

Video content
1. Execute SQL command
2. Check sent message

---

Look at the upcoming screenshots to thoroughly examine the final stage, which is SMS sending.

To test your system, you could send a test message directly from the Ozeki SMS Gateway. The first step is to look at Figure 1. There you can see a code snippet copied into the field, where you can execute SQL Statements from. We provide you a copiable code for you, which you need to paste into the field and execute it. You could modify the code by typing a different phone number into the VALUE statement, or even a different message. It will send it to your chosen phone number.

INSERT INTO ozekimessageout (receiver, msg, status) VALUES ('+447951234567', 'test','send')

After you executed the statement, you could check your outgoing messages. You will see the test message there. You can see our example test message is sent, on Figure 2. You can see the phone number of the receiver, the creation time of the message and the sender’s address here.

https://ozeki-sms-gateway.com/p_2929-how-to-setup-sender-id-in-sql-sms.html

How to set Sender ID in SQL SMS

In SMS communication, it is really important to be able to customize and personalize your SMS messages. This article will show you how to set up Sender ID in SQL SMS in Ozeki SMS Gateway. Following this step-by-step guide will allow you to leave a lasting impression on your audience.

What is a Sender ID?

When an SMS message is received on a mobile phone, the mobile phone displays the message text and the telephone number of the phone that sent the message. This telephone number is called the sender address, or sender ID. In some setups the SMS technology makes it possible for the sender of the message to freely specify the sender address. When freely specified, the sender's address can be a phone number or an alphanumeric string.

Sender ID restrictions

Valid characters:	A-Z a-z 0-9;
Length of a numeric Sender ID:	Maximum length of 16 digits
Length of an alpha-numeric Sender ID:	Maximum length of 11 characters.

When can I specify a sender address?

The sender address for an SMS message can only be manipulated if you use an IP SMS connection, such as CIMD2, SMPP, or UCP to send your SMS messages. Some HTTP SMS service provider connections also make this possible. If you attach a GSM phone or GSM modem to your computer, it is not possible to modify the sender address for outgoing messages. This is not a limitation of the Ozeki SMS software. It is a limitation of the GSM technology. There is no way to specify the sender address for messages that are sent from a mobile phone or modem because these messages are MO (Mobile Originated) SMS messages. For MO messages the sender address is assigned to the message by the SMSC not the mobile phone.

Discover SMS SQL templates to customize the SQL commands

The SMS gateway uses two database tables, one for receiving messages and the other for sending them. Messages are inserted into the ozekimessagein table and ozekimessageout using SQL commands. The following linked page helps you to get to know about SQL templates for high-capacity SMS sending: SMS SQL templates to customize the SQL commands.

How to set up Sender ID in SQL SMS (Quick steps)

To set up Sender ID in SQL SMS

1. Access Ozeki Gateway account
2. Choose SMPP_client_1
3. Set an overridable telephone number in the service provider connection
4. Open SQL connection
5. Insert message with Sender ID
6. Send a message with a custom Sender ID
7. Insert message with alphanumeric Sender ID
8. Send a message with an alphanumeric Sender ID

Setup process of Sender ID in SQL SMS (Video tutorial)

In this short video, we will guide you on how to set up Sender ID in SQL SMS in Ozeki SMS Gateway. It is really important to know about Sender ID, because it allows you to easily engage your audience and leave a lasting impression on them. To customize your Sender ID, you need to follow the given instructions. By the end of the video, you will be a master of setting up Sender ID in SQL SMS.

Access Ozeki Gateway account

To begin the process, load your Ozeki SMS Gateway account and log in with your user details. If you do not have an account yet, download the Ozeki SMS Gateway from the ozeki-sms-gateway.com website, then create one. Enter a username and a password that can be used as your login credentials. After logging in, open the Home page of the Ozeki SMS Gateway. There, choose the "SMPP_client_1" from the left-handed Connections panel. Click on the "Configure" tab on the panel, then set the overridable telephone number in service provider connection. Mark with an "X" symbol the "Overridable" option. After that, click on the "Ok" button at the bottom.

Open SQL connection

You will receive a notification message that your configuration has been successfully updated. Click on "Ok" to continue. Back off to the Management panel, after configuration. Find the "mySQL_1" option under the Users and applications. This will show up the mySQL_1 details page, where you can get information from the connection.

Insert message with Sender ID

Choose the "SQL" tab on the details page, then opt for the "INSERT INTO ozekimessageout..." from the drop-down list of options. Insert message with Sender ID to the appropriate parts of SQL query. After that, click on the "Execute" button.

Send message with custom Sender ID

On the "Events" panel, you will see that your submission has been accepted and the message status turned "sent". If you open the "Sent" folder, you will see the details about the message that has been sent previously. You can see the Seder ID, the recipient's address, the message itself and the date. You can also get information about the status of the progress.

Insert message with alphanumeric Sender ID

To send a message with an alphanumeric Sender ID, open the Management panel again. Find the "mySQL_1" option under the Users and applications. Choose the "SQL" tab on the details page, then opt for the "INSERT INTO ozekimessageout..." from the drop-down list of SQL query options. Insert the message with alphanumeric Sender ID, then click on the "Execute" button.

Send message with alphanumeric Sender ID

As same as before, on the "Events" panel, you will see that your submission has been accepted and the message status turned "sent". Opening the "Sent" folder will show up the details of the message, and you can see that your Sender ID has changed to an alphanumeric Sender ID.

Summary

If you have followed the given instructions in order, then you have the skills to set up Sender ID in SQL SMS in Ozeki SMS Gateway. You can now, set up, and modify both numeric and alphanumeric Sender ID's. Setting up a Sender ID can make your messages more personal and can impress your customers, by giving them a long-lasting memory of your SMS messages.

FAQs

How to send SMS through SQL?

Sending SMS through SQL is achievable by integrating your SQL database with an SMS gateway like Ozeki SMS Gateway. You can use SQL queries to insert SMS messages directly into the gateway, allowing you to send messages programmatically based on your database data. This efficient integration streamlines communication and enables you to automate SMS notifications, alerts, and personalized messages from your SQL database.

What are SQL templates, and how are they used?

SQL templates are pre-written SQL queries that can be customized and reused for different purposes. They allow for efficient management of SMS database operations, including inserting, selecting, and updating messages. In the context of Ozeki SMS Gateway, SQL templates are used to define the SQL commands for accessing SMS database tables.

What Are the Benefits of Using Sender ID in SMS Communication?

Sender ID customization in SMS communication offers several advantages. Sender ID enhances brand recognition, builds trust, and leaves a lasting impression on recipients, thereby increasing the effectiveness of marketing and communication efforts. It allows you to personalize your messages by displaying your chosen sender's name or number.

https://ozeki-sms-gateway.com/p_5720-how-to-send-sms-from-mysql.html

SMS from/to MySQL

In this tutorial, you can see how to install and configure the MYSQL database connection and how to create the recommended database structure. You can combine Ozeki SMS Gateway with a MySQL database to send, receive and store SMS messages. The Ozeki SMS Gateway is a powerful SMS gateway software that is capable of sending 1000 SMS / second, while still managing to run on your computer offering security for your messages and contact. This article is aimed at users who are familiar with MySQL. The process itself should not take more than 20 minutes to perform, with the help of this detailed tutorial. You will learn how to set up a MySQL database, user and give permissions to it. You will also create a user in Ozeki SMS Gateway. Don't waste any more time. Start sending SMS now!

How to send SMS from MySQL
MySQL Installation (Video guide)
Create Database Tables (Video guide)
Configure Database User (Video guide)
Send Test Message (Video guide)

What is MySQL?

MySQL is a relational database management system that is based on SQL. It is widely used due to being open-source and free, but very reliable and fast.

The solution uses Ozeki SMS Gateway installed on your PC. The Database User of SMS Gateway can easily communicate with your MySQL database user.

How to receive SMS with MySQL database

This SMS receiving system makes it possible to receive SMS using a MySQL Database Server. This arrangement consists of a phone that will be used to send messages, a computer with Ozeki SMS Gateway installed, a database server, and your application. The method works the following way: The phone sends the message. The computer with the Ozeki SMS Gateway will save the message in a MySQL Database Server. Your application could get the messages using an SQL Query.

How to send SMS from MySQL database

This SMS sending system makes it possible to send SMS using a MySQL Database Server. This system consists of a phone that will be used to collect the messages from the database, a computer with Ozeki SMS Gateway installed, a database server, and your application. The procedure works the following way: Your application will send the message to the MySQL Database Server. It will store your message and the Ozeki SMS Gateway will be able to acquire it using an SQL Query. The message will be sent to the phone after it was acquired.

SMS from/to MySQL (Video tutorial)

In this video, you will see the process of connecting MySQL to the Ozeki SMS Gateway. It will start with launching a MySQL Command Line Client and will take you to send your first message to test your system. In the process, you will learn how to set up a MySQL database that will be usable and how to create a new application interface for MySQL in Ozeki SMS Gateway. The process is easy to do, and the video is very detailed. Plus, the Ozeki SMS Gateway offers a very intuitive interface, so you will have no hard time following the tutorial.

Create the database

The first step of the process is setting up a new database. You can see on Figure 3, the statement that will create the 'ozekidb' database is the following: 'CREATE DATABASE ozekidb;'. This will create a database that is usable by the Ozeki SMS Gateway.

Create a user

In the next step, you need to create a user for the 'ozekidb' database. You can do so with the 'CREATE USER' statement visible on Figure 4. The next statement will grant privileges to the user and the flush statement will reload the database and activate the privileges.

Create the 'ozekimessagein' table

Now that you have a database, let's create tables in them. You need two tables to work with the Ozeki SMS Gateway. The first table you will create is the 'ozekimessagein' table. It will store all your incoming messages. It checks periodically for them and stores them in a record in the database.

You can create this table (Figure 5) by simply copy-pasting the MySQL create table script from this tutorial. You can find the code at the end of the tutorial.

Create the 'ozekimessageout' table

The second table is the 'ozekimessageout' table. It is responsible for storing your sent messages. If you send a message from the database, this table will store it in a record with all the information about it. (Figure 6)

You can create both tables by simply copy-pasting the MySQL create table script from this tutorial. You can find the code at the end of the tutorial.

Install an SQL messaging user

Now you will start working in Ozeki SMS Gateway. The first thing you need to do is creating an SQL messaging user. You can do this by opening the Ozeki SMS Gateway application and searching for the 'Add new user/application...' button (Figure 7). By clicking this button, you will open the 'Add user or application' install list. Search for the SQL messaging install list that is located in the 'Application Interfaces' section. Click the Install button next to it and you will start the installation process.

Choose the MySQL option

In the next install list, you will see all the database management software that the Ozeki SMS Gateway supports (Figure 8). In this case, choose the MySQL option, by clicking the Install button next to the title. It will start the setup process.

Provide the connection settings

In the next step, you need to provide the connection settings of the MySQL application interface. This will make sure that the connection between the Ozeki SMS Gateway and the MySQL client can be established. Search for the 'Connection settings' group box and provide a hostname, a port number, the name of the database, and the login credentials for it (Figure 9). If you have successfully completed the group box, click the 'OK' button.

Turn on the application interface

Now that you have successfully created a MySQL Application interface, it is time to turn it on, by switching the 'Connection' switch button. If it is green and you can see a checkmark next to the icon of the application interface (Figure 10), it means that the connection is active. You will see the initialization process in the Events tab.

Use the INSERT statement

Now you have a working connection between the Ozeki SMS Gateway and MySQL. You can test your system by sending a test SMS with the help of the INSERT statement. This will insert messages into the ozekimessageout table, so the Ozeki SMS Gateway will send the message to the predefined destination (Figure 11). If you are familiar with SQL, feel free to modify the statement to your liking.

The sent folder

Make sure to check the Sent folder after the test SMS, to confirm that the message was sent (Figure 12). If you see the record of the sent message in the Sent folder, it means that the system is working as intended. You can get more information about the test SMS here.

After the connection details are set, it is very important to create the database table structure. The example database in this tutorial consists of two tables 'ozekimessageout' and 'ozekimessagein'. You can choose any table name, although you should keep them in mind. You are recommended to use the following table layout:

MySQL create table script:

CREATE TABLE ozekimessagein (
id int(11) NOT NULL auto_increment,
sender varchar(255) default NULL,
receiver varchar(255) default NULL,
msg text default NULL,
senttime varchar(100) default NULL,
receivedtime varchar(100) default NULL,
operator varchar(100) default NULL,
msgtype varchar(160) default NULL,
reference varchar(100) default NULL,
PRIMARY KEY (id)
) charset=utf8;
ALTER TABLE ozekimessagein ADD INDEX (id) ;

CREATE TABLE ozekimessageout (
id int(11) NOT NULL auto_increment,
sender varchar(30) default NULL,
receiver varchar(30) default NULL,
msg text default NULL,
senttime varchar(100) default NULL,
receivedtime varchar(100) default NULL,
reference varchar(100) default NULL,
status varchar(20) default NULL,
msgtype varchar(160) default NULL,
operator varchar(100) default NULL,
errormsg varchar(250) default NULL,
PRIMARY KEY (id)
) charset=utf8;
ALTER TABLE ozekimessageout ADD INDEX (id);

Figure 13 - CREATE database tables

Please maintain the 'id' field in your database to support faster SQL updates.

If you modify database tables. For example, if you add additional columns, please review the SQL templates used by Ozeki SMS Gateway. Please make sure that they are compatible with the customized database table layout.

Conclusion

Congratulations, you have completed this task of connecting MySQL to the Ozeki SMS Gateway. Good Job!

You can use this knowledge to create a system where the Ozeki SMS Gateway and the MySQL database service is connected and can work together. This solution combines the performance and reliability of the Ozeki SMS Gateway and the cost-effectiveness of MySQL.

If you wish to learn more about the software solutions that Ozeki offers, make sure to visit ozeki-sms-gateway.com.

https://ozeki-sms-gateway.com/p_2936-mysql-basics.html

MySQL basics

The following commands can be used to setup a MySQL server on an Ubuntu Linux distribution to be used with Ozeki 10. These commands should be executed in a root command shell. To get a root shell on the Ubuntu desktop, open the terminal app and type "sudo bash".

What is MySQL?

An open-source relational database management system called MySQL is used to store and manage structured data. It uses SQL for data processing and retrieval, and it stores records in tables with rows and columns. MySQL is a well-liked alternative for many applications, from web development to data warehousing, because of its performance, scalability, and broad acceptance.

Install the MySQL server

# apt-get install mysql-server

The first step is to install the MySQL server on your Ubuntu system using the apt-get package manager. This is a command-line tool used to handle packages on Debian-based Linux distributions like Ubuntu. It's used to install, upgrade, or remove software packages. For managing packages on Debian-based Linux distributions like Ubuntu, use the command-line program 'apt-get'. Software products can be installed, upgraded, or removed using it. 'install': This is the action you're asking apt-get to perform. It tells apt-get that you want to install a package. This is the name of the package you wish to install: 'mysql-server'. That is the MySQL server package in this instance. Combining everything, the apt-get install MySQL-server program will download and install the MySQL server package along with any dependencies.

Login to the MySQL server

# mysql -u root

Log in to the MySQL server using the mysql command with the -u flag to specify the username. Here's how the command works: The command-line program used to communicate with MySQL databases is called 'mysql'. The command's '-u root' option provides the login username you wish to use. In this instance, you are making use of MySQL's standard superuser account, "root". Putting it all together, when you run the command mysql -u root, you're instructing the MySQL client to connect to the MySQL server using the "root" user account.

Create the Ozeki database

mysql> create database ozekidb;

Create a database named "ozekidb" in the MySQL server. You may communicate with the MySQL server directly by typing "mysql>" at the command prompt for MySQL. 'create database ozekidb;': The "ozekidb" database is created with this command. Putting it all together, when you run the command create database ozekidb; within the MySQL command prompt, you are instructing MySQL to create a new database named "ozekidb."

Create the Ozeki user with the password abc123

mysql> create user Ozeki user identified by 'ozekipass';

Once you're in the MySQL command prompt, create the "ozekiuser" user with the password "ozekipass". This command is used to create a new user named "ozekiuser" and sets the user's password to "ozekipass."

Let the Ozeki user access to Ozeki database

mysql> grant all privileges on ozekidb.* to 'ozekiuser';

'mysql>': This is the MySQL command prompt that indicates you are interacting directly with the MySQL server. 'grant all privileges on ozekidb.* to 'ozekiuser';': This command grants all privileges on the "ozekidb" database to the user "ozekiuser". Within the MySQL command prompt, you are instructing MySQL to grant all privileges on the "ozekidb" database to the user "ozekiuser."

Configure remote access for MySQL

# nano /etc/mysql/mysql.conf.d/mysqld.conf

change the bind address to 0.0.0.0

Configure remote access for MySQL on Ubuntu by modifying the 'mysqld.conf configuration file. nano /etc/mysql/mysql.conf.d/mysqld.conf': This command opens the 'mysqld.conf' file using the nano text editor. The file is located in the '/etc/mysql/mysql.conf.d/' directory and contains MySQL server configuration settings. Locate the bind-address parameter in the 'mysqld.conf' file and changing its value to 0.0.0.0. This change allows the MySQL server to listen on all available network interfaces, which enables remote access.

Restart MySQL

# systemctl restart mysql

This command tells systemd to restart the MySQL service. The "mysql" here is the service name for MySQL as recognized by systemd. When you run the command 'systemctl restart mysql', the MySQL service will be stopped and then started again. If you see that the service is active and running, the restart was successful.

Check if MySQL listens on port 3306

# netstat -tulnp | grep mysql

Check if MySQL is listening on port 3306 by using the netstat command with the grep filter. 'netstat -tulnp': This command displays active network connections and listening ports. '|': This symbol is used to pipe the output of the netstat command to another command. 'grep mysql': This command searches for the string "mysql" in the output of the netstat command. If MySQL is indeed listening on port 3306, you should see an output line similar to this: '127.0.0.1:3306 0.0.0.0:* LISTEN'.

Allow port 3306 in your firewall

# ufw allow 3306/tcp

The provided command uses ufw (Uncomplicated Firewall) to allow incoming connections on port 3306 for TCP traffic. 'ufw allow 3306/tcp': This command adds a rule to the firewall to allow incoming TCP traffic on port 3306. In this case, the command 'ufw allow 3306/tcp' specifically allows incoming TCP traffic on port 3306. After executing this command, the firewall will permit incoming connections on port 3306, which is the default port used by MySQL for communication.

Find out the IP address of your Linux box

# ifconfig

The provided command, ifconfig, is used to display network interface information, including IP addresses, on Linux systems. Find out the IP address of your Linux box. In that section, you will see a line that starts with "inet" followed by an IP address. This is your Linux box's IP address on that interface, like this: 'inet 10.0.2.15 netmask 255.255.255.0 broadcast 10.0.2.255'

FAQs

What is MySQL used for?

A popular relational database management system (RDBMS) for storing, controlling, and retrieving structured data is called MySQL. It is frequently used to power backend databases, e-commerce platforms, content management systems, and other components in online applications. MySQL is a foundational technology for dynamic and data-driven applications because it makes efficient data storage, retrieval, and manipulation possible.

Is MySQL different from SQL?

Yes, MySQL and SQL are different but related concepts. Structured Query Language, or SQL for short, is a standardized language used to interact with and query databases. The relational database management system (RDBMS) known as MySQL, on the other hand, uses SQL as its query language.

Is MySQL a coding?

MySQL is a relational database management system, not a programming language (RDBMS). Nevertheless, MySQL utilizes the SQL (Structured Query Language) programming language specifically for querying and interacting with its databases. Although MySQL is the software system that handles the databases, SQL is used to create, change, and retrieve data from the MySQL databases.

Summary

This guide provides a comprehensive setup process of MySQL server on an Ubuntu Linux distribution for use with Ozeki SMS Gateway. It explains the process step by step, from installing MySQL to configuring remote access and ensuring the MySQL server is functioning correctly. The goal of the guide is to enable users to set up a functional MySQL server for use with the Ozeki SMS Gateway software.

https://ozeki-sms-gateway.com/p_3340-windows-11.html

Setting up MySQL in Windows 11

In this article, we will be showing you how to set up a MySQL connection to Ozeki SMS Gateway in Windows 11. You will see information about the installation of a MySQL server, how to build the database schema for compatibility with Ozeki SMS Gateway, how to set up a Database connection with Ozeki SMS Gateway and how you can send messages with it. It should only take about 7 minutes to watch the provided videos and about 20 minutes to do them on your own computer depending on your network speed and computer performance.

Install MySQL database (video tutorial)

In the following video guide, you will see how to install MySQL on Windows 11. The video starts from the official MySQL website and at the end, you will have a MySQL shell access.

Create database schema (video tutorial)

The next video guide will help you set up your database to be compatible with Ozeki SMS Services. First, you will have to connect to the MySQL server root user at localhost:3306 (Your own MySQL server) and create a database called ozekidb, then create a new user that you grant all privileges to with the name ozekiuser and a password, we used ozekipass in this video.
We will create two tables for incoming and outgoing messages as well and by the end, you will have a fully setup Database Schema.

Connect SMS Gateway to MySQL database (video tutorial)

In this guide, we will use the Ozeki SMS Gateway to add a new SQL messaging connection with a MySQL instance. We will have to enter the details of the MySQL server we set up in the previous steps and in the end, we will have a working connection to our MySQL server.

Send test message (video tutorial)

In this short video guide, we show you how to send SMS messages from the MySQL connection we set up previously.

https://ozeki-sms-gateway.com/p_5723-send-sms-from-mysql.html

Send SMS from MySQL (part 1/4)

MySQL Installation

MySQL is a Database management system which is used in an industrial environment. It is based on the Structured Query Language (SQL). The most common use for my SQL however, is for the purpose of a web database, for example an inventory of an online store. It can work together well with the Ozeki SMS Gateway, but you need to connect this two software. The first step for it to install this software to your computer.

Video content
1. Download MySQL
2. Install MySQL

---

Please jump to the next video or if you scroll down you can find screenshots that describe how to download and install MySQL database server.

First, you need to acquire the files you need for the installation. To do that, please head over to the download page of MySQL , and search for the MySQL Community version. Click the link and it will take you to the community download version selector page. You can see the download page on Figure 1.

Now you are on the download version selection page of MySQL. It is important to make sure that you download a Community edition of the software, because it is free of charge to use it, with some locked functions, but you get everything you need to connect the Ozeki Gateway to MySQL. You need to look for a link titled “MySQL Installer for Windows”. You can find it with the help of Figure 2. Click it and you will be presented with the download page.

Now on this page, you get to choose your preferences. First of all, you can choose whether you use Windows or other as your operating system. In our case, we use Windows. Now below that, you can see multiple Installers. The smaller downloadable file is a web version of MySQL, make sure to download the bigger one, as you can see on Figure 3. Click the "Download" button to start the process.

To take full advantage of MySQL, we advise you to create a new account on this step. It is a simple process which should not take more than 10 minutes. If you wish to skip the account creating procedure, you could click the No thanks, just start my download. button, and your browser should start downloading the files you need. (Figure 4)

As you can see on Figure 5, your browser downloads the required files. It should not take long, but it depends on your internet speed. If it is finished, please click it.

Now your computer should launch the MySQL Installer. This will guide you through the steps of setting up your new SQL Server. Here you should choose the Server Only option. This will install the application in a way that you can use a MySQL Server, but you don’t need to develop SQL tables. Click Next if you have the option chosen. You can see the selection on Figure 6.

In this step, you will see the products, you are installing. If you chose the Server Only option on the last step, your list should look like ours on Figure 7. Click Execute if you wish to install those applications.

In this step, you will configure your database server to your preferences. You can choose a config type, then pair a port to your server. Make sure to tick in the Open Windows Firewall ports for network access box, so your firewall will not disturb the dataflow on the port of your server. If you have everything matched with your preferences, please click Next. You can see our preferences on Figure 8.

Now you can get to choose the authentication method of the server. It is a very important step, because you need to have a secure server which only could be modified by the person with the right permission. On this step, you have two options. The first on is a more secure password encryption system, the other one is an older Legacy Authentication method. Make sure to choose the newer and more secure Strong Password Encryption for Authentication method. You can see your options on Figure 9. Click the Next button to proceed.

If you choose the more secure method in the last step, you will be presented with the root account password creating window. Please type in a password that is hard to guess, but you will remember easily. Make sure that only you now this password, in order to have a secure server. You can see the password creating process on Figure 10.

Now you need to name your server. It is an important step, because in the Windows service, you will see your server with this name. Make sure that the Start the MySQL Server at System Startup option is ticked in, so your server will start as soon as windows. This way, your database server will always be ready to use. You can see your options on Figure 11.

On the final step of the installation, you get a summary of all the customization you have done on your SQL Server. To finalize your decision, please click the Execute button as you can see on Figure 12. Your installer will start setting up all the necessary things you need to have in order to start using the MySQL Server.

After the installer finished the process, all list members should have a check mark before it. In this case, you have a working copy of MySQL Server. If you wish to exit the installer, click the Finish button. (Figure 13)

Create ozeki database schema

CREATE DATABASE ozekidb; 

CREATE USER 'ozekiuser'@'localhost' IDENTIFIED BY 'ozekipass';
GRANT ALL PRIVILEGES ON ozekidb.* TO 'ozekiuser'@'localhost';
FLUSH PRIVILEGES;

CREATE TABLE ozekimessagein (
  id int(11) NOT NULL auto_increment,
  sender varchar(255) default NULL,
  receiver varchar(255) default NULL,
  msg text default NULL,
  senttime varchar(100) default NULL,
  receivedtime varchar(100) default NULL,
  operator varchar(100) default NULL,
  msgtype varchar(160) default NULL,
  reference varchar(100) default NULL,
  PRIMARY KEY (id)
  ) charset=utf8;
  ALTER TABLE ozekimessagein ADD INDEX(id);

CREATE TABLE ozekimessageout (
  id int(11) NOT NULL auto_increment,
  sender varchar(255) default NULL,
  receiver varchar(255) default NULL,
  msg text default NULL,
  senttime varchar(100) default NULL,
  receivedtime varchar(100) default NULL,
  reference varchar(100) default NULL,
  status varchar(20) default NULL,
  msgtype varchar(160) default NULL,
  operator varchar(100) default NULL,
  errormsg varchar(250) default NULL,
  PRIMARY KEY (id)) charset=utf8;
  ALTER TABLE ozekimessageout ADD INDEX (id);

Conclusion

In this first part of our four-part series, we have covered the essential steps

to install and configure MySQL for SMS integration with Ozeki SMS Gateway. Starting from downloading the MySQL Community edition, we walked through the installation process, including server configuration, authentication setup, and root password creation. We also demonstrated how to create the necessary database schema, user permissions, and tables (ozekimessagein and ozekimessageout) to store SMS messages efficiently. By following these steps, you now have a functional MySQL database ready to connect with Ozeki SMS Gateway. In the next part of this series, we will explore how to establish this connection and automate SMS workflows. Stay tuned for further guidance on leveraging MySQL for seamless SMS communication.

https://ozeki-sms-gateway.com/p_5724-database-tables-for-storing-sms-in-mysql.html

Send SMS from MySQL (part 2/4)
Create Database Tables

In this video series you can see how to connect Ozeki SMS Gateway and MySQL database server for SMS messaging. This video shows how to create the proper database table structure by using the command line of MySQL.

Video content
1. Connect to MySQL
2. Copy CREATE TABLE statement

---

Please scroll down to copy the SQL statements (Figure 1) used in the video. If you have created the database in MySQL, you can jump to the next video.

The first step is to open MySQL Shell. To do that, please search for the icon you see on Figure 1. Click on it to run the program.

Now if you have the program opened, please copy the code, you can see on Figure 3. You can see that we have pasted the code, and it has created our database, on Figure 2.

MySQL CREATE TABLE statements to copy:

    CREATE DATABASE ozekidb;

Figure 3 - Create database statement

MySQL CREATE TABLE statements to copy:

CREATE TABLE ozekimessagein (
  id int(11) NOT NULL auto_increment,
  sender varchar(255) default NULL,
  receiver varchar(255) default NULL,
  msg text default NULL,
  senttime varchar(100) default NULL,
  receivedtime varchar(100) default NULL,
  operator varchar(100) default NULL,
  msgtype varchar(160) default NULL,
  reference varchar(100) default NULL,
  PRIMARY KEY (id)
  ) charset=utf8;
  ALTER TABLE ozekimessagein ADD INDEX(id);


CREATE TABLE ozekimessageout (
  id int(11) NOT NULL auto_increment,
  sender varchar(255) default NULL,
  receiver varchar(255) default NULL,
  msg text default NULL,
  senttime varchar(100) default NULL,
  receivedtime varchar(100) default NULL,
  reference varchar(100) default NULL,
  status varchar(20) default NULL,
  msgtype varchar(160) default NULL,
  operator varchar(100) default NULL,
  errormsg varchar(250) default NULL,
  PRIMARY KEY (id)) charset=utf8;
  ALTER TABLE ozekimessageout ADD INDEX (id);

Figure 4 - CREATE TABLE statements to copy

Now if you have the database created, you have to create two tables. One for inbox and one for outbox mails. Please copy the code you see on Figure 4. It will make all the necessary data fields. Highlight the code and press "CTRL + C" to copy it to your clipboard.

Now if you have the code on your clipboard, please paste it. If you have pasted it into the MySQL Command Line, press enter, and the application will build the tables for you. Feel free to modify the code to your liking, if you are familiar with the SQL language.

Now you need to do the last 2 steps you have done, but with the “ozekimessageout” table (Figure 5). You can copy it with “CTRL + C”, just as you did on Figure 3.

Now you just need to paste in the last copied code into the MySQL Command Line. Press "CTRL + V" to paste the code from your clipboard. If you have the code, please press Enter. now the Command Line will build your second table. Now you have all the required tables for Ozeki SMS Gateway. (Fiugre 6)

How to create a MySQL user

The following SQL commands (Figure 7) can be used to create a user called 'ozekiuser', with a password of 'ozekipass'. This is a MySQL user account. You can use this user account to connecto to the ozeki database, because the GRANT command has given access to this database.

CREATE USER 'ozekiuser'@'localhost' IDENTIFIED BY 'ozekipass';
GRANT ALL PRIVILEGES ON ozeki.* TO 'ozekiuser'@'localhost';
FLUSH PRIVILEGES;

Send SMS from MySQL (part 3/4)
Configure Database User

In this video series you can see how to connect Ozeki SMS Gateway and MySQL database server for SMS messaging. This video shows how to install and configure a Database User on Ozeki SMS Gateway.

Video content
1. Install database user
2. Connect to database

---

First, you need to open the SMS Gateway on the computer you wish to use as a database user. To do this, search for the icon you can find on Figure 1. Click it twice to run the program.

Now that you are in the Ozeki SMS Gateway. please add a new user application. You can do that with the dedicated button on the right side of the panel. Search for the “Add new user application” button. You can find it with the help of Figure 2. Click on it to start the process.

Now you have to select the application interface you wish to use. The Ozeki SMS Gateway can handle many interfaces. You can see your options on Figure 3. In this case, you need to choose the SQL messaging option. Click the “install” button to start the procedure.

Here you need to select the SQL Management software you want to use. In this scenario, you need to choose MySQL. Click the blue “install” button to proceed. You can find the button on Figure 4.

You need to configure your connection now. On the “connection settings” panel, you could make all your important customization in order for your database user to work. You can find an example configuration on Figure 5.

Now you have a working connection, you just need to turn it on. You can do that by finding the “Connection” switch on the left of the page. Click on it and it will turn green. You can find the switch on Figure 6.

Send SMS from MySQL (part 4/4)
Send Test Message

This is the last video in this video series which shows how to connect Ozeki SMS Gateway and MySQL database server for SMS messaging. See how to insert a simple row into the proper table, so Ozeki SMS Gateway can automatically send SMS messages to mobile phones.

Video content
1. Insert message into database
2. Send test message

---

Look at the upcoming screenshots to thoroughly examine the final stage, which is SMS sending. You can start the whole process by INSERT-ing the SMS into the database.

INSERT message record (example):

USE ozeki
INSERT INTO ozekimessageout (receiver,msg,status) values ("+44111223465","Hello world","Send");
GO

Figure 3 - Copy INSERT statement

How to encrypt the MySQL database?

SMS from/to PostgreSQL

This chapter gives you great opportunity to see how to send and receive SMS messages through pre-created PostgreSQL database tables. You just need to connect to them with a Database User of Ozeki SMS Gateway. Do not forget to provide the ODBC driver connection string for the user. Using the Ozeki SMS Gateway in this system is beneficial because it can reach up to a 1000 SMS/second speed. We assume you have already used the PostgreSQL and can perform basic operations with it. You will be provided some useful information and detailed step by step instructions. We hope you will find this example easy to understand. Begin now!

What is PostgreSQL?

PostgreSQL is an open-source database system that is used as the primary data store for many web or mobile applications

How to send SMS from PostgreSQL
PostgreSQL Installation (Video guide)
Create Database Tables (Video guide)
Configure Database User (Video guide)
Send Test Message (Video guide)

Please install two important programs. A simple PostgreSQL database server and an Ozeki SMS Gateway, which is capable to create a Database User and connect to the PostgreSQL database using the connection string. Check how to install a SMS Database User. Do not forget to create a separate table for the outgoing and incoming messages. These tables are called 'ozekimessagein' and 'ozekimessageout' in the current example. Send and receive SMS messages by using simple SELECT and INSERT SQL statements on the tables.

How to receive SMS with PostgreSQL database

This system will make it possible to receive SMS messages and store them in a PostgreSQL Database Server. The system consists of your application, a PostgreSQL Database Server, a computer with the Ozeki SMS Gateway installed and an Android phone with the Ozeki SMS gateway running. Your phone will send the SMS message, which will be forwarded to the Database server by the Ozeki SMS Gateway. Then your application will download the messages from the PostgreSQL database server. (Figure 1)

How to send SMS from PostgreSQL database

This system enables you to send SMS messages from a Postgre SQL Database Server. This system consists of an application, a PostgreSQL Database Server, a computer with Ozeki SMS Gateway installed, and an android phone with the Ozeki SMS Gateway app. Your application will send the message with some information to the PostgreSQL Database Server to store it. The Ozeki SMS Gateway software on the PC will check the Database Server periodically and send the message to the predefined address. Then the phone will receive the message. (Figure 2)

SMS from/to PostgreSQL (Video tutorial)

In this video, you will see the process of connecting PostgreSQL to the Ozeki SMS Gateway. It will start with launching the pgAdmin tool and will end with the sent folder that contains the test message. You will learn how to create a database in pgAdmin and how to create a user application. The process is easy to do and the video is very detailed. Plus the Ozeki SMS Gateway offers a very intuitive interface, so you will have no hard time following the tutorial.

Create a new user

On Figure 3, you can see the statement that you need to provide in pgAdmin to create a user that can be used to connect to the Ozeki SMS Gateway. This statement will create a user with all the privileges already set and ready to use. Next, you need to create a database that can be used by the user.

Create the database

Now that you have the user created, you just need a database to work with. You can see the statement you need to provide on Figure 4. This will create a database that is owned by the previously created user with the correct 'UTF8' encoding. This database can easily be connected to the Ozeki SMS Gateway.

Create the 'ozekimessagein' table

To store your incoming messages, you need to create the 'ozekimessagin' table. You can see the code you need to provide on Figure 5. This code will create a perfect table that can be used to store the incoming messages. You can find the statement below the tutorial. You can copy it and just paste it into pgAdmin.

You need to create another table titled 'ozekimessageout'. This table will be used to store the message that the user sends. The SMS gateway will periodically check the table and send all the messages that are yet to send. You can see the statement that you need to send on Figure 6. See the whole code below the tutorial, where you can copy-paste it to pgAdmin.

Install an SQL messaging application interface

Now you need to start working in the Ozeki SMS Gateway. The first thing you need to do is to search for the 'Add new user/application' button. Press it to get to the new user or application install list. There you need to find the Application interfaces section. Search for the SQL messaging option in the section. Click the Install button next to it to start the installation process. (Figure 7)

Choose the PostgreSQL option

In this install list, you can see all the SQL tools that the Ozeki SMS Gateway can work with. In this case, please choose the PostgreSQL option. Find it and click the Install button next to it, as you can see on Figure 8. It will start the new application interface installer.

Provide connection details

To have a working connection between the Ozeki SMS Gateway and PostgreSQL, you need to provide connection details to the gateway. Open the General tab of the application interface and search for the 'Connection settings' group box. There you will find 5 textboxes to be completed. You need to provide a server address, a port number, a database name, and login credentials for the database, like on Figure 9. If you are finished, click the 'Ok' button and you are finished with the setup of the application.

Enable the PostgreSQL connection

Now you have a working application interface. All you need to do is turn it on. You can do this with the 'connection' switch button. If it is green and you can see a green tick next to the PostgreSQL logo, it means that the connection is active and working (Figure 10). You can see the details of the connecting process in the Events tab.

Run an INSERT statement

Now you have a working connection between the Ozeki SMS Gateway and PostgreSQL. This means that now you can send and receive SMS messages. To test the system, you need to try the INSERT statement visible on Figure 11. Copy the statement into the SQL tab of the application interface and 'Execute' it. You can find the code at the end of the tutorial with the table creating commands. This command will create a field in the 'ozekimessageout' table. The gateway will scan the table and send the message to the destination.

The sent folder

Don't forget to check the Sent folder (Figure 12). The message inserted into the 'ozekimessageout' table should be visible in the folder. You can get more information about the message here, like the text of the message, the time of sending, and the result of the sending process.

Use Ozeki SMS Gateway's browser GUI to install a Database User and provide a connection details similarly as you would do it for other databases (e.g. MSSQL, Oracle, MySQL etc.)

It works if you modify the variables by using the information of your PostgreSQL database server (Figure 3).

INSERT statement

You can see how to use this code on Figure 11.

The CREATE TABLE script in PostgreSQL:

INSERT INTO ozekimessageout (receive, msg, status) VALUES ('+36209355418', 'test', 'send');

CREATE tables in PostgreSQL

PostgreSQL accepts simple SQL statements. You can see how to CREATE two separate tables for incoming and outgoing messages in Figure 13.

The CREATE TABLE script in PostgreSQL:

CREATE TABLE ozekimessagein
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
operator varchar(100),
msgtype varchar(160),
reference varchar(100)
);

CREATE TABLE ozekimessageout
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
reference varchar(100),
status varchar(20),
operator varchar(100),
errormsg varchar(250),
msgtype varchar(160)
);

Figure 14 - These statements CREATE two tables in your PostgreSQL database

You can always increase the size of the 'msg' field above 160 characters. You can also change it's data type as well.

It is strongly suggested to maintain the 'id' attribute in all tables. 'id' is basically the index of each record.

Conclusion

Congratulations, you have completed this task of connecting PostgreSQL to the O zeki SMS Gateway. You can be proud of yourself!

Now you can create this connection anytime you want. This solution is great because you can enjoy the speed and reliability of the Ozeki SMS Gateway and the cost efficiency of PostgreSQL. If you wish to learn more about the software solutions that Ozeki offers, make sure to visit ozeki-sms-gateway.com.

Send SMS from PostgreSQL (part 1/4)
PostgreSQL Installation

In this tutorial, you will learn how to send SMS form a PostgreSQL database server. PostgreSQL is used as the primary data store or data warehouse for many web, mobile and analytics applications. PostgreSQL can store structured and unstructured data. By reading this article, you will know how to combine the resources of PostgreSQL and the versatility of the Ozeki SMS Gateway. You will learn how to install PostgreSQL, how to create and configure a database and how to test it. We assume that you are familiar with the PostgreSQL and the SMS communication technology. In this page, the installation step is presented in detail. This step will only take about 10 minutes to perform.

What is PostgreSQL?

PostgreSQL is an open-source database system that uses and extends the SQL language supplemented with many features that safely store and scale the most complicated data workloads

Video content
1. Download PostgreSQL
2. Install PostgreSQL
3. Install PostgreSQL's ODBC Driver

---

Download PostgreSQL

The first step is to head over to the download page of PostgreSQL. Here you need to choose which PostgreSQL you wish to download and what OS you are currently using. Provide that information and click the download now button, as you can see on Figure 1. This will start the downloading process.

Open the Downloaded File

If your browser is finished downloading the installer, click it to start the installing section (Figure 2). You can find the downloaded .exe file at the bottom of your browser window or at the downloads folder on your pc by default.

Provide installation directory

Now you need to provide a folder where the installer will copy the necessary files. Make sure that there is enough space on the drive that you are installing PostgreSQL on. If you have your destination selected, click the Next button to proceed to the next step (Figure 3).

Select components

In this section, you need to choose which components of PostgreSQL you wish to install. To have the most versatile software possible, please check all the checkboxes and click the next button located on the bottom-left corner of the window (Figure 4).

Select data directory

Now you need to choose a folder which will be used to store all your data. The folder you are choosing now will be filled with all your user data as well as the data used by PostgreSQL (Figure 5). Make sure that you have plenty of free space on the drive you are choosing to use here.

Provide a password

In this step, you need to provide a password in both fields visible on this page (Figure 6). Having a password protected database means that only people with permission will be able to access the database. Choose a password that is hard to guess but easy to remember.

Type in the Port number

In the Port field, you need to type in the port number that the server should listen on. In this case the correct number is 5432. This means that the port 5432 will be only used for your porstgreSQL. If you have your port number provided, click the Next button to proceed (Figure 7).

Choose the default locale

In the Locale drop-down menu, you get to choose the locale which specifies the language, territory, and code set that the database server needs to use. To use the default local, which is POSIX, leave the drop-down menu on default locale option (Figure 8).

Check the pre-installation summary

In the pre installation summary page, you will be able to check all the settings you made in the previous steps. You can confirm the installation directory, the data directory, and the port you will use. If you find everything correct, click the Next button to proceed (Figure 9).

Wait for the installation to finish

In the next step, all you need to do is wait for the installation process to finish. If you can see the green progression bar moving, it means that the PostgreSQL in installing (Figure 10).

Finish the installation and open Stack Builder

If the progression bar is filled, it means that your software is installed. The base PostgreSQL system is a good database management tool, but to use it at full potential, you need modules. To install modules, install the stack builder for PostgreSQL which simplifies the process of downloading and installing modules. It provides a graphical interface where you can choose the modules to install. Check in the checkbox for stack builder and click the finish button located on the bottom of the window (Figure 11).

Choose the installed PostgreSQL version

In this step, from the drop-down menu, you need to choose which version of the PostgreSQL is installed on your computer, and which port it uses. In this case, choose the PostgreSQL 10 on port 5432. This way the Stack Builder will install modules for the correct version and port. Click the next button if you are finished (Figure 12).

Choose the psqlODBC option

From the application install list, choose the Database Drivers option. Now you can see the 4 possible application you can install. Check the checkbox for the psqlODBC (64bit) option and click the Next button to start the download and installation process (Figure 13).

Start the package downloading process

In this step, you get to choose the download directory for the packages. Make sure to have enough free space on the drive you are downloading the packages to. Click the Next button and the Stack Builder will start downloading the required files (Figure 14).

Setup the psqlODBC

You can see on Figure 15, that the main page of the psqlODBC is now opened. Click the Next button to start the installation process.

Choose an installation directory

In the Installation Directory textbox, choose the installation directory where the installer should move the required files. Make sure that there is enough free space on the drive you are installing the packages to. Click the Next button to proceed to the next step. (Figure 16).

Start the installation process

If you see this page, it means that you are finished with the settings. Click the Next button to start the installation procedure (Figure 17).

Wait for the installation process to finish

Now the installer will move the required files to the folder you chose. Wait for the progression bar to fill, so your software is installed (Figure 18). After it, you will have a working copy of the software.

Close the installer window

If you see the screen visible on Figure 19, it means that the PostgreSQL and the psqlODBC module is installed correctly. Close the installer page with the Finish button located on the bottom of the window.

Create Database Tables

On Figure 20, you can see the icon you need to look for called pgadmin. Click it to launch the app where you can start setting up the database structure and start connecting to the PostgreSQL server.

Create Ozeki user and database

The following SQL commands can be used to create a user called 'ozekiuser', with a password of 'ozekipass'. This is a PostgreSQL user account. You can use this user account to connect to the ozeki database. (Figure 21)

CREATE ROLE ozekiuser WITH
	LOGIN
	SUPERUSER
	CREATEDB
	CREATEROLE
	INHERIT
	NOREPLICATION
	CONNECTION LIMIT -1
	PASSWORD 'ozekipass';

Figure 22 - Copy CREATE ROLE statements

Now please copy the code, you can see on Figure 5. You can see that we have pasted the code, and it has created our database, on Figure 23.

CREATE DATABASE ozekidb
    WITH 
    OWNER = ozekiuser
    ENCODING = 'UTF8'
    CONNECTION LIMIT = -1;

Figure 24 - Copy CREATE DATABASE statements

CREATE TABLE statements to use on your PostgreSQL server

The code

CREATE TABLE ozekimessagein
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
operator varchar(100),
msgtype varchar(160),
reference varchar(100)
);
 
CREATE TABLE ozekimessageout
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
reference varchar(100),
status varchar(20),
operator varchar(100),
errormsg varchar(250),
msgtype varchar(160)
);

Figure 24 - Copy CREATE TABLE statements

Copy the code

On Figure 25, you can see that how you can copy the provided code. This code will build the database so the Ozeki SMS Gateway could work with it. Right-click the highlighted code and choose the copy option.

Paste the code

To build your database, you need to paste the copied code into the query editor section of pgadmin. Paste it and run the code. It will build a usable database that you can work with. You can see the pasted code on Figure 26.

Send SMS from PostgreSQL (part 2/4)
Create Database Tables

To create a solution to send text messages from PostgreSQL we will need 13 minutes. This article provides directions and the necessary information to help you complete this procedure efficiently. Maybe the greatest benefit of this PostgreSQL solution is that all you have to do is perform some basic configuration and you will be ready to send sms in a short time. This solution is based on Ozeki SMS Gateway, so you can take advantage of that fact that it offers excellent logging capabilities, which means you can track down errors quickly. We assume you are familiar with the basics of how mobile text messaging works. You will be presented some valuable information and well-structured step-by-step instructions. We hope you will enjoy reading it.

Video content
1. Connect to PostgreSQL
2. Create User in PostgreSQL
3. Copy CREATE TABLE statements

---

How to create the proper database table (Video tutorial)

In this vide, you will learn how to create a correctly working database table using the PostgreSQL GUI called pgadmin. The video will start with opening pgadmin and will end with the working database table. You will learn how to configure the table during creation and how to setup the permissions in pgadmin. The video is only a little longer then 2 minutes and it features all the steps you need to take in a detailed form. You will have no problem following the tutorial.

Please scroll down to copy the SQL statements (Figure 2-3) used in the video. If you have created the database in PostgreSQL, you can jump to the next video.

Launch pgadmin

On Figure 1, you can see the icon you need to look for called pgadmin. Click it to launch the app where you can start setting up the database structure and start connecting to the PostgreSQL server.

Create Ozeki user and database

The following SQL commands can be used to create a user called 'ozekiuser', with a password of 'ozekipass'. This is a PostgreSQL user account. You can use this user account to connect to the ozeki database.

CREATE ROLE ozekiuser WITH
	LOGIN
	SUPERUSER
	CREATEDB
	CREATEROLE
	INHERIT
	NOREPLICATION
	CONNECTION LIMIT -1
	PASSWORD 'ozekipass';

Figure 3 - Copy CREATE ROLE statements

Now please copy the code, you can see on Figure 5. You can see that we have pasted the code, and it has created our database, on Figure 4.

CREATE DATABASE ozekidb
    WITH 
    OWNER = ozekiuser
    ENCODING = 'UTF8'
    CONNECTION LIMIT = -1;

Figure 5 - Copy CREATE DATABASE statements

CREATE TABLE statements to use on your PostgreSQL server

The code

CREATE TABLE ozekimessagein
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
operator varchar(100),
msgtype varchar(160),
reference varchar(100)
);
 
CREATE TABLE ozekimessageout
(
id serial,
sender varchar(255),
receiver varchar(255),
msg varchar(160),
senttime varchar(100),
receivedtime varchar(100),
reference varchar(100),
status varchar(20),
operator varchar(100),
errormsg varchar(250),
msgtype varchar(160)
);

Figure 6 - Copy CREATE TABLE statements

Copy the code

On Figure 7, you can see that how you can copy the provided code. This code will build the database so the Ozeki SMS Gateway could work with it. Right-click the highlighted code and choose the copy option.

Paste the code

To build your database, you need to paste the copied code into the query editor section of pgadmin. Paste it and run the code. It will build a usable database that you can work with. You can see the pasted code on Figure 8.

Send SMS from PostgreSQL (part 3/4)
Configure Database User

In this video series you can see how to connect Ozeki SMS Gateway to your PostgreSQL database server for SMS messaging. This video shows how to install and configure a Database User on Ozeki SMS Gateway. This database user is used to communicate with the database. You will also learn how to provide a connection string that is necessary to connect the user to the database.

Video content
1. Install Database User
2. Provide connection String
3. Connect to Database

---

How to configure a Database User (Video tutorial)

In this video, you will learn how to configure a new database user in Ozeki SMS Gateway. It will start with the home page of the Ozeki SMS Gateway and will take you all the way to a working user. You will see how to name your PostgreSQL user, how to provide connection settings and how to provide the connection string. The video is only 37 seconds long and very easy to understand. You will have no problem following the steps.

Please scroll down> to copy the PostgreSQL connection string used in the video. If you have created the database in PostgreSQL, you can jump to the next video. Although you can precisely examine the sequence by looking through these screenshots.

Open the SMS Gateway

The first step of creating a Database User is to open the Ozeki SMS Gateway application. You can find the icon of the application on the Desktop of Ozeki 10 (Figure 1). In this application you can create or modify existing ones, manage connections and constantly check the events on your connection with the log feature.

Add new user/application

The next step is to search for the blue Add new user / application button. It is located in the Users and application panel on the right-side of the window (Figure 2). Clicking the button will take you to the user or application install list. There you can see all the users or application that you can install.

Install an SQL messaging application interface

From the Application Interfaces install list, choose the SQL messaging option (Figure 3). This will create an interface which can be used to communicate with any database service, for example MySQL or Oracle. You will need to provide the connection string in this interface.

Choose the PostgreSQL option

To communicate with a PostgreSQL database, you will need to choose the PostgreSQL option (Figure 4). This will setup a table which can be used to receive messages and another one used to send SMS messages. This way you can communicate using a PostgreSQL database system

Configure the connection settings

Configure the connection settings in the General tab of the PostgreSQL user. You need to provide a server address and a port number for the server. You need to provide the name of the Database, a user ID, and a password for login. Click the OK button when you filled in the configuration form. (Figure 5).

Turn on the connection

To start using the created PostgreSQL user, you need to turn it on. As you can see on Figure 6, you can flip the switch button and start the user. You can see every step of the startup and details of all the events happening on the server. If you see a green tick under the icon of the PostgreSQL database user, it means that you have a working user.

Send SMS from PostgreSQL (part 4/4)
Send Test Message

This is the last video in this video series which shows how to connect Ozeki SMS Gateway to a PostgreSQL database server for SMS messaging. See how to insert a simple row into the proper table, so Ozeki SMS Gateway can automatically send SMS messages to mobile phones.

Video content
1. Insert message into database
2. Send Test message

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Look at the upcoming screenshots to thoroughly examine the final stage (Figure 1), which is SMS sending. You can start the whole process by INSERT-ing the SMS into the database (Figure 2).

Figure 2 - Copy INSERT statement

SMS from/to SAP SQL Anywhere

See how to send and receive SMS messages through an SAP SQL Anywhere server with the Database User of Ozeki SMS Gateway. Here you can find a connection string and short CREATE TABLE statements to get started. You can send messages by inserting new message records. We assume you have already used the SAP SQL Anywhere and can perform basic operations with it. You will be provided some useful information and detailed step-by-step instructions. We hope you will find this example easy to understand. Begin now!

What is SAP SQL Anywhere?

SAP SQL Anywhere is a package that provides data management tools. It is intended to run on PCs, mobile devices, or anywhere where there is no traditional data centre

Send SMS messages with SQL Anywhere
SQL Anywhere Installation(Video guide)
Create Database Tables (Video guide)
Configure Database User (Video guide)
Send Test Message (Video guide)

You should have two important programs. The first one is an SAP SQL Anywhere server, while the second one is Ozeki SMS Gateway, which must have a Database User installed, so it can connect to the SAP SQL Database Server using a connection string. Please create a table for the incoming messages and another table for the outgoing messages. You should call these tables as 'ozekimessagein' and 'ozekimessageout', which is used in the current example. You can see your received SMS messages by using a simple SELECT and you can send SMS message with a simple INSERT SQL statement.

The browser GUI of Ozeki SMS Gateway can be used for installing a Database User. Please provide the ODBC connection string for your SAP SQL Anywhere database. The Database User can be configured from the browser GUI. Keep in mind to select 'Odbc' and type the connection string (Figure 4).

How to receive SMS with SAP SQL Anywhere database

The following SMS receiving system enables you to receive and store SMS messages using an SAP SQL Anywhere Database Server. The system consists of a phone, a computer running the Ozeki SMS Gateway software, a Database Server, and your application. The message sent from the phone will be received by the computer. It will send it to the Database server to store it. Your application will be then able to get the messages from the Database Server. (Figure 1)

How to send SMS from SAP SQL Anywhere database

This SMS sending system will be able to send messages and store those using an SQP SQL Anywhere Database Server. The system consists of an application that you will use to send SMS. An SAP SQL Database Server, a computer running Ozeki SMS Gateway Software, and a phone to receive the messages with. The system works the following way: Your application will store the messages to send in an SAP SQL Anywhere Database Server. It will store the message, so the Ozeki SMS Gateway can check it periodically for messages to send. If it finds any, it will forward those messages to the predefined address. (Figure 2)

SMS from/to SAP SQL Anywhere (Video tutorial)

In this video, we are going to show you the process of connecting an SAP SQL Anywhere database and the Ozeki SMS Gateway. You are going to learn how you can create a database in SAP SQL Anywhere. The video will start with opening the SQL central application and will take you to confirm your sent message. In the video, you will learn how you can create a database with two tables in SQL central, and how to set up an application interface in Ozeki SMS Gateway. In this 3:56 long video, we explain to you every detail about the process, so you will have no problem with following the steps.

Choose a database file

In the 'Create a Database Wizard', the first step will be choosing a file name for the database file. This could be anything, but we advise you to choose the 'ozekidb' as the file name for easier identification. If you are satisfied with the name, click the 'Next' button located at the bottom of the window to proceed to the next step (Figure 3).

Specify the login credentials

In the next step (Figure 4), you can create a new database user. There are 3 textboxes. The first one is the name of the user and the remaining two are the login password and the confirmation textbox for the password. Make sure to fill out all the textboxes to have a safe DBA user.

Create a table for incoming messages

Now you can start executing SQL statements. The first thing you want to do is to create the 'ozekimessagein' table. This table (that you can see on Figure 5) will serve as storage for your incoming messages. All the incoming messages will be stored here as a record with all the details about them. You can find the code that you need to execute at the end of this tutorial.

Create a table for outgoing messages

Now that you have a table for incoming messages, all you need is a table to store outgoing messages. This will be the 'ozekimessageout' table. You can find the code that created the table at the end of this tutorial. Copy-paste it into SQL central and execute it. It will create a perfect table to use as storage for outgoing messages (Figure 6).

Choose the SQL messaging option

Open the Ozeki SMS Gateway and search for the 'Add new user/application' button on the left side of the window. Click it to open the 'Add new user or application' install list. There you need to search for the 'Application interfaces' section and choose the SQL messaging option. Click the blue Install button to proceed to the next step (Figure 7).

Choose the SQL Anywhere option

In the next install list, you can see all the SQL database managing software that can work with the Ozeki SMS Gateway. In this case, you need to choose the 'SQLAnywhere'. This will work great with the two tables you just set up. You can see the install list and the item you need to choose on Figure 8.

Provide connection settings

To establish a connection between the Ozeki SMS Gateway and SQL Anywhere, you need to provide connection details. To do so, open the general tab of the SQL Anywhere application interface and search for the Connection settings group box. There, you need to select the version of the SQL Anywhere you are using, into the Driver textbox. You need to type in the host address, server name, port number, database name, and login credentials of the SQL database (Figure 9). If you are done with it, click the 'Ok' button.

If you followed the steps correctly, you now have a working connection between the Ozeki SMS Gateway and SQL Anywhere. To start using it, you need to turn it on. To do so, click the 'Connection' switch button. If it is green and you can see a checkmark next to the SQL Anywhere, your connection is up a running (Figure 10).

Execute the INSERT command

To test your connection, you need to insert some messages into the 'ozekimessageout' table. To do so, execute the INSERT INTO statement. It will place a test SMS into the table and start the sending process. You can see the code in Figure 11.

The sent folder

Now to confirm that the message was sent successfully, open the Sent folder of the Ozeki SMS Gateway. This will open a list of all the messages sent from the gateway. You can get more information about the message like the time of sending, the text of the message, and the result of the sending process. You can see the example SMS message on Figure 12.

SAP SQL Anywhere CREATE TABLE script

Please create the 'ozekimessageout' and 'ozekimessagein' tables on your SAP SQL Anywhere database server.

The size of the 'msg' field can be always increased above 160 characters. You can also change its data type as well.

The index of each record is the 'id' attribute. Please maintain the 'id' in all tables.

FAQs

Can I create reports and statistics from the data of sent messages?

Enable Extensive Data Logging with SQL Integration: Ozeki SMS Gateway offers SQL logging functionality. By activating this feature, you can store all message data within a database table. This opens the door to utilizing SQL queries for creating detailed statistics and reports.

Can I maintain a log of all sent and received messages in an SQL Server?

Absolutely! Extensive Data Logging with Flexible Database Options

The Ozeki SMS Gateway offers impressive flexibility when it comes to message logging. You can configure it to connect to virtually any database server that supports either OleDb or ODBC drivers. This opens the door to popular choices like:

• Microsoft SQL Server (MSSQL)
• Oracle
• MySQL
• PostgreSQL
• Microsoft Access

Every time the gateway receives or sends a message, a detailed record is automatically added to your chosen database. This record typically includes:

• Sender phone number
• Recipient phone number
• Message text
• Timestamp

The beauty of SQL logging is its customizability. You have the power to expand the stored information beyond the basics. For example, you could include:

• Sending user ID
• Message type

By leveraging SQL queries, you can extract valuable insights from this rich data. This empowers you to:

• Generate comprehensive reports on message traffic
• Analyse trends and patterns in communication
• Gain a deeper understanding of your communication needs

The dedicated SQL logging page provides in-depth information on setup and configuration: SQL logging page

This approach provides a clear explanation, highlights the benefits of using a database, and encourages users to explore the dedicated information page for further details.

Does the software provide a way that limits the maximum number of messages a user can send?

Ozeki SMS Gateway provides granular control over message sending costs through user-based accounting. Here's how it works:

• Enable Accounting: Activate accounting on individual user or application configuration forms.
• Set Credit Limits: Define daily, weekly, monthly, and yearly limits to restrict the number of messages a user can send. This helps prevent unexpected charges and keeps your messaging budget in check.
• Track Usage: The accounting feature automatically generates monthly reports detailing the number of messages sent by each user. This allows you to monitor usage trends and identify areas for potential optimization.

Benefits:

• Cost Management: Set spending limits to avoid exceeding your budget.
• User Accountability: Track individual message usage for better cost allocation or billing purposes.
• Transparency: Monthly reports provide clear insights into message activity.

In essence, user-based accounting empowers you to manage message sending costs effectively, ensuring budget adherence and informed decision-making.

Can I set credit limits for each client / each user?

Ozeki SMS Gateway (version 2.1.0 and above) empowers you with the Credit Limit Handling feature for precise control over message costs.

Managing User Spending:

• Individual User Configuration: Each user has a dedicated configuration form where you can enable accounting and set credit limits.
• Flexible Limits: Define limits for different timeframes (daily, weekly, monthly, yearly, or all-time) to fit your specific needs.
• Detailed Cost Control: Go beyond simple limits! You can even specify costs for individual message routes. For example, messages sent through Vodafone might deduct 1.2 credits, while T-Mobile messages might deduct 1 credit.

Gaining Visibility:

• Usage Reports: Easily generate user-specific reports summarizing message traffic history. These reports, containing usage summary and details, can be used for accurate invoicing.
• Informed Decision-Making: Track user activity and identify potential areas for cost optimization.

Benefits:

• Prevent Overspending: Set limits to ensure users stay within your budget.
• Cost Transparency: Gain clear insights into message costs with detailed reports.
• Simplified Invoicing: Generate accurate invoices based on user-specific usage reports.
• Granular Control: Manage costs with flexibility, adjusting limits and routing costs as needed.

In summary, the Credit Limit Handling feature empowers you to establish a robust system for responsible and cost-effective message transmission within Ozeki SMS Gateway.

Final thoughts

Congratulation! You have finished with the setup of connection between the Ozeki SMS Gateway and the SQL Anywhere. Feel proud of yourself!

Now, you can pause and catch your breath. We hope you didn’t get lost in the explanations. We did our very best to make it simple and to walk you through all the details as painlessly as possible. Now you can create this connection anytime and start sending SMS messages from an SQL database. This solution takes advantage of all the speed and reliability of the Ozeki SMS Gateway and the portability of SQL Anywhere.

If you wish to learn more about the software solutions that Ozeki offers, make sure to visit ozeki-sms-gateway.com.

Send SMS from SQL Anywhere (part 1/4)
SQL Anywhere Installation

In this video series you can see how to connect Ozeki SMS Gateway to an SAP SQL Anywhere database server for SMS messaging. The first video shows how to install SQL Anywhere. Please download it from the following page.

Video content
1. Install SQL Anywhere

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What is SAP SQL Anywhere?

SAP SQL Anywhere is an embedded relational database management system (RDBMS) that is designed to make it possible for database applications to run outside of traditional data centres. It is intended to run on PCs in satellite offices, mobile devices, and servers in smaller businesses such as restaurants and retail stores.

How to install SQL Anywhere (video tutorial)

This tutorial will show you how to install SAP SQL Anywhere on your Windows device. We are simply going to run the installer and complete each required step to install the software. Follow along the steps presented in this video to complete this task successfully.

Start installation

Launch the SQL Anywhere installer (Figure 1). Click Next to continue.

Select language

Select your preferred language from the combo box. In this case, we have selected English. Click on OK to select the language (Figure 2).

Click 'Next

Click Next on the welcome screen, as you can see on Figure 3.

Accept license terms

Click on the checkbox next to "I accept the terms of this agreement" (Figure 4). Click Next accept the license agreement and continue.

Select installation type

Select Install SQL Anywhere Developer Edition, by clicking on the checkbox next to it (Figure 5). Click Next again to proceed.

Accept this other license agreement

Here you have to accept another license agreement (Figure 6). Click on the checkbox next to "I accept the terms of this agreement" (Figure 4). Click Next accept the license agreement and continue.

Select setup type

On this page you have to select the setup type (Figure 7). We recommend Typical, since this will install every component of the program. Click Next again to continue.

Click 'Install' button

Click on the Install button to begin the installation process (Figure 8).

Installation is in progress

Wait for the installation process to complete (Figure 9). The progress bar indicates how much progress the installation has made.

Installation has been finished

Click Finish to complete the installation process (Figure 10). SQL Anywhere has now successfully installed on your device.

Summary

This is the end of this tutorial. We hope you found the article helpful and the instructions easy to follow. For more information on SQL and sending calls from SQL, check out our various other guides.

Send SMS from SQL Anywhere (part 2/4)
Create Database Tables

In this video series you can see how to connect Ozeki SMS Gateway to an SQL Anywhere database server for SMS messaging. This video shows how to create the proper database table structure by using the GUI of your SQL Anywhere database server. The article also contains screenshots, which show you step by step how to successfully complete this task. Now let's get started!

What is SQL Anywhere?

SAP SQL Anywhere is an embedded relational database management system (RDBMS) that is designed to make it possible for database applications to run outside of traditional data centres. It is intended to run on PCs in satellite offices, mobile devices, and servers in smaller businesses such as restaurants and retail stores.

What are database tables?

A table is a collection of related data held in a table format within a database. It consists of columns and rows. In relational databases, and flat file databases, a table is a set of data elements (values) using a model of vertical columns (identifiable by name) and horizontal rows, the cell being the unit where a row and column intersect. A table has a specified number of columns, but can have any number of rows. Each row is identified by one or more values appearing in a particular column subset. A specific choice of columns which uniquely identify rows is called the primary key.

Video content
1. Start SQL Central
2. Create Database
3. Connect to Database
4. Run CREATE TABLE statements

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How to create database tables (video tutorial)

In this quick video tutorial, you will learn how to create database tables. This process consists of 4 steps. First you need to open SQL Central and create a database. After creating it, you need to connect to the database. Then, you can create tables by running SQL commands. In the video we create two tables. One for incoming, and one for outgoing messages.

Please scroll down to copy the SQL statements (Figure 1) used in the video. If you have created the database in SQL Anywhere, you can jump to the next video.

Create SQL Anywhere database

Before you can start creating tables, you need to create a database in SQL Anywhere. First you need to launch SQL Central. Then, click on 'Create database...' inside the menu on the left (Figure 1). This will open the Create Database Wizard in a new window, where you can configure your database.

Create Database Wizard

Click Next on the welcome screen (Figure 2).

Select the machine where to store the database

Here you need to select where to store the database. This is done by clicking on the checkbox next to the option you want to select. We have selected 'Create a database on this computer' (Figure 3). Click Next to continue.

Specify the database's location in the filesystem

In this page you need to specify the database's directory in the files. Click on the Browse... button, to open up the explorer (Figure 4). Here you are able to specify the path for the database in the filesystem. When you have selected the location, click Next again to proceed.

Select where to use the transaction log on your filesystem

You can choose to have the database maintain a transaction log file (Figure 5). Click on the checkbox if you wish to enable this option (we recommend you do). Click on the Browse... button again to specify a directory for the log file. Finally, click Next to continue.

Create a database user

After creating the database, you also need to create a database user (Figure 6). This user will have rights to the database. Write your username into the first textbox. Then, write your password into the second textbox. Confirm your password by also typing it into the third textbox. Click Next to continue.

Select the type of encryption

In this page you have the option to enable encryption (Figure 7). You can also select the type of encryption you wish to use. We have decided not to use encryption in this tutorial. Click Next to continue.

Specify the size of the database

Here you need to select the page size your database is going to use. We have selected 4096 bytes, as this will fit our example project well (Figure 8). Select the size by clicking on the checkbox next to it. Click Next again to continue.

Choose additional database settings

In this page you can select additional database settings (Figure 9). We have selected Create SYSCOLUMNS and SYSINDEXES views and Include checksum with each database page. You may select these options by clicking on the checkboxes next to them. Click Next to proceed.

Specify the collation sequence

Here you have to select the collation sequence. We have opted for the default setting (Figure 10). After you have selected it, Click Next to continue.

Choose the security model

Next you must choose the security model for the system procedures (Figure 11). Select Execute the system procedures as the invoker. Click on Next again to continue.

Connect to database

The database configuration process is complete. Now you just need to connect to the database (Figure 12). Click the checkbox next to Connect to the new database. Then, enter a Server name and a Database name into the respective textboxes below. Click Next one more time to continue to the last page.

Run CREATE DATABASE SQL statement

In this page you can finalize your database. You can see which commands will be executed immediately according to your selected options (Figure 13). Click Finish to finalize and create your database.

Open interactive SQL

After successfully creating the database, you will be brought back to the main page of SQL Central. Click on Open interactive SQL inside the menu on the left (Figure 14).

Connect to your database

In this window you can connect to your database. Enter your username and password previously specified by you earlier in the installation (Figure 15). Click on the Connect button to connect to your database.

SQL Anywhere CREATE TABLE statements to copy:

Code 1 - CREATE TABLE statements to copy

Copy CREATE TABLE statements>

Copy the SQL code from Code 1. Select the entire code and right click, then copy (Figure 16).

Run CREATE TABLE statements

Paste the code from Code 1 into the text editor in Interactive SQL (Figure 17). Run the code by clicking on the black play button in the toolbar on the top. Running this piece of code will create the ozekimessagein and ozekimessageout tables, which contain incoming and outgoing messages.

Summary

This is the end of this tutorial. If you have reached this point, you have completed this process successfully. For more information on implementing this solution, check out the next part of this tutorial.

Send SMS from SQL Anywhere (part 3/4)
Configure Database User

In this video series you can see how to connect Ozeki SMS Gateway to an SQL Anywhere database server for SMS messaging. This video shows how to install and configure a Database User on Ozeki SMS Gateway. It is necessary to provide the connection string.

Video content
1. Start SQL Anywhere server
2. Install Database User
3. Provide connection string
4. Connect to Database

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What is SQL Anywhere?

SAP SQL Anywhere is an embedded relational database management system (RDBMS) that is designed to make it possible for database applications to run outside of traditional data centres. It is intended to run on PCs in satellite offices, mobile devices, and servers in smaller businesses such as restaurants and retail stores.

What is Ozeki SMS Gateway?

Ozeki 10 SMS gateway is a very reliable, high performance SMS gateway software for Windows and Linux. It can send or receive a massive amount of SMS messages in short time. With it you will get the highest performance, availability and security to run your most demanding SMS applications. It enables you to use your computer to send and receive SMS messages to and from mobile devices. It allows SMS messaging in two ways: directly connecting to the SMS Centre of a GSM service provider over the Internet or connecting to it using a GSM modem attached to the PC with a phone-to-PC data cable.

How to configure database user (video tutorial)

In this video tutorial you will learn how to configure a database user. This is done through Ozeki SMS Gateway. We are going to create and configure an SQL Anywhere messaging connection. Follow along the steps presented in this video to successfully implement the solution.

Open Ozeki SMS Gateway

Click on Ozeki SMS Gateway in the Ozeki desktop to open the application (Figure 1).

Add new user

Click on Add new user or application on the right side of the window to add a new user (Figure 2).

Install SQL Messaging User

Scroll down and find SQL messaging under Application Interfaces (Figure 3). Click on Install highlighted in blue next to it. This will open up more options to search from SQL messaging connection.

Install SQL Anywhere Connection

Scroll down and find SQL Anywhere (Figure 4). Click on Install highlighted in blue next to it. This will bring you to a configuration screen where you can set up your SQL Messaging user.

Define the SQL Anywhere database connection details

On this page you have to provide details for your SQL Anywhere connection (Figure 5). You need to enter the following details in the respective textboxes:

• Driver
• Host
• Server
• Port
• Database
• User ID
• Password

Then click on OK to save your settings and create the connection.

Enable SQL Anywhere connection

The final step is to enable the connection (Figure 6). Click on the switch button. The switch will turn green to indicate that the connection is active.

Summary

You have now completed this tutorial! We hope the information presented above has helped you implement this solution successfully and efficiently. For more information on Ozeki SMS Gateway and our other systems and solution, make sure to check out our various other guides and tutorials.

Send SMS from SQL Anywhere (part 4/4)
Send Test Message

In this video series you can see how to connect Ozeki SMS Gateway to an SQL Anywhere database server for SMS messaging. See how to insert a simple row into the proper table, so Ozeki SMS Gateway can automatically send SMS messages to mobile phones.

Video content
1. INSERT message into database
2. Send Test message

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What is SQL Anywhere?

SAP SQL Anywhere is an embedded relational database management system (RDBMS) that is designed to make it possible for database applications to run outside of traditional data centres. It is intended to run on PCs in satellite offices, mobile devices, and servers in smaller businesses such as restaurants and retail stores.

What is Ozeki SMS Gateway?

Ozeki 10 SMS gateway is a very reliable, high performance SMS gateway software for Windows and Linux. It can send or receive a massive amount of SMS messages in short time. With it you will get the highest performance, availability and security to run your most demanding SMS applications. It enables you to use your computer to send and receive SMS messages to and from mobile devices. It allows SMS messaging in two ways: directly connecting to the SMS Centre of a GSM service provider over the Internet or connecting to it using a GSM modem attached to the PC with a phone-to-PC data cable.

How to send a test message from SQL Anywhere (video tutorial)

Look at the upcoming screenshots to thoroughly examine the final stage, which is SMS sending. You can start the whole process by INSERT-ing the SMS into the database.

Open Database user

Your users are located in the right-side menu in Ozeki SMS Gateway. Open you database user by clicking on it (Figure 1).

Insert message to the database table

Access the SQL editor by clicking in the SQL tab of your connection. Copy the code found below in Code 1 and paste it into the text editor (Figure 2). Click on the blue Execute button to run the code and insert the message into the database.

Code 1 - Copy INSERT statement

Your message has been sent by Ozeki SMS Gateway

Now open the Sent folder located in the bottom left. Here you can see that the message has appeared in the folder, confirming it has been sent (Figure 3). Additionally, you can view more information about this in the Messaging details section on the bottom.

Summary

This is the final part of this tutorial. Everything is now set up for you to send messages in SQL Anywhere using Ozeki SMS Gateway. We hope you were able to follow this guide and implement this solution successfully. Ozeki has a large number of different guides on various topic. For more information, check out more of our other guides too.

How to send SMS from ODBC

This guide is a detailed explanation that will show you how to send SMS from ODBC. Sending SMS using ODBC is incredibly useful for sending SMS in bulk. The article below contains all the necessary steps to complete this procedure with ease. Sending SMS from ODBC only requires Ozeki SMS Gateway and an SMS service provider. ODBC uses the SQL language and a database to send text messages, therefore it requires basic knowledge of SQL and SMS technology. We hope you find this tutorial helpful and let's get started!

What is ODBC

An ODBC driver uses the Open Database Connectivity (ODBC) interface by Microsoft that allows applications to access data in database management systems (DBMS) using SQL as a standard for accessing the data. ODBC permits maximum interoperability, which means a single application can access different DBMS.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information, and provides various configuration options to route messages.

How to send SMS from ODBC (Quick steps)

To send SMS from ODBC:

1. Launch the Ozeki SMS Gateway app
2. Add new SQL messaging application
3. Install ODBC connection
4. Configure Connection settings
5. Enable logging for ODBC
6. Switch ODBC connection on
7. Go to the Events tab page
8. Inspect the SQL tab page to see the SMS
9. Send SMS message from the database
10. Check the SMS message sent from ODBC

How to receive SMS with ODBC database

This database system makes it possible to receive SMS messages using an ODBC database. The solutions consist of a phone, a computer with Ozeki SMS Gateway installed, an ODBC Database Server and your application. The phone can be used to send SMS messages to the Ozeki SMS Gateway. It will then store it in an ODBC Database Server and then your application could download it from the database server. It is that simple!

How to send SMS from ODBC database

This database system on the other hand is capable of sending messages from an ODBC Database server. This setup consists of a phone, a computer running the Ozeki SMS Gateway, an ODBC Database server, and your application. Your application will send the message to store to the ODBC Database Server. From there, the Ozeki SMS Gateway can download it and send it to the predefined address. It is that simple!

How to send SMS from ODBC (video tutorial)

This video tutorial shows you the steps on how to send SMS from ODBC. We are first going to create and install a new SQL messaging connection in Ozeki SMS Gateway. This connection uses the ODBC interface and can be used to send text messages. Then we enable this connection and send SMS through the database using SQL code.

Install SQL messaging connection

Start by opening Ozeki SMS Gateway. Under "Users and applications" click on Add new connection (Figure 3). Locate SQL messaging under Application interfaces. Click on Install highlighted in blue next to it. This will take you to a new screen where you can select the type of SQL messaging connection you wish to create.

Create ODBC connection

Find OBCD in the SQL messaging section (Figure 4). Click on Install next to it highlighted in blue. You will then be taken to a configuration screen where you are able to set up your new ODBC connection.

Configure ODBC connection

Next you need to fill in a configuration form. Under connection settings you must provide the details for all items listed (Figure 5). Select your driver, then enter the IP address of your server. Then proceed to set the database, then enter your username and password.

Enable logging

The next step is to enable logging. This is useful for monitoring your SMS traffic. Click on the advanced tab, then enable every single option under Log level (Figure 6). This is done by clicking on the checkboxes next to them. Click on the OK button to continue. Logging is now enabled for all types of traffic.

Datbase connection established

Turn your connection on by clicking on the switch button (Figure 7). The button turns green to indicate that it has been enable. You also get notified in forms of log messages, that the database connection has been established. These messages can be viewed in the Events tab.

Message received

You can see that a log message indicates that an SMS message has been recieved (Figure 8). This log information is always accessible in the Events tab.

Message inserted into database

Using an ODBC connection, you can view if the message has been inserted into the database. First, click on the SQL tab (Figure 9). Here you can a piece of SQL code. This code in particular is a query that returns all the messages from the inbox. In this case we can see that the message was returned as the result of the query.

Send message from the database

You can send messages from the SQL tab via SQL code. Type the code found in Figure 8 into the text editor (Figure 10). When you click on the Execute button, the message will be sent fron the database.

SMS message sent

To make sure that the message was sent successfully on the database, we need to open the Sent folder in the left side menu (Figure 11). Inside this folder, already sent messages should always appear.

Summary

Now everything is set up for you to send SMS using ODBC using Ozeki SMS Gateway. We hope you found this article informative and the steps listed above were sufficient. For more information, make sure to check out our other articles on Ozeki SMS Gateway.

How to send SMS from OleDB

This article provides all necessary information for you to send SMS using OleDB. Sending SMS using OleDB is incredibly useful for sending SMS in bulk. The article below contains all the necessary steps to complete this procedure with ease. Sending SMS from OleDB only requires Ozeki SMS Gateway and an SMS service provider. OleDB uses the SQL language and a database to send text messages, therefore it requires basic knowledge of SQL and SMS technology. We hope you find this tutorial helpful and let's get started!

What is OleDB

OLE DB (Object Linking and Embedding, Database, sometimes written as OLEDB or OLE-DB), an API designed by Microsoft, allows accessing data from a variety of sources in a uniform manner. The API provides a set of interfaces implemented using the Component Object Model (COM) it is otherwise unrelated to OLE. Microsoft originally intended OLE DB as a higher-level replacement for, and successor to, ODBC, extending its feature set to support a wider variety of non-relational databases, such as object databases and spreadsheets that do not necessarily implement.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

How to send SMS from OLEDB (Quick steps)

To send SMS from OLEDB:

1. Launch Ozeki SMS Gateway
2. Add new SQL messaging app
3. Install OLEDB connection
4. Configure connection settings
5. Enable logging for OLEDB
6. Switch OLEDB connection on
7. Read the logs on Events tab page
8. See the inserted SMS on SQL tab page
9. Send SMS from the database
10. Check the SMS sent from OLEDB

How to receive SMS with OleDB database

This database system lets you receive messages with your application. It consists of an OleDB Database Server, a computer with Ozeki SMS Gateway running on it, and a phone that will be used to send messages. To understand how this system works, take a look at the diagram (Figure 1). The phone will send a message to the address of the Ozeki SMS Gateway running on the PC. It will store the message on the OleDB Database Server. From there, your application could download it. It is that simple.

How to send SMS from OleDB database

This other database system will make it possible to send SMS messages from your application using an OleDB Database Server. The system consists of an OleDB Database Server, a computer with Ozeki SMS Gateway running on it, and a phone. To understand how this system works, take a look at the diagram (Figure 2). Your application will send a message to the OleDB Database Server which will store it. The Ozeki SMS Gateway will then download the message and forward it to the predefined phone number. It is a really simple system.

How to send SMS from OleDB (video tutorial)

Install SQL messaging connection

Start by opening Ozeki SMS Gateway. Under "Users and applications" click on Add new connection (Figure 3). Locate SQL messaging under Application interfaces. Click on Install highlighted in blue next to it. This will take you to a new screen where you can select the type of SQL messaging connection you wish to create.

Create OLEDB connection

Find OLEDB in the SQL messaging section (Figure 4). Click on Install next to it highlighted in blue. You will then be taken to a configuration screen where you are able to set up your new OLEDB connection.

Configure OLEDB connection

Next you need to fill in a configuration form. Under connection settings you must provide the details for all items listed (Figure 5). First type in your password and User ID. You must also enter the service provider, data source and database as well.

Enable logging

The next step is to enable logging. This is useful for monitoring your SMS traffic. Click on the advanced tab, then enable every single option under Log level (Figure 6). This is done by clicking on the checkboxes next to them. Click on the OK button to continue. Logging is now enabled for all types of traffic.

Database connection established

Turn your connection on by clicking on the switch button (Figure 7). The button turns green to indicate that it has been enable. You also get notified in forms of log messages, that the database connection has been established. These messages can be viewed in the Events tab.

Message received

You can see that a log message indicates that an SMS message has been received (Figure 8). This log information is always accessible in the Events tab.

Message inserted into database

Using an OleDB connection, you can view if the message has been inserted into the database. First, click on the SQL tab (Figure 9). Here you can a piece of SQL code. This code in particular is a query that returns all the messages from the inbox. In this case we can see that the message was returned as the result of the query.

Send message from the database

You can send messages from the SQL tab via SQL code. Type the code found in Figure 10 into the text editor (Figure 10). When you click on the Execute button, the message will be sent from the database.

SMS message sent

To make sure that the message was sent successfully on the database, we need to open the Sent folder in the left side menu (Figure 11). Inside this folder, already sent messages should always appear.

Summary

Now everything is set up for you to send SMS using OleDB using Ozeki SMS Gateway. We hope you found this article informative, and the steps listed above were sufficient. For more information, make sure to check out our other articles on Ozeki SMS Gateway.

How to send SMS from SQLite

This article is a detailed guide on how to set up an environment for sending SMS from SQLite. The process itself requires the SQLite ODBC driver and Ozeki SMS Gateway installed on your device. Sending and storing text messages in databases is incredibly useful for mass SMS Sending. This way you can send, receive and monitor a large number of messages at once. The tutorial below lists all the required steps for you to get started with sending SMS from SQLite. Let's get into it!

What is SQLite

SQLite is an in-process library that implements a self-contained, serverless, zero-configuration, transactional SQL database engine. The code for SQLite is in the public domain and is thus free for use for any purpose, commercial or private. SQLite is the most widely deployed database in the world with more applications than we can count, including several high-profile projects.

What is Ozeki SMS Gateway

Ozeki SMS Gateway is a communication software that routes messages between real world entities. It allows you to build up simple communication between shared hardware and software resources of your system. It offers real time information and provides various configuration options to route messages.

How to send SMS from SQLite (Quick steps)

To send SMS from SQLite:

1. Setup SQLite ODBC driver
2. Add new SQL messaging app
3. Install ODBC connection
4. Configure connection settings
5. Custom ODBC connection string
6. Enable logging for ODBC
7. Create tables
8. Construct SMPP client connection
9. Send SMS from the database
10. Check the SMS sent from SQLite

How to receive SMS with SQLite database

This system will make it possible to receive SMS messages using an SQLite Database Server. The system consists of the following components. A phone, a computer running the Ozeki SMS Gateway, an SQLite Database Server, and your application. The phone will send a message to the address of the Ozeki SMS Gateway running on the computer, which will then store it on an SQLite Database Server. Then your application can easily download all the messages from the server. (Figure 1) It is that simple!

How to send SMS from SQLite database

This database system will make it possible to receive messages using an SQLite database. The system consists of a phone, a computer running the Ozeki SMS Gateway application, an SQLite Database Server, and your application. Your application will send a message to the SQLite Database Server, which will store it. The Ozeki SMS Gateway will then download the message from the server and forward it to the predefined phone number. (Figure 2)

How to send SMS from SQLite (video tutorial)

In this video tutorial you will learn how to send SMS from SQLite. We are first going to create a new ODBC and SMPP client connection in Ozeki SMS Gateway. Then we create tables inside the database to store messages. Finally, we can send SMS using SQL code in our database.

Install SQLite ODBC driver

Before you can start using SQLite, you must first install the SQLite ODBC driver. Open the installer and complete the installation process (Figure 3). After the driver has been successfully installed, SQLite is now ready to use.

Install SQL messaging user

To get started with sending SMS in SQLite, you need to install an SQL messaging connection first. Start by opening Ozeki SMS Gateway. Click on Add new user/application in the left side menu (Figure 4). Under Application interfaces, find SQL messaging. Click Install to be taken to the configuration screen.

Add ODBC connection

Find OBCD in the SQL messaging section (Figure 5). Click on Install next to it highlighted in blue. You will then be taken to a configuration screen where you are able to set up your new ODBC connection.

Set ODBC connection name

First you need to assign a name to your new connection (Figure 6). Type your desired name next to Name:. Now head over to the Advanced tab, where you need to provide the custom connection string.

Provide the custom Connection string

Open the custom connection string option inside the Advanced tab (Figure 7). Click on the checkbox next to "Use custom connection string" to enable this option. Paste your custom connection string into the textbox below.

DRIVER=SQLite3 ODBC Driver;Database=C:\sqlite\ozeki.db;LongNames=0;Timeout=1000;NoTXN=0;SyncPragma=NORMAL;StepAPI=0;

Provide database file location

Your custom connection string must contain the file path to the database on your computer (Figure 8).

Enable logging

The next step is to enable logging. This is useful for monitoring your SMS traffic. Click on the advanced tab, then enable every single option under Log level (Figure 9). This is done by clicking on the checkboxes next to them. Click on the OK button to continue. Logging is now enabled for all types of traffic.

Database connection established

Turn your connection on by clicking on the switch button (Figure 10). The button turns green to indicate that it has been enable. You also get notified in forms of log messages, that the database connection has been established. These messages can be viewed in the Events tab.

Create ozekimessagein table

With the connection established, you may now proceed to create the tables that contain the messages inside the database. Switch over to the SQL tab of your connection and paste the following code in the text editor (Figure 11). Click Execute to run this piece of SQL code. This creates the "ozekimessagein" table. This acts like an inbox and contains incoming messages.

CREATE TABLE ozekimessagein (
	id INTEGER PRIMARY KEY,
  	sender varchar(255) default NULL,
  	receiver varchar(255) default NULL,
  	msg text default NULL,
  	senttime varchar(100) default NULL,
  	receivedtime varchar(100) default NULL,
  	operator varchar(100) default NULL,
  	msgtype varchar(160) default NULL,
  	reference varchar(100) default NULL
  	);

Create ozekimessageout table

In the SQL tab, clear the text editor. Now paste the code below into it (Figure 12). Click Execute again to run the SQL code. This creates the "ozekimessageout" table. This acts like an outbox and contains outgoing messages.

CREATE TABLE ozekimessageout (
  	id INTEGER PRIMARY KEY,
  	sender varchar(255) default NULL,
  	receiver varchar(255) default NULL,
  	msg text default NULL,
  	senttime varchar(100) default NULL,
  	receivedtime varchar(100) default NULL,
  	reference varchar(100) default NULL,
  	status varchar(20) default NULL,
  	msgtype varchar(160) default NULL,
  	operator varchar(100) default NULL,
  	errormsg varchar(250) default NULL
  	);	

Create SMPP client connection

Now that the tables have been created, we need to install a new SMPP connection to test if SMS Messages get inserted into the database. Click on Add new user/application in the left side menu (Figure 13). Under IP SMS Connections, find SMPP client. Click Install to be taken to the configuration screen.

Configure SMPP client connection

Next you must provide the details for your new connection (Figure 14). First, enter the IP address and Port of your connection. Then, type your username and password into the respective textboxes. Click on the OK button to continue.

SMS message received

Head over to the details page of your SMPP client connection. Click on the Events tab to view SMS traffic logs. Here you can see that the message has been received (Figure 15).

Message inserted into database

By opening the details of your ODBC connection, you can make sure that the message has been inserted into the database. Click on the Events tab to view the logs. Here you can see that the insert command has been executed for the message (Figure 16). This action has placed the message into a table in the database.

Check message in database

You are also able to view the contents of the database as well. Do this by opening the SQL tab of your ODBC connection. Enter the code shown in Figure 17 and click Execute. This will return everything the table contains. You can see that the message is in the result of the query.

Send SMS from the database

The SQL tab may also be used to send SMS messages through the use of SQL code. Enter the code found in Figure 18 into the text editor. Click on Execute to run this code and send the text message from the database.

Message sent from the database

To view your SMS message sent via SQL, you need to open the Sent folder found in the left side menu. Here you can see that the message was placed inside of this folder, indicating that it has been successfully sent (Figure 19).

Summary

Now you are able to set up an ODBC and SMPP client connection, as well as send SMS using SQL. For more information on Ozeki SMS Gateway, make sure to check out our other articles. We hope you found this tutorial helpful and informative.

The best C# SMS API in 2025

In 2025 it is not easy to find the best C# SMS API. You may have different needs depending on the project, and it is important to pick the option that best fits your needs. This document gives information about the options you can choose form and highlights the drawbacks and benefits of each option.

C# SMS API with full source code

If you are looking for a powerful tool for C#.Net developers to add SMS sending and receiving capability to C#.Net applications, the C# SMS API provided by Ozeki SMS Gateway is the best option. This is the best C# SMS API in 2025. It is excellent, because it is very resource efficient, and it offers information about your submitted messages in the form of submit reports and delivery reports much faster than other SMS APIs. This C# sms API also allows you to schedule SMS for future delivery, and you can use it for both sending and receiving SMS from mobile phones without delays. Read this article to learn about this amazing C# SMS solution, and to find out how you can take advantage of it in your environment.

What is the C# SMS API?

The Ozeki C# SMS API is a software interface provided by Ozeki SMS Gateway that allows you to send and receive SMS from C#.Net code. This interface can be used with the C# SMS API client library from multiple computers simultaneously. (Figure 1) You may download the C# SMS API client library from this webpage.

C# SMS API client library download

You may download the C# SMS client (source code) from the following link. The ZIP file contains a Visual Studio project with full source code. You may freely modify, use and redistribute this code or derivatives.

Download: OzekiConsole.zip (51 Kb)
URL: https://ozeki-sms-gateway.com/attachments/5755/OzekiConsole.zip

How does the C# SMS API work?

With the Ozeki C# SMS API you can send SMS messages, receive SMS messages much more efficiently than using traditional HTTP or REST SMP API solutions. You can do this because, the Ozeki C# SMS API creates and maintains a permanent TCP/IP link to the SMS gateway and communicates over a highly optimized SMS protocol called OZX. This communication method requires fewer resources in terms of CPU, memory and network bandwidth than other SMS protocols. For example, submitting an SMS message in a HTTP REST API request takes at least 10x as much data as an OZX submit request.

The most important advantage comes from the permanent TCP/IP link. Thanks to this permanent link, your C# SMS application will receive instant submit reports and delivery reports in the form of C# events. You will also receive incoming SMS messages without any delays. Without such a link, you would either have to poll the SMS gateway to get delivery reports or to download incoming SMS, or you would have to set up a TCP/IP listener or web service and you would need to open a firewall port for your messages to come in.

This TCP/IP link can be encrypted using SSL/TLS and you can easily add client and server certificate validation to make this C# SMS API link extremely secure.

How to use the C# SMS API:

1. Download the Ozeki SMS Gateway
2. Install an SMS tester connection
3. Install an OZX user
4. Create a username and password
5. Enable communication logging
6. Open your C# SMS project in Visual Studio
7. Modify the C# code with the username and password
8. Send a test SMS from C#
9. Check the logs in the SMS gateway
10. Simulate an incoming SMS with the test connection
11. Do a live test with your Android phone

C# SMS API video tutorial (2 minutes)

To get a quick idea of how to set up your SMS gateway to accept C# SMS API connections and how to send your first SMS from your C# application, check out the following video. This video is only 2 minutes and 21 seconds long, and it worth the time. The video shows how an OZX user can be created in the SMS gateway to accept C# SMS API clients, and how you can start and run the downloaded C# sms API client library in Visual Studio. The final part shows you how you can send a test SMS.

Why is Ozeki C# SMS API better?

The Ozeki C# SMS API is great because the amount of data needed to send an SMS is smaller, and the Protocol Data Unit (PDU) encoding and decoding carries significantly less CPU overhead. If you use it, your solution will consume less resources in all three major areas: memory, CPU, and network bandwidth. As a result of this your applications will act faster and will become more responsive.

How can I use the C# SMS API?

The Ozeki C# SMS API is a set of C# classes, that enable you to send and receive SMS messages. You can use it by opening the downloaded project in Visual Studio. Once you open the project you will see that the full code is written in C#.Net. Message sending is done using C# method calls, and incoming messages arrive in the form of C# events. Your SMS application, that you build based on the SMS API will be able to send SMS messages directly to the mobile network using an Android mobile phone or using a PC with an IP SMS connection. The connection to the mobile network will be provided by Ozeki SMS gateway, that you need to install on your Android mobile phone or on your Windows or Linux computer. (Figure 2)

How much does the C# SMS API cost?

The API is a library, that is provided to you free of charge, with an MIT license. You can freely modify it and distribute it as you wish. When you download the API, the package contains an example console application and the full source code of the Ozeki.Libs.OZX dll.

The only cost you have to pay is the license fee for the Ozeki SMS Gateway software. A single SMS gateway can be used to serve several hundred C# SMS clients over the network. You can install the SMS gateway on multiple computers to increase the capacity or to take advantage of SMS offerings by local networks.

Regarding SMS costs, if you send text messages through a mobile phone attached to your PC, the cost depends on the SMS tariffs of the SIM card in your phone. In most countries, you can send SMS messages for free if you take this option. There is a limitation however: a single mobile phone cannot send more than 12000 SMS per day. You can only increase this capacity by attaching multiple mobile phones to your computer. When you send an SMS through your mobile phone (Figure 2), you need to install the Ozeki Android SMS gateway software on your mobile and you need to connect to it through Wifi.

If you install Ozeki SMS Gateway on your Windows or Linux computer, you can send SMS wirelessly with a GSM modem or a GSM modem pool attached to the PC. In these cases, the same free sms tariffs apply because GSM modems and GSM modem pools operate wirelessly with SIM cards.

If you need a high performance on premises SMS gateway system, where several thousand (or million) messages can be sent and received, you need to connect to an on-line SMS service provider. In this case the SMS tariffs are set by the SMS service you subscribe to. Note that it is always a good idea to connect to two or more on-line SMS services to be fault tolerant, and to be able to take advantage of least cost routing options. It is also a good idea to setup a backup wireless link.

How do I connect to the SMS gateway?

When you develop your C# SMS application, you will likely use your laptop. Visual Studio will be installed on your laptop. This laptop will connect to your office Local Area Network (LAN) either through Wi-fi or through an Ethernet connection. Your Android mobile or your Windows SMS Gateway system (Figure 3) will also connect to the office LAN. When you connect to the SMS gateway, you will use the LAN IP address of the SMS Gateway computer.

To connect your C# application to the SMS gateway, you will need to know the IP address and the port number of the SMS gateway, and you will need a username and password. The IP address of the SMS gateway will be its LAN IP address. Since most of the time the SMS gateway software will be installed on a different computer from your development laptop, this IP address will be different from the IP address of your laptop. The port number is easy. Usually, it is the default port number, which is 9580. The get a username and password, you need to create an OZX user (Figure 4). When you create the OZX user, you can specify any username or password you like.

Once you have found out the IP address, the port number and you have created the username and password, you need to enter these details into the connect method of your C# SMS application.

If you don't want to use two computers, you can install the SMS gateway on your laptop (the same computer where you develop your C# application). In this case, you would supply "127.0.0.1" as the IP address and port "9580" in the connect method. (Yes, you can also use IPv6 addresses or hostnames, such as 'localhost")

Benefits of using your own SMS Gateway

Free testing: It is very beneficial to operate your own SMS gateway, because you may test your SMS application free of charge. You may simulate incoming SMS messages, you may send test messages to the SMS gateway's test connection, and you may simulate SMS delivery reports indicating successful and failed delivery. It is a good idea to read the SMPP simulator guide to get more information on testing.

Unlimited performance testing: Once you have developed your SMS solution in C# it is likely that you want to do some performance testing. With Ozeki SMS gateway it is very easy to test your system with a high volume of SMS messages. In most cases, you will only send a few thousand SMS, but if asked by a client you can even do a test with several million messages. Check out the SMS performance test results we have conducted with Ozeki SMS Gateway with 1 000 000 SMS.

Easily switch providers: If you develop your C# code that works with Ozeki SMS Gateway, you will not have to worry about being locked into one SMS network or to one SMS service provider. You can use the same C# code and simply switch to another SMS service provider if you get a better deal by configuring the new provider's connection in the SMS gateway.

What is OZX?

OZX stands for OZeki eXchange. It is a highly optimized SMS protocol used to communicate between your C# SMS application and the Ozeki SMS Gateway. It is a TCP/IP-based protocol that is significantly more efficient than traditional SMS protocols, such as C# HTTP SMS API protocols, C# REST SMS API protocols or the SMPP SMS protocol. The efficiency comes from two major facts: no unnecessary data is transmitted (note that there is huge data overhead in both http and smpp), and an easier more efficient protocol processing is possible due to the protocol PDU structure.

What is in the C# SMS API zip?

The zip file contains two projects (like on Figure 5): a console application that is a very easy to understand code to show you how to use the C# SMS API, and it contains the source code of the C# SMS API itself.

C# SMS API Package contents:

• Example code (full source code)
• Ozeki client library (full source code)

How do I open the C# SMS API .sln solution?

To open the Ozeki SMS API you need to locate the OzekiConsole.sln file after unzipping the OzekiConsole.zip package, and you need to open this file in Visual Studio. (Figure 6) You may double-click on the solution file (.sln), or you may navigate to it in Visual Studio.

Once you have opened the .sln, you will see two projects in your solution. The OzekiConsole project contains the example code that shows you how you can use the C# SMS API client library to connect to the SMS Gateway. (Figure 7) The other project is the Ozeki.Libs.OZX dll project. This project contains the full source code of the C# SMS API client library.

How to login to the SMS gateway with the C# SMS API

To use the C# SMS API, you need to create a username and password in your SMS gateway. If you have installed your SMS gateway on your Android phone, you need to log in to the phone using a web browser. If you have installed your SMS gateway on Windows or Linux, simply connect to it with your browser. If you have not yet installed your SMS gateway, setup it up now using one of the following setup instructions: How to set up my SMS Gateway on Windows, How to set up my SMS gateway on Linux. (Figure 8)

How to send SMS from C#

To send SMS from C# you need to add the ozekisms.dll as a reference to your Visual Studio Solution. You may decide to add the binary dll or you may add the project containing the source code. If you add the binary dll, your project will compile quicker, if you add the source code you will have better debug capabilities. (Figure 9)

How to send SMS from C#:

1. Download the Ozeki C# SMS library (zip file)
2. Extract the zip file
3. Open Microsoft Visual Studio
4. Create a new console application
5. In the solution explorer click "Add..."
6. Select "Existing project"
7. Browser for the OzekiSMSLibrary.csproj
8. Click Open
9. Add the "Ozeki" namespace to your console app
10. Copy and paste the example
11. Send your first SMS using the SendMessage function

How to receive SMS in C#

To receive SMS from C# you need to set up your project the same way you would set it up for sending an SMS message. In short, download the ozekisms.dll as a binary or as source and add it to your project as a reference library. After this, you can create an instance of C# class and you may subscribe for the event that is called when an SMS is received. (Figure 10)

How to receive SMS in C#:

1. Download the Ozeki C# SMS library (zip file)
2. Open Microsoft Visual Studio
3. Create a new console app or open one of your existing projects
4. Add the C# SMS library to your C# solution
5. Add the "Ozeki" namespace to your class
6. Create an instance of the message class
7. Sign up for the OnMessageReceived event
8. Write the event handler code
9. Set a breakpoint in the event handler
10. Send a test message
11. Wait for the SMS to reach the breakpoint

Understand the C# SMS API source code

What to do if I cannot connect?

If your SMS application cannot connect to the SMS gateway, it is possible that you have entered the wrong IP address or port number into the SMS client. It might also be possible, that the firewall on the SMS gateway is blocking the connection.

To check that you use the correct IP address and port, open the SMS gateway user interface. In the toolbar of the SMS Gateway app, click on the Advanced button. This will bring up the services page of the SMS gateway. You need to find the OZX service in the list and click on "Details" (Figure 11)

After the page has opened, you can find the IP address in the window title bar (Figure 12), and the port number on the left-hand side of the configuration form. (Note, that you may change this port number by opening the configuration form of the OZX service.)

After you have found the IP address and port, you should make sure that you use these details in your C# SMS application. For example, if the IP address was 192.168.93.192, and the port was 9580, you should put these parameters into the connect function. (Figure 13)

You may write these details directly into your C# code. For example, you can use the following function to setup a connection to the SMS gateway at 192.168.93.192:9580 with an OZX username of tester and test pass:

Final thoughts

To sum it up the C# SMS API allows you to connect to your SMS Gateway using the OZX protocol. This SMS protocol offers excellent performance and two-way SMS communication. The fact that the free-to-use C# SMS API library provided by Ozeki allows you to send SMS messages with simple method calls, and to receive SMS submission and delivery reports in the form of C# events makes this option the possible option if you wish to build a C# SMS application in 2025.

How to send sms from C#.Net

To send sms from C#.Net you have several options. You can use the C# SMS API library of Ozeki, or you can use HTTP requests. To send a text message in C#.Net the best option depends on the C# project type you use. If you write code to serve web requests, such as C# on an ASP webpage, you should go for the HTTP requests. If you create a desktop application, a windows service or a mobile application for Android or iPhone, it is best to use the C# SMS API library. This guide (Figure 1) is concentrating on SMS sending only. If you need to do both sending and receiving, you may start by reading The best C# SMS API in 2025 guide first.

Download the C# sms api library (free source code)

A fully working example of the C# sms api can be downloaded from the following URL. This code is provided free of charge, and can be freely modified and redistributed by you.

Download: OzekiConsole.zip (51 Kb)

How do I send sms from a C# desktop app

To send a text message from a desktop app (or a console app or Windows service) has different requirements to sending an sms from a website. A desktop app runs for a signification amount of time (many minutes, days or even weeks). In this case it is beneficial to maintain a permanent connection to the SMS gateway. Using one time fire and forget web requests is not a good choice for these apps. The biggest benefit of maintaining a permanent connection is that you get information about message delivery events, such as submission reports, delivery reports and sms delivery failures.

To send sms from a C# desktop app use the provided example first (as you can see on Figure 2):

1. Connect to ozeki sms gateway using the ozx username and password you have created in the sms gateway user interface. To connect use the "connect hostname:port username password" command.
2. Send your text message. This can be dony by typing "send phonenumber message text" if you use the example console application for sending.
3. Wait for sms submit reports and sms delivery reports. You might notice that these reports are printed on the screen, and they contain the same message ID that was returned when you have sent the sms.

Example console application written in C#.Net. The source code of this console application is available on the C# SMS API with source code page.

The above example shows you the required steps. You can see that first a permanent connection is established to the SMS gateway, and after this, the message is sent. Finally, you see the message accept report and the messages submit report.

To send sms from C#, use the following source code:

• Client = new OzxClient();
• Client.AutoReconnect = true;
• Client.Connect("127.0.0.1", 9518, "testuser", "testpassword");
• Client.Connect("127.0.0.1", 9518, "testuser", "testpassword");
• Client.Send(new OzxMessage() {ToAddress="+36111111",Text="This is the text to send text from C#"});

When you set the Client.Autoconnect property to true, it makes sure, that the client will reconnect to the SMS gateway even if the network connection is lost temporarily or the sms gateway is restarted.

To receive sms delivery reports in C#, you need to sign up for the events:

• Client.OnMessageAcceptedForDelivery += Client_OnMessageAcceptedForDelivery;
• Client.OnMessageNotAcceptedForDelivery += Client_OnMessageNotAcceptedForDelivery;
• Client.OnMessageSubmitSuccess += Client_OnMessageSubmitSuccess;
• Client.OnMessageSubmitFailed += Client_OnMessageSubmitFailed;
• Client.OnMessageDeliverySuccess += Client_OnMessageDeliverySuccess;
• Client.OnMessageDeliveryFailed += Client_OnMessageDeliveryFailed;

These events will be fired when the SMS gateway sends the appropriate reports over the permanent connection we have created using connect. This is the biggest benefit of using a permanent connection. You get instant notifications about these sms delivery related events. Such notifications are hard to get if you use an HTTP SMS api. On the other hand, this information is crucial for any business, and you must process them to build a good SMS software.

What kind of SMS delivery reports are provided by the C# sms api?

The C# SMS api returns five kind of SMS delivery reports. These are presented as C# events. They are SMS accept event, SMS not accepted event, SMS submit success event, sms submit failed event, sms delivery success event, sms delivery failed event.

SMS accept event: The SMS accepted event is raised when the Ozeki SMS gateway accepts the SMS for delivery and puts into the outbox of the user account.

SMS not accepted event: The SMS not accepted event is raised if the Ozeki SMS gateway does not accept the SMS for delivery. This can happen for example if the user runs out of SMS credits, or the disk is full or some other error happens in the sms gateway.

SMS submit successful event: The SMS submit successful event is triggered when the SMS is delivered to the mobile network successfully. The mobile network returns an SMS submit report, and this report is forwarded to the C# SMS API client through the established connection. The SMS submit successful event is raised for example when the SMS is submitted by the SMPP client that connects the system to the mobile network over the Internet. If you send SMS messages through an android sms gateway, this event happens when the sms is submitted by the sms modem built into the android phone. If you send SMS through a standard sms modem or a gsm modem pool that is connected to your server with a data cable, the event is fired when the modem returns the 1 byte submit successful reference code to the AT+CMGS modem command.

sms submit failed event: The SMS submit failed event happens if the SMS could not be submitted for any reason to the mobile network by the Ozeki SMS Gateway. For example if the Internet link used by the SMPP client mobile network connection is offline or if the SMPP Server returns an SMPP error message when the SMS is sent. If you send your SMS messages through the android sms gateway, and the android mobile phone's plan runs out of credits, or the phone is not registered to the mobile network you also receive this event. It might also be possible, that the SMS routing table is not configured properly. SMS submit error can also happen if you use a gsm modem for sms delivery and the data cable between the modem and the pc is disconnected or broken. In all of these cases you will have an error message in the Event Args attached to this event to give you an idea what could be the reason for SMS submission failure.

sms delivery success event: The sms delivery success event is called when the SMS is successfully delivered to the recipient handset. In this case an SMS delivery report is returned by the mobile network to the SMS gateway. The SMS delivery report contains the timestamp of the delivery and the successful status code of the delivery. The SMS gateway forwards this information to the C# SMS API. When you receive an SMS delivery report event in C#, you can be sure, that your SMS was received by the recipient.

sms delivery failed event: The sms delivery report in C# can be handled with the sms delivery failed event if the delivery report contains an unsuccessful delivery status code. This can happen for example if the mobile phone where the SMS was sent to is never switched on. This event happens rarely, because most mobile network do not return negative delivery reports.

Send sms from C# SMS API (free to use source code)

To send SMS from C# use the following source code. This source code can be freely modified and redistributed. Note that you can also freely modify and redistribute the source of the C# SMS API library in the Ozeki.Libs.Ozx project.

How to test sms sending with an C#

To test sms sending in the C# sms api you have two options: You can use the built in sms tester connection or you can setup two sms gateways to have a more realistic testing environment. If you setup two sms gateways, first you need to configure the first SMS gateway as an SMPP simulator. This SMS gateway will provide SMPP server service to the second SMS gateway. It will operate the same way the SMSC of a mobile network operator would operate. The second SMS gateway will connect to the first using an SMPP client connection, and it will provide C# SMS API service to your C# sms application.

FAQs

The delivery report (onMessageDeliveryFailed) is retrieved for every failed attempt or is just retrieved when the max number of tries is reached?

The message remains in a pending state until the maximum number of delivery attempts is exhausted.

Is it possible to store the incoming SMS delivery reports into SQL?

To receive delivery reports for your SMS messages, navigate to the "Edit" menu and select "Server preferences." Within the "Advanced" tab, locate the checkbox labelled "Copy delivery reports for users" and ensure it's checked. If you have configured an SQL to SMS gateway, incoming delivery reports will be automatically stored within the database as standard incoming messages. Here's how delivery status updates are reflected:

• ozekimessageout Table and Status Updates: Provided you send messages from the "ozekimessageout" table, the "status" field automatically tracks the delivery state of each message. This field dynamically updates to reflect the following outcomes:
• deliveredtonetwork: Message successfully submitted to the network.
• deliveredtohandset: Message delivered to the recipient's phone.
• deliveryerror: An error occurred during delivery.

This functionality provides a convenient way to monitor delivery status within the database itself.

How to receive sms in C#

This article gives information about how to receive sms in C# with the Ozeki C# SMS API. It provides some example code you can use and outlines the steps you need to take. To complete the steps, you need about 5 minutes. In a nutshell, to receive an SMS with the C# SMS API you need to sign up to the OnMessages received event, and write the event handler method that will process the incoming SMS sent by the Ozeki SMS gateway. Read on to learn more about this procedure!

Why do you want to receive sms in C#?

To receive sms in C# there are various reasons. You might want to collect data from sensor or mobile users, you may create sms services that send a reply with information, or you can simply ask your users to confirm that they have received an SMS.

Prerequisites

• Ozeki SMS Gateway installed
• Microsoft Visual Studio
• C# SMS receive example (OzekiConsole.zip)

How to receive sms in C# (Quick steps)

How to receive sms in C#

1. Download the C# SMS receive example
2. Open the solution in Visual Studio
3. Connect to Ozeki SMS Gateway
4. Receive a simulated SMS in C#
5. Connect to the mobile network
6. Receive an SMS in C# that was sent from a mobile
7. Check the logs in the SMS gateway
8. Check the delivery report on your mobile

C# code sample for receiving text messages

The C# sms code sample below outlines the most important steps to take to create an SMS receiving service. The Ozeki C# sms api comes free of charge. You can modify the api library, the examples that come with it, and you can use it in your project and freely redistribute it or its derivatives. The following example shows you how to subscribe to the OnMessageReceived C# event, and how to handle this event. The example prints the incoming SMS message to the console.

class Program
{
    static OzxClient Client;

    static void Main(string[] args)
    {
        Client = new OzxClient();
        Client.AutoReconnect = true;
        Client.OnMessageReceived += Client_OnMessageReceived;
        
        Client.Connect("127.0.0.1",9580,"testuser","testpass");
    }

    static void Client_OnMessageReceived(object sender, OzxArgs<IOzxMessage> e)
    {
        Console.WriteLine("Message received: " + e.Item.ToString());
    }
}

The e.Item parameter is a full OzxMessage. This means, that you have all the details of the SMS messages in your C# sms api event. These details include the SMS sender ID, the phone number where the SMS was sent to, the SMS text, and the corresponding timestamps.

One of the biggest advantages to using the Ozeki C# SMS API is that you get incoming SMS messages instantly. As soon as they hit the SMS gateway, they are forwarded to your C# SMS client through the established TCP/IP link. This means you will not experience any delays.

If you C# sms api client is not connected to the SMS gateway when the SMS is received, the SMS is stored in the inbox folder of the SMS gateway. This means your incoming messages will not get lost event if the sms software you have written using the C# sms api is offline. This is due to the fact that Ozeki SMS Gateway is actually an SMS server.

Step 1 - Download the Ozeki C# sms library

Navigate to https://ozeki-sms-gateway.com/attachments/5755/OzekiConsole.zip and download the zip file with your browser. The zip file will end up in your Download directory (Figure 2). You can open the download directly in Windows Explorer. The downloaded zip package will contain the example code you can use to receive sms in C#.

Step 2 - Extract the C# sms library

Extract the C# sms library by clicking on the OzekiConsole.zip file with the right mouse button (Figure 2). This will bring up the context menu. In the Context menu select "Extract All...". This will show the "Extract dialog window", where you have to click Extract.

Click the "Extract" button in the "Extract All" dialog window (Figure 3).

Step 3 - Open the project in Visual studio

Open the OzekiConsole folder. This folder will appear, after you have extracted the OzekiConsol.zip package. In the OzekiConsole folder double click on the OzekiConsole.sln file. This will show the "How do you want to open this file?" dialog box. In this dialog box select "Visual Studio". After Visual Studio has been selected, click OK to open the C# sample project. (Figure 4)

Step 4 - Click Program.cs

Open Program.cs by clicking on the file in the solution explorer in the left hand side of the screen. This is the main code of this example C# project. This code contains examples on how to send sms from c# and on how to receive sms in C#. The code is not too long, it is about 300 lines. It demonstrates the full functionality of the C# SMS API. (Figure 5)

Step 5 - Set a break point in the SMS receiver code

Find the OnMessageReceived event handler and set a breakpoint on the begin line of the procedure. This breakpoint will give you a chance to capture the OnMessageReceived event. The OnMessageReceived event is triggered, when your C# SMS client receives the SMS message from the SMS gateway. (Figure 6)

Step 6 - Create an OZX user account for the SMS api

To let the C# sms api example connect to the SMS gateway, you need to create an OZX user account in the sms gateway. To do this navigate to the SMS gateway management console by opening the https://127.0.0.1:9515 url and click on the "Add new user/application" link in the right hand side of the screen. (Figure 7)

The "Add new user/application" link will bring up a list of installable user types. You need to find the OZX user account in the list. The OZX user account uses a highly optimizes SMS protocol, that lets your C# sms application communicate with the SMS gateway over the network. Because the SMS gateway and the C# sms client communicates over the network, you can receive a text message in your C# project even if project runs on a different computer. (Figure 8)

Provide a username and password. In our example we use testuser as the username and testpass ass the password. The C# sms client will use these credentials to connect to the sms gateway. If you would like more than one C# sms api connection, you can create multiple OZX user accounts. Each user account will host its own C# sms api client. To decide which C# sms client will receive an incoming SMS, you need to create inbound routes in the Ozeki sms routing table. (Figure 9)

Enable the logging options for the C# sms api account to get communication logs. I recommend that you tick all the logging checkboxes first, so you get detailed information about what happens to a message. If you receive a text, you will see it appear in the log before it is forwarded to your C# sms client. (Figure 10)

Step 6 - Add new route to simulate incoming SMS

Create a new SMS route to allow the admin user to send test SMS message to the C# sms api client. One of the best things about using Ozeki SMS Gateway is that it allows you to manage your SMS messages with a routing table. You can setup various mobile network connections and you can decide which sms will go where. In our example we want to route sms messages coming from the admin account to the C# sms api client. In a real life system you will not route sms from the admin account, instead you will route sms messages received on mobile network connections to your C# sms api client.

To create a new sms route, click on Add new route in the Ozeki SMS Gateway dashboard (Figure 11).

To receive a text while you write your c# sms code, you will use the SMS gateway's compose form, and you will send the SMS in as the admin user. The sms route you we are going to create will route the sms messages coming from admin to the testuser account. The testuser account will forward the sms to the C# sms client (Figure 12).

Select testuser as the destination for your incoming sms messages in the routing details form. This route will send sms messages from the admin user to the testuser. The testuser will forward the received sms messages to the C# api client (Figure 13).

Step 7 - Start the C# sms example project

To start your C# sms project, you need to click on the Start button in the Visual Studio toolbar. After you click this button, Visual Studio will compile the code, and will run it in the development environment. Program execution will be stopped when the algorithm hits a break point. Since our example is a console application you will see the black console window appear once the execution is started. (Figure 14)

Type in help in the console window. The help text will list the available commands available for you in this example project. The first command you will use is the connect command. Type in "connect 127.0.0.1:9580 testuser testpass" into the console window to connect your C# sms code to the SMS Gateway. Note that 127.0.0.1 means that the SMS gateway is running on the same PC where your C# sms code is running. 9580 is the TCP/IP port used by the SMS gateway to accept C# sms clients (OZX users), and the testuser and testpass credentials are the ones we have defined when we have created the OZX user account in step 6 of this sms tutorial. (Figure 15)

Once you have connected to the SMS gateway you are ready to send your first SMS to your C# api client.

Step 8 - Send a test sms

Send a test SMS message by clicking on the "New" toolbar button in the Ozeki toolbar in the SMS Gateway management console. When you send your test sms, you will have to define a recipient address and the messages text. In the Advanced tab page you may also define a sender ID, such as an SMS short code or an alphanumeric server ID for your SMS. (Figure 16)

Click OK to submit the test sms. Your sms gateway will provide you with the events related to SMS submission, and you will be presented with a Message ID. You may notice the GUID string in the last line of Figure 17.

After the sms is sent by the admin user, it is received by the OZX user account called testuser. This user account forward the SMS to the C# sms client over the network. The C# sms client receives the text over the TCP/IP link established by the connect method. If you have set the break point in the OnMessageReceived event, this is when your breakpoint will pause program execution.

Step 9 - Receive SMS in the C# console

Read the message received line in the C# console. You will see that the SMS was sent by admin@localhost to the phone number +361111111. The C# sms api client received the text 'Hello c sharp client' (Figure 18). The text message was presented to the C# client in the form of a C# event. The OnMessageReceived event handler is called when this event is raised, and the messages was put into the OzMessageReceived event handler method's input parameter.

The next thing you want to do is take a look at the log in the SMS gateway.

Step 10 - View the logs in the SMS Gateway

Open the details page of the testuser by clicking on the testuser link in the Ozeki SMS Gateway dashboard. This will take us to the event log of the testuser account. In this event log we expect to see the communication that takes place between the C# sms client and the SMS Gateway. We also expect to see the received sms message in the communication log. (Figure 19)

Locate the "Received." line in the testuser events tab. You will see the sms received by the C# sms client in this line. You can see the date and time of the event, and you can see the message details. Below the human readable log entry, you will see the OZX protocol communication log. This log allows your to debug the communication in case any problem comes up. (Figure 20)

Receive a text message from the mobile network

In the steps above we have simulated an incoming message. The admin user sent a message that was forwarded to the C# sms example. The next step is to connect the system to the mobile network. For this you have various options. You can connect to an Internet based SMS service provider using an SMPP client connection, or you can install ozeki 10 sms gateway on your Android phone and use the built in sms connection of the android sms gateway. (Figure 21)

To make the above solution work with an Android phone, all you have to do is create an inbound route in the Ozeki SMS Routing table. You need to create this route between the mobile network connection and the C# sms api user (testuser). To find the best mobile network connection method for your project consult our how to connect your sms gateway to the mobile network guide. (Figure 22)

To sum it up

This was a long and very detailed instruction list to help you get started with developing a C# SMS project, that can receive SMS messages. If you start to use this solution, you will find out quickly that this solution is very good if you wish to receive sms messages promptly over various mobile network connections. This solution works whether you want to receive SMS over an Android Mobile phone or through an IP SMS link, such as an SMPP client connection.

C# SMS API connect

The C# SMS API uses the OZX sms protocol to send and receive SMS messages through the Ozeki 10 SMS Gateway. Thanks to this protocol it is the best SMS API available in C#.Net. The C# SMS api has a method called connect, that can be used to establish a permanent connection to the SMS gateaway.

For the C#/.Net SMS api to connect to the SMS Gateway use

To connect the C#/.Net SMS api to the SMS gateway you need

• Host: The IP address or the hostname of Ozeki SMS Gateway. Default: 127.0.0.1
• Port: The OZX port number of the SMS Gateway. Default: 9580
• Username: You have created this to let the C#/Net sms api connect. Default: testuser
• Password: You have created this to let the C#/Net sms api connect. Default: testpass

C# sms api connect example:

var Client = new OzxClient();
Client.AutoReconnect = true;
Client.Connect("127.0.0.1",9580,"testuser","testpass");

If you set the AutoReconnect property to true, the C# SMS api will know, that it should automatically reestablish the connection if the link is lost.

C# SMS API disconnect

To disconnect the C# SMS API from the SMS Gateway, you need to call the Client.Disconnect() method. This will tear down the previously established link you have created with C# SMS client connect method.

The C#/.Net SMS api disconnect method

To disconnect the the C# SMS api client from the SMS gateway you need to call the Disconnect method of the sms client(). If you call this method on a link that is not open, nothing will happen. If you call it on an open link, the C# sms api will tear down the IP sms link between your application and the SMS gateway.

C# sms api disconnect example:

Console.WriteLine("Disconnecting the C# SMS client");
Client.Disconnect();

Note, the disconnect method will stop your C# sms client to send keepalive requests to the server. While the client is disconnected, the SMS gateway will store your incoming messages in the inbox folder. (This is why Ozeki 10 SMS gateway is actually an SMS Server).

C# SMS API keepalive

To keepalive the IP SMS link between the C# SMS API and the sms gateway you need to establish a permanent connection with the C# SMS API's connect method. The system will automatically send keepalive requests.

The C#/.Net SMS api keepalive procedure

To send keepalive requests from the C#/.Net SMS api simply keep the connection open

• Step 1: Create connection
• Step 2: 30 seconds of inactivity
• Step 3: Send keepalive to keep the TCP/IP link open

C# sms api keepalive example:

Client.Connect(host,port,user,pass);
...
Keepalive packets are sent automatically if there is no traffic
...
Client.Send(msg);

Keepalive packets are necessary because firewall rules, vpn connections or dynamically allocated IP SMS routes on the Internet could be disconnected after a period of inactivity. By sending keepalive packets both the C# SMS API client and the SMS gateway can be certain, that the connection is still open.

Keepalive packets are only sent if no other SMS traffic is moving on the link.

C# SMS API send sms

To send an SMS with the C# SMS API first you need to connect to the sms gateway. Once the C# sms api is connected, you need to compose an OzxMessage and pass it to the Client.Send() method.

The C#/.Net SMS api send method

To send an sms from the C#/.Net SMS api use the send method

• Step 1: Create a new SMS message, specify the recipient address and the message text
• Step 2: Record the SMS message ID for later
• Step 3: Send the sms from the C#/Net sms client by calling the send method

C# sms api send sms example:

var msg = new OzxMessage();
msg.ToAddress = recipient;
msg.Text = message;

Console.WriteLine("Sending message. ID: "+msg.ID);
Client.Send(msg);

Note, that when you create the SMS message by using the "var msg = new OzxMessage();" call a message ID is automatically assigned to the SMS. This messages ID is used in sms submit reports, sms failed reports and sms delivery reports to identify the message.

C# SMS API accepted for delivery

When you send an SMS with the C# SMS API the first step you take is pass it to the Ozeki SMS gateway for delivery. The sms gateway will immediately decide whether your SMS is accepted or not. If your SMS text messages is accepted for delivery it will be added to the outbox folder of the C# sms api user.

The C#/.Net SMS api message accepted event

When an sms is sent by the C# SMS api the following procedure occurs: The sms is sent, it is accepted by the sms gateway and stored in the outbox folder, that acts as an SMS message queue. Next it is sent to the mobile network. The first information you receive for the sent SMS is the OnMessageAcceptedForDelivery event. This event is returned by the SMS gateway to the C# SMS API client application immediately after the SMS is sent.

To handle the OnMessageAcceptedForDelivery event in the C# SMS API use these steps:

• Write the C# event handler for the OnMessageAcceptedForDelivery event
• Send an SMS in your C# sms api host application, and record the sms message ID
• Process the incoming OnMessageAcceptedForDelivery event using the sms messages ID in your C# sms api code

C# sms api sms accepted event example:

Client.OnMessageAcceptedForDelivery += Client_OnMessageAcceptedForDelivery;

static void Client_OnMessageAcceptedForDelivery(object sender, OzxArgs<string> e)
{
    Console.WriteLine("Message accepted for delivery. ID: " + e.Item.ToString());
}

The OnMessageAcceptedForDelivery is returned by the SMS gateway in an OZX pdu, to notify the C# sms client about the fact, that the SMS was successfully added to the SMS outbox folder of the C# SMS API user.

The OnMessageAcceptedForDelivery event happens before the SMS is sent to the mobile network.

If for any reason the SMS is not accepted, the OnMessageAcceptedForDelivery event is triggered. Such event can happen for example if the C# sms api user runs out of sms credits, or if the disk becomes full on the SMS gateway. Note that the Ozeki SMS gateway is also an SMS Server, which means, that it does SMS store and forward. You can read more about the difference between an SMS gateway and an SMS server at ozeki.hu.

C# SMS API not accepted for delivery

SMS messages sent from the C#/.Net SMS API might not be accepted for delivery for example if the C# sms api user runs out of sms credits on the Ozeki SMS gateway. To handle the sms not accepted event you need to write an event handler in your C# sms api application.

The C# SMS api / sms not accepted for delivery

When you send an sms from the C# SMS api the SMS gateway first checks if the you have enough credits to send the SMS. If it finds that you don't, it will reject the SMS with the OnMessageNotAcceptedForDelivery call.

To handle the OnMessageNotAcceptedForDelivery C# sms api event follow these steps:

• Create the C# event handler for the OnMessageNotAcceptedForDelivery event
• Handle the incoming OnMessageNotAcceptedForDelivery event in the C# sms api code
• Use the error message returned by Ozeki SMS Gateway in the event args

C# sms api "Not Accepted For Delivery" event example:

Client.OnMessageNotAcceptedForDelivery += Client_OnMessageNotAcceptedForDelivery;

static void Client_OnMessageNotAcceptedForDelivery(object sender, OzxArgs@lt;string, string> e)
{
    Console.WriteLine("Message rejected. ID: " + e.Item1.ToString()+" Reason: "+e.Item2);
}

The OnMessageNotAcceptedForDelivery event can happen because of multiple reasons. For example, if the SMS routing table is not setup properly, the SMS will be stored for delivery. If there are no SMS network connections in the system, there is also no chance for delivery. If such errors occur, the C# SMS API is notified immediately with this event. If there is a chance for the SMS to be delivered the OnMessageAcceptedForDelivery event is called, and the SMS is stored in the outbox messages queue of the SMS Server.

C# SMS API submit successful

SMS submitted successfully in the C# SMS API means that the SMS messages was successfully sent to the mobile network by the Ozeki SMS gateway. This SMS submit successful event occurs if the SMS gateway receives an SMS submit report from the network.

The C#/.Net SMS api sms submitted successfully event

If an sms is sent by the C# SMS api the confirmation that the SMS was delivered to the mobile network is indicated in the form of the SMS submit successful event. Your C#/.Net sms client will receive this event without any delay after the mobile network return an SMS submit successful report.

To handle the OnMessageSubmitSuccess event in your C# SMS API class use these steps:

• Write the C# event handler for the OnMessageAcceptedForDelivery event
• Send an SMS in your C# sms api host application, and record the sms message ID
• Process the incoming OnMessageAcceptedForDelivery event using the sms messages ID in your C# sms api code

C# sms api submit successful example:

Client.OnMessageSubmitSuccess += Client_OnMessageSubmitSuccess;

static void Client_OnMessageSubmitSuccess(object sender, OzxArgs<string, DateTime> e)
{
    Console.WriteLine("Message submitted. ID: "+e.Item1+" Date: "+e.Item2);
}

If you use an SMPP client to send the SMS messages to the mobile network, the SMS submit success event happens, when the SMPP server returns an SUBMIT_SM_RESP pdu. The event handler you write when you sign up to this event in the C# sms api, will receive the SMS messages ID and the SMS submit time stamp.

If you use the C# SMS API with an Android SMS Gateway, you will receive this event when the SMS messages leaves the SMS Server running on the Android phone. In other words, your C# sms api will be notified when the SMS is accepted by the GSM base station.

C# SMS API submit failed

The SMS submit failed event is triggered in the C# SMS API when the Ozeki SMS gateway receives a negative submit report from the SMS service provider. This SMS submit error can also happen, if the SMS cannot be submitted do to the mobile network, for example if an SMPP client connection cannot connect, or if the mobile phone plan runs out of money and you use the Android SMS gateway.

The C#/.Net SMS api sms submit failed event

The sms submit failed event in the C# SMS api is fired when the sms cannot be delivered from the SMS outbox message queue of the SMS gateway to the mobile network, or when the mobile network return a submit failed SMS submit report.

To handle the OnMessageAcceptedForDelivery event in the C# SMS API use these steps:

• Sign up for the OnMessageSubmitFailed event in the C# SMS api
• Write the event handler, that will process the event when the SMS submission failure is reported by the Ozeki SMS Gateway
• Use the sms messages ID to identify the SMS that this error report belongs to

C# sms api sms submit failed example:

Client.OnMessageSubmitFailed += Client_OnMessageSubmitFailed;

static void Client_OnMessageSubmitFailed(object sender, OzxArgs< string, DateTime, string > e)
{
    Console.WriteLine("Message submit failed. ID: " + e.Item1 + " Date: " + e.Item2+" Reason: "+e.Item3);
}

The SMS Server will call this SMS Submit failed event after it called the SMS accepted for delivery event. Both of these events are triggered by an OZX pdu sent to the C# SMS API after the SMS was submitted by calling the C# SMS API send sms method. The event handler will receive the SMS message ID, and the error messages returned by the mobile network.

C# SMS API delivery successful

SMS delivery reports are reported as C# events in the C# SMS API. In the mobile network when a mobile phone (Terminal) receives the SMS, the network returns a so-called SMS delivery report to the sender. This indicates that the SMS has successfully arrived at the destination handset. Ozeki SMS gateway will process these reports and will match them to the originally sent SMS. Once the original SMS is identified, Ozeki SMS gateway wil call an SMS delivery successful event.

The C#/.Net SMS api sms delivery successfully event

The sms delivery reports in the C# SMS api arrive in the form of SMS delivery successful events. As soon as the delivery report reaches the SMS gateway, your C# app will receive an event with the SMS messages ID, and with the delivery date.

To handle the SMS delivery report in your C# SMS API follow these steps:

• Subscribe for the OnMessageDeliverySuccess event in your C# SMS API class
• Write the C# event handler to process the SMS delivery report
• Send an SMS, and record the sms message ID.
• Process the incoming SMS delivery report in your C# sms api code

C# sms api sms delivery report example:

Client.OnMessageDeliverySuccess += Client_OnMessageDeliverySuccess;

static void Client_OnMessageDeliverySuccess(object sender, OzxArgs< string, DateTime > e)
{
    Console.WriteLine("Message delivered. ID: " + e.Item1 + " Date: " + e.Item2);
}

If you read the above code example you will see, that a string and a date time is returned to the C#/.NET sms api. The string parameter is the messages id, and the date time is the date of successful delivery.

If you use an Android SMS Gateway, you receive this event, when the android phone receives the delivery report. If your SMS Server runs on a PC, this SMS delivery success event will be triggered if the SMS delivery report corresponding to the originally sent SMS message arrives either through the connected GSM SMS modem, or through an IP sms connection, such as an SMPP sms client connection.

C# SMS API delivery failed

SMS delivery reports for failed SMS messages are handled the same way in the C# SMS API as SMS delivery reports for successful SMS delivery. The only difference is that the Ozeki SMS gateway raises the OnMessageDeliveryFailed event, and it attaches an error message to the report if the mobile network returns a delivery report with a failed status.

The C#/.Net SMS api sms delivery failed event

The sms delivery failed event in the C# SMS api arrives when the mobile network considers an SMS message undeliverable. This can happen if the destination mobile phone is never switched on or is roaming in an inaccessible network. Some SMS service providers do not send SMS delivery reports with failed status codes.

To handle the SMS delivery failed report in your C# SMS API follow these steps:

• Subscribe for the OnMessageDeliveryFailed event in your C# SMS API class
• Write the C# code to process the SMS delivery failed report
• Send an SMS, and save the sms message ID.
• Process the incoming SMS delivery failed report in your C# sms api class

C# sms api sms delivery failed report example:

Client.OnMessageDeliveryFailed += Client_OnMessageDeliveryFailed;

static void Client_OnMessageDeliveryFailed(object sender, OzxArgs<string, DateTime, string> e)
{
    Console.WriteLine("Message delivery failed. ID: " + e.Item1 + " Date: " + e.Item2 + " Reason: " + e.Item3);
}

The C#/.NET sms api receives the date of failure and the error code in addition to the SMS messages ID of the originally sent SMS message.

For Android SMS Gateway setups, you receive this event, when the android phone receives the delivery failed report. If your SMS Server runs on a PC, this SMS delivery failed event will be triggered when the delivery failed report is received on the configure mobile network connection.

C# sms api - alphanumeric sender ID

An alphanumeric SMS sender ID is the text displayed as a sender number on the top of your phone's screen when you receive an SMS. This text is displayed instead of a mobile phone number in an SMS message. Brand names and company names are often used as alphanumeric sender IDs.

To set an alphanumeric SMS sender ID in the C# SMS API, you need to specified the FromAddress field in the SMS message class before you send the sms using the client.send command.

When can I use an alphanumeric sender ID in an SMS?

Alphanumeric sender ID can be used if an SMS is sent over an IP SMS connection in Ozeki SMS Gateway. The following connections can be used to send an alphanumeric sender ID in your SMS: SMPP client connection, an UCP/EMI SMS connection, a CIMD2 SMS connection or a HTTP SMS API or REST SMS API connection.

Can I use an alphanumeric sender ID in Android?

Android phones can receive SMS with alphanumeric sender IDs, but you cannot send SMS messages from them with an alphanumeric sender ID. Even if you have an Android SMS Gateway installed, alphanumeric sender IDs will not be supported.

Can I reply to an SMS if the sender ID is alphanumeric?

If the SMS from address field contains an alphanumeric sender ID, meaning the sender ID has letters, the recipient cannot send a reply to this message. For example in the UK, when you receive a marketing messages from Domino's pizza, you cannot send "STOP" to unsubscribe from their service. You need to send the stop message to a different number, because they have used an alphanumeric sender ID when they sent the SMS from the C# sms api.

How to send an SMS with an alphanumeric sender ID in C# sms api

To send an SMS with alphanumeric sender ID from the C# sms api of Ozeki SMS Gateway follow these steps

• Step 1: Create a new SMS message class instance in your C#/Net api class
• Step 2: Set the from address field of the SMS message to the alphanumeric sender ID
• Step 3: Send the sms by calling the client.send method

C# sms api alphanumeric sender ID example:

var msg = new OzxMessage();
msg.FromAddress = "MyBrand";
msg.ToAddress = "Hello, I would like to let you know, that the product is great";
msg.Text = "+36201234567";

Console.WriteLine("Sending message. ID: "+msg.ID);
Client.Send(msg);

What is the maximum length for an SMS alphanumeric sender ID?

The maximum number length for an alphanumeric sender is 11 characters. This is less than the 15 digits allowed for numeric sender IDs

Alphanumeric sender ID (Letters): Maximum 11 characters
Numeric Sender ID (Digits): Maximum 15 digits

What characters are allowed in the sender ID?

The alphanumeric sender ID can contain the following characters: a-z A-Z 0-9. Sender IDs must contain at least one letter.

Upper case letter: A - Z
Lower case letters: a - z
Digits: 0 - 9
Space: " "

(Alphanumeric Sender IDs maximum length is 11 characters.)

What characters are not allowed in the sender ID?

The alphanumeric sender ID cannot contain special characters. Only small and capital letters and digits and spaces are allowed. No dashes, hyphens, dots, comas or any other characters are allowed. This limitation comes from the SMS protocol definition, so there is no way to override this limitation in the C#/.Net SMS api.

C#/.Net SMS API - short code

The C# SMS API can be used to send SMS messages with a short code sender ID. You can specify the short code in the FromAddress property of the SMS message. If an SMS is sent using a short code, the SMS Gateway will encode the number as a local digit-only number.

How to send an SMS with a short code sender ID in C# sms api

To send an SMS using a short code sender ID from the C# sms api follow these instructions:

• Create a new instance of the SMS message class (provided by the C# sms api)
• Set the from address field to the short code
• Send the sms by calling the client.send method

C# sms api short code example:

var msg = new OzxMessage();
msg.FromAddress = "1234";
msg.ToAddress = "This is an SMS from a short code";
msg.Text = "+3620111111111";

Client.Send(msg);

C# SMS API message class

The sms messages class in the C# sms api is responsible for carrying a message between the C# sms api application and the Ozeki SMS Gateway. This is the class you pass to the Client.Send() method when you wish to send an SMS through the C#/Net SMS API.

C# sms api / SMS message ID

ID: The message ID is used to identify the SMS. This ID is returned for sms submit reports and sms delivery reports.

C# sms api / SMS sender ID

FromConnection: The name of the SMS mobile network connection where the SMS came into the Ozeki SMS Gateway. For example if you connect to the mobile network using an SMPP client connection the will be "SMPPClient1" when an SMS comes in on that connection. If you use an Android SMS gateway, this would be "Vodafone UK" if the SMS came in through the SIM card serving the vodafone network

FromAddress: The sender ID of the SMS message. If the SMS was sent from a mobile phone with the number +44123467 this property will hold the value +44123467. If you want to specify a custom sender ID from an SMS you wish to send this is the property you should set. You can put a phone number into this field, an SMS shortcode associated with C# SMS API, or an alphanumeric sender id identifying the C# SMS API.

FromStation: This is the ID of the SMS gateway computer that the received the SMS. Every Ozeki SMS Gateway has a unique global id (GUID). If your C# API connects to multiple SMS Gateway this ID is useful to identify where the SMS message comes from.

C# sms api / SMS recipient

ToConnection: Use this field if you wish to override the SMS routing table in the SMS Gateway. You can specify the name of the SMS mobile network connection to use for SMS delivery in this field.

ToAddress: The phone number where the SMS should be sent to. If you want to send a text message to the mobile phone +3620123456, put +3620123456 into this field. This field is mandatory for outgoing SMS messages.

ToStation: This field can be used if you want to forward your SMS through a particular SMS gateway. This field is only relevant if you work with multiple SMS Gateways. It is safe to leave it empty.

C# sms api / SMS text

Text: This field where you should put the message text. This field can contain messages up to 65 536 characters. If the message length is longer than 160 characters, your SMS will be sent as a multi part SMS message. This field is mandatory for every SMS message.

C# sms api / Dates

CreateDate: This timestamp is automatically set to Datetime. Now when an instance of the messages class is created.

ValidUntil: Set this time in you C# SMS api implementation, to specify an expiry date for the SMS. If your SMS is expired, it will be removed from the outbox folder. This date is also used in setting the validity period for the SMS before it is sent to the mobile network

TimeToSend: To schedule an SMS from future delivery in your C# SMS API, set this date to a future point in time. Your SMS message will stay in the SMS Gateway out box until the time comes to send it. (Note that the Ozeki SMS Gateway is an SMS server which means it is able to store and forward your SMS messages).

C# sms api / Delivery report request

IsSubmitReportRequested: Set this to true if you wish to receive a SubmitAccepted report in your C# SMS api implementation.

IsDeliveryReportRequested: Set this to true if you wish to receive a Delivery report in your C# SMS api implementation.

IsViewReportRequested: Set this to true if you wish to receive a view report in your C# SMS api implementation. Note the view reports for SMS messages are not returned by the mobile network. The view report is used if you send your messages to chat recipient, and the recipient view your messages in the chat app.

C# sms api / Tags

Tags: Message tags are optional fields. You can specify fields in the name/value format. This list of additional parameters can be used to specify custom values used in SMS transmission, such as raw PDU, data coding scheme, SMS port numbers and other similar values, that can be used for encoding.

C# sms api message class source

C#.Net SMS Script

In the Ozeki SMS Gateway you can write a script, that allows you to run C# .NET code when an SMS message arrives. This script can implement any logic to do various tasks with the incoming messages, and optionally send response SMS messages.

Step 1 - Add new user/application...

You can simply install the C# script User on the Management console by clicking Add new user/application... in the Users/Applications panel (Figure 1).

Step 2 - Add C# script

An interface will open consisting of two panels. The left side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the C# script User and click the blue 'install' button next to it (Figure 2).

Step 3 - Provide the script

The 'Configuration' panel has a 'General' tab which contains the basic settings. First please provide a unique Name. In the Script section of tab page contains the source of the script you wish to execute (Figure 3).

Step 4 - Enable user

Please enable to user with the Connection switch and in the Events tab view that the Script is compiled, and the user is initialized successfully (Figure 4).

Step 5 - Message received

Finally, you can see if a message is received by this user the script will run and as this example works the response SMS message is sent to the Original sender (Figure 5).

ASP C# programming guide

Create a class named 'Program' in the 'Ozeki' namespace. You may also include the necessary using directives.

Implement the 'Receive' function inside the 'Program' class. This function will be called when your connection receives a message. The parameter of the 'Receive' function will be an object with the type of 'Message'.

Send a reply message

When receiving a message, you may send a reply to notify your sender of successful delivery. To achieve this, you may use the built-in 'Reply' function.

Message forwarding

You may also forward your received message to another connection by using the 'Send' function.

Compose your message

Composing a message is easier, than you think. You just need to use the built-in 'Message' type to create a new message object. In the following example, when a message was received, we will create and send a new message to the admin connection.

Logging

Using log messages will make debugging your script much easier. By calling the 'Log' function you may implement proper logging in your script if needed.

Summary

In the article above, you have learned important thing about running a C# .NET code using the Ozeki SMS Gateway. Combining the power of the Ozeki SMS Gateway and a C#.NET script will result in a useful and versatile messaging system. If you can run a C#.NET code when an SMS message arrives, you can implement logics to do perform any task. For example, a good task would be to send a scripted response to the incoming message. Another good example is to send notification messages inside your organization in case of an incoming message.

To find out more information about the C# SMS API, follow the link to the article about this topic on the Ozeki Webpage : C# SMS API. Ozeki has other articles about this topic. For example, C# HTTP SMS.

To start working, all you need to do is download the Ozeki SMS Gateway now!

How to send SMS from C# using HTTP

You can easily build a C# console application that allows you to send a HTTP request to the Ozeki 10 SMS gateway. When you run this attached application, first, it will print a HTTP request on the console and after that send it out. If everything goes well the Ozeki 10 SMS gateway receives this request and sends back a response. Our C# application receives this response and displaying on the console. From this response we can find out if the delivery was successful.

What is a C# SMS API?

The C# SMS API is a great tool to be able to send SMS message from any kind of C# based project or application by initiating HTTP requests and forwarding them to the SMS Gateway.

Prerequisites

• Installed Visual Studio 2019 Community Edition
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from C#

If you wish to send SMS from C#, you can use the HTTP SMS API of Ozeki SMS Gateway.

To send sms from C#:

1. Open https://localhost:9515 in your browser and log in
2. Create a new HTTP API user
3. Check the port number of the HTTP API service
4. Start Visual Studio
5. Create a new C# console project
6. Send sms from C# by typing in the source code bellow
7. Run the Console App project
8. View the SMS sent from your C# project on your mobile

How to Send SMS from C# video

C# SMS source code example

The following example C# source code is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. If you would like to run this example code, you just need to copy-paste it into your Console App project and run the project.

using System;
using System.Net.Http;
using System.Text;
using System.Web;
namespace HttpApiTester
{
    class Program
    {
        static async System.Threading.Tasks.Task Main(string[] args)
        {
            var username = "john";
            var password = "Xc3ffs";
            var messagetype = "SMS:TEXT";
            var httpUrl = "https://127.0.0.1:9508/";
            var recipient = HttpUtility.UrlEncode("+36201324567", Encoding.UTF8);
            var messagedata = HttpUtility.UrlEncode("TestMessage", Encoding.UTF8);
            
            var sendString = $"{httpUrl}api?action=sendmessage&username=" +
                             $"{username}&password={password}" +
                             $"&recipient={recipient}&messagetype=" +
                             $"{messagetype}&messagedata={messagedata}";

            Console.WriteLine("Sending request: " + sendString);

            var handler = new HttpClientHandler();
            handler.ServerCertificateCustomValidationCallback = 
                (sender, cert, chain, sslPolicyErrors) => { return true; };

            using var client = new HttpClient(handler);

            try
            {
                var response = await client.GetStringAsync(sendString);
                Console.WriteLine("Http response received: ");
                Console.WriteLine(response);

            } catch(Exception e)
            {
                Console.WriteLine(e.Message);
            }
        }
    }
}

Step 1 - Open Visual Studio

The first step to create the application that can send SMS message is to open the Visual Studio. If you haven't downloaded Visual Studio yet, just follow the link in the Prerequisites section above to download the latest version. If you have the installed Visual Studio on your computer, all you need to do is to click on its icon (Figure 1) on the desktop to open Visual Studio.

Step 2 - Create a new project

After you opened Visual Studio, the opening window will show up for you as you can see it in Figure 2. Here you can see your solutions, you can open an existing one, clone a repository or open a local folder. Now, to follow the guide, you need to click on the 'Create a new project' button to create the project for SMS sending.

Step 3 - Select Console App

The next window lists all the available types of projects that can be created in Visual Studio. This example requires you to create a simple Console App as Figure 3 demonstrates it, but you can use the SMS sending service in many other types of projects. So, all you have to do here is to click on the Console App option from the list of available types of projects.

Step 4 - Configure the project

Before crating the project, the final step is to configure it by specifying some details of the project. Here, you can give a name to the project and also set the location folder as well as you can see it in Figure 4. If you finished with the configuration, you could just click on 'Create' to create the Console App project.

Step 5 - Copy the example code

After you created the Console App project, now you need to set up the example code that you need to execute. For that, scroll up on this page to find the example code section and mark out the whole source code as Figure 5 shows that. Then just press Ctrl+C on your keyboard to copy the source code.

Step 6 - Paste the source code into your project

In the Visual Studio, the created project contains an initial Program.cs source file. At this point, this is the file that you have to use to execute the example program. Here, first, mark out the code in that file and delete it. After that, you Figure 6 demonstrates it, press Ctrl+V on your keyboard to paste the example code into your Program.cs file. Now, the project is ready to use.

Step 7 - Execute the example project

The final step of this guide is to execute the example program. In Visual Studio, it is quite simple to run the project, you just need to click on the Run button as you can see it in Figure 7. After starting the program, it shows up a console window, that prints the HTTP request that the program sent to the SMS Gateway. It also prints the response from the SMS Gateway that shows if the delivery of the SMS was successful.

Step 8 - Check the send result in the Ozeki log

In Ozeki 10 SMS Gateway, you can check easily what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, if you open the SMS Gateway, and select details of the HTTP API service, you will be able to see the events. As you can see it in Figure 8, the service logged an event, when the C# example program sent the HTTP request to the service.

The process of the message sending can be also viewed back by the events. For that, open the HTTP API User connection, that you had to configure before. Figure 9 demonstrates that how the connection handles the HTTP request and send the message to the recipient that you specified in your C# program.

Conclusion

This guide provided all the necessary information on how to send an SMS to any recipient from your computer. This solution uses the combination of C# and the Ozeki SMS Gateway, which works in any country and can send and receive SMS through various mobile connections. This will make the communication with your co-workers and your clients of your organization much easier.

The Ozeki SMS Gateway is a tool that can be controlled using HTTP requests. To learn more about those, feel free to visit the article about receiving SMS using the C# HTTP SMS API, or get info about other supported languages, like PHP.

All you need to do is to download the Ozeki SMS Gateway and start building your solution now!

Simulate incoming messages

If you want to test some elements of your communication system, sometimes you will need to simulate incoming messages, to see if your system works correctly. We are providing you a step-by-step tutorial to set up a web page which you can send messages to the Ozeki SMS Gateway. This is a simple process, you don’t need any developer knowledge to follow the guide.

Step 1 - Setting up an HTTP server

To be able to send messages to your own system, you will need to have a working HTTP server. To do that, click the connect button on the main page of the Ozeki SMS Gateway. Here you will be presented with some options of connections. Now you need to click the “HTTP Server” as you can see in Figure 1.

At Figure 2, you will see how the HTTP server should be configured. The “Base URL” specifies the URL which the HTTP Server should listen on. The “Telephone number” assigns the number you provide to the connection. When you typed in the correct information, please click the “OK” button to proceed.

If you managed to set up your HTTP Server, you need to allow the connection. You can do this by switching the “Connection” switch, on the left side of the screen. As it is presented on Figure 3.

Step 2 - Adding a new route

Now, you want the SMS Gateway to communicate with your HTTP server. You need a new route for it. You can set up a new route on the “Routes” panel, by clicking “Create new Route”. A “Route details” tab will pop-up. Here you can specify the route of the message as it can be seen on Figure 4.

Step 3 - Test your HTTP Server

Now you have your HTTP Server, and you can communicate with it. To start sending test messages, open the HTTP server page by clicking on the provided URL on the left side panel as you can see on Figure 5.

If you clicked on the URL link, a webpage will be presented to you. You can use it to send messages to your own system. The “Recipient” field will be the name of the sender, the “MessageData” will be the message itself. To send the text, just simply click the “Submit” button. You can find it with the help of Figure 6.

On Figure 7, you can see how your test message will appear in the inbox of the Ozeki SMS Gateway. To open your inbox, click on “Inbox” under the “Folders” section.

Summary

This article showed you how to set up a simulated incoming message for testing purposes. This will make troubleshooting and error handling much easier. If you want more insight into your system, use the Ozeki SMS Gateway. It offers excellent logging capabilities, which means you can track down errors quickly.

It is a good idea to check out the articles on the Ozeki website, so you can know more about the communication system that Ozeki offers. To learn more about how you can utilize the Ozeki SMS Gateway, feel free to explore the articles on the website such as: “How to receive SMS messages with C#” and “How to send SMS messages with C#”.

To create your first high performance SMS gateway system, now is the best time to download Ozeki SMS Gateway!

Receive SMS in C#

The following guide is going to demonstrate how you can get the messages received by your SMS Gateway with a C# application. This C# example uses HTTP requests to ask for the messages from your inbox folder in SMS Gateway. The SMS Gateway collects all these received messages and sends them to the C# application as a response to the HTTP request. The guide also shows, how you can use the HTTP server connection to simulate incoming messages. It does take not more than five minutes to complete this guide, so let's start right now.

What is a C# SMS API?

The C# SMS API is a great tool to be able to send SMS message from any kind of C# based project or application by initiating HTTP requests and forwarding them to the SMS Gateway.

Prerequisites

• Installed Visual Studio 2019 Community Edition
• Installed Ozeki 10 SMS Gateway
• A configured HTTP Server connection

Receive SMS in C#

• Open Visual Studio
• Create a new Console App project
• Copy the C# example code from this page
• Paste the code into your C# application
• Open Ozeki 10 SMS Gateway
• Select the HTTP Server connection
• Send test messages using the HTTP Server connection
• Run your C# application to get all incoming messages

The example C# code below is capable of collecting all incoming messages using HTTP requests. This example code is free to use, you can modify and implement it into your own project application. If you wish to just test the solution, you need to follow the step-by-step instructions below or watch the video above which demonstrates how you can use this example C# code.

using System;
using System.Net.Http;
using System.Xml;
using System.Threading.Tasks;

namespace ReceiveSMS
{
    class Program
    {
        static async Task Main(string[] args)
        {
            var username = "john";
            var password = "Xc3ffs";
            var httpUrl = "https://127.0.0.1:9508/";
            var folder = "inbox";
            var limit = "3";

            var sendString = $"{httpUrl}api?action=receivemessage&username=" +
                 $"{username}&password={password}&folder={folder}&limit=" +
                 $"{limit}&afterdownload=delete";

            Console.WriteLine("Sending request: " + sendString + "\n");

            var handler = new HttpClientHandler();
            handler.ServerCertificateCustomValidationCallback =
                (sender, cert, chain, sslPolicyErrors) => { return true; };

            using var client = new HttpClient(handler);

            try
            {
                var response = await client.GetStringAsync(sendString);
                Console.WriteLine("Http response received: ");
                DisplayMessages(response);
            }
            catch (Exception e)
            {
                Console.WriteLine(e.Message);
            }
        }
        static void DisplayMessages(string response)
        {
            var xmlDoc = new XmlDocument();
            xmlDoc.LoadXml(response);
            var nodes = xmlDoc.SelectNodes("response/data/message");

            foreach (XmlNode node in nodes)
            {
                try
                {
                    var sender = node.SelectSingleNode("originator").InnerText;
                    var text = node.SelectSingleNode("messagedata").InnerText;
                    DisplayMessage(sender, text);
                }
                catch (System.NullReferenceException e)
                {
                    Console.WriteLine("The inbox is empty!");
                } 
            }
        }
        static void DisplayMessage(string sender, string text)
        {
            Console.WriteLine($"{sender}: {text}");
        }

    }
}

Step 1 - Open Visual Studio

The first step of the guide, to create a C# application where you can place the example code from this page. The best tool to create a C# application is the Visual Studio. You can download it from the Prerequisites section if you haven't got it yet. If Visual Studio is already installed on your computer, you just need to open it from your desktop as you can see it in Figure 1.

Step 2 - Create a new project

After you opened the Visual Studio, the welcome window is going to show up. You can open a recent project or create a completely new one from this window. As Figure 2 demonstrates, now you need to create a new project, so you just need to select this option from that window.

Step 3 - Select Console App

After you decided to create a new project, the next window lists all the available options that you can select from if you wish to create a new C# application. To follow this guide, you just need to create a simple Console App, so as Figure 3 shows that, just select that option and click on 'Next'.

Step 4 - Configure your project

Before finally creating the Console App project, you need to do some configurations on the project. These are very simple configurations; you just need to give a name to your project as you can see it in Figure 4. At this window, you can also specify the location of the project files. If you finished with all the configurations, just click on 'Create' to create the Console App project.

Step 5 - Place the example code into the project

The created project contains one C# file, which is Program.cs. This is the file, where you need to place the example code. For that, just scroll up to the example code, mark out the whole code, and press Ctrl+C on your keyboard. This operation just copied the code to your clipboard. After that, go to the Program.cs file, delete the code that you can find here, and like in Figure 5, press Ctrl+V to paste the code into that file.

Step 6 - Simulate some incoming messages

The next thing that you need to do, is to wait for some incoming messages in your SMS Gateway. This can take some time, so you can choose the option to simulate some messages using the HTTP Server connection. So, as Figure 6 demonstrates that, just open the HTML form of the HTTP Server connection. This form provides the opportunity to create some messages. You just need to type 'Ozeki' as a recipient and write some text into the 'MessageData' field. To send the test message, just click on 'Submit'.

Step 7 - Run the example C# code

The last step that you need to perform is to run the C# code and get the received messages. to do that, just click on the 'Run' button in the Visual Studio as you can see it in Figure 7. By doing this, a console window shows up which prints the HTTP request that your application sent. It also prints the response message from SMS Gateway, which is a list of all messages that can be found in your inbox folder.

Conclusion

This tutorial gave you all the necessary information about how you can receive SMS messages in C#. Receiving messages in C# means that you can implement a message receiving functionality in any of your C# project. This will result in a versatile and widely used project. This solution revolves around the Ozeki SMS Gateway, meaning that you can track messages when going through the system and can detect errors easily thanks to the low-level logging capability of the Ozeki SMS Gateway.

Make sure to not stop here in the learning process. Feel free to check out other articles on the Ozeki website. For example start with sending SMS messages using C#. Another good article to learn is how to simulate incoming messages for test purposes.

The next thing to do is to download the Ozeki SMS Gateway and start developing now!

How to send SMS from C# using and SQL Server

Download: Sending_SMS_through_MS_SQL_Server.zip

See how to send SMS by inserting rows into a Microsoft SQL database through a C#.NET application. This technology is intended for developers with basic knowledge in C#.NET and SQL. The downloadable source code helps you get started.

In the following chapters you can find the required prerequisites and a detailed explanation on how to use the code. A helpful workflow diagram shows you the basic connection between the C# application's user and the recipient's phone.

The code is useful if who would like to

• include SMS functionality to your C# application.
• integrate automated SMS notification.
• secure your products by adding SMS login.

Prerequisites

The software requirements of the system is listed on the following table. Please download SMS Gateway and install SMS Gateway software with .NET framework 4.5 and a Microsoft Visual Studio to run your code.

Operating System:	Windows 11, Windows 10, Windows 8, Windows 7, Windows Server 2019, Windows Server 2016, Windows Server 2012 R2, Windows Server 2008 R2, Windows Vista
Basic software requirements:	.NET Framework 4.5 Ozeki SMS Gateway Microsoft SQL Server 2016 Express Edition or newer Microsoft SQL Server versions
Development platform:	Microsoft Visual Studio

How does it work

First you need to install Ozeki SMS Gateway and create a Database User in the SMS Gateway. Connect the user to your MSSQL database. The SMS messages to send will be SELECT-ed from the outgoing messages SQL table, which is called 'ozekimessageout' as default.

Then you should install a C#.NET environment. Your C# application can connect to your MSSQL database and insert SMS messages to the SQL table of outgoing messages.

Make sure your Ozeki SMS Gateway is connected to the GSM network through a GSM modem or any IP SMS service provider over the internet. For example SMPP, CIMD2 or UCP/EMI are very popular service provider connections.

See the workflow of the C# through MSSQL connection on Figure 1.

So basically, the Microsoft SQL Server can be reached from both your C# application and Ozeki SMS Gateway. All incoming and outgoing messages are stored on the MSSQL Server for further usage.

By adding the appropriate codes to your C# application, you can connect it to your SQL database to make it able to INSERT new rows into the outgoing message table and read incoming messages.

Ozeki SMS Gateway's Database User is capable to read the outgoing message table to send SMS messages and INSERT new rows into the incoming message table for other users to read. For example, the C# application user can read it.

How to set up your MSSQL Server

Step 1: Install Microsoft SQL Server 2016 Express Edition
Step 2: Start Microsoft SQL Server 2016 Express Edition and log in.
Step 3: Turn on server authentication, so it would always require database user and password pair. (Short help tutorial)
Step 4: Create database and grant select, insert, update, delete permissions to a user. (Short help tutorial)

Add a Database User to Ozeki SMS Gateway

Step 1: Start Ozeki 10 browser GUI (Picture help)
Step 2: Start Ozeki SMS Gateway from Ozeki 10's desktop.
Step 3: Install a Database User and set the connection string. (Short help tutorial)

Use the downloaded C# code

Step 1: Download the zip file and unpack it.
Step 2: Set SQL database connection data in 'DatabaseHandling.cs'. (Short help tutorial)
Step 3: Start Ozeki 10 service if it is not running. (Short help tutorial)
Step 4: Build and run the project in Microsoft Visual Studio
Step 5: A window will pop up. Click the Compose message button.
Fill the recipient and message text fields and click 'Send'. (Short help tutorial)

How does the example code work

The downloadable code on the top of the page can insert messages in the 'ozekimessageout' table. Ozeki SMS Gateway's Database User periodically checks 'ozekimessageout' to find new message rows and send them to the recipient's phone. Each message row has a status attribute. After sending the SMS message, the status will change from 'Send' to 'Sent'.

Do not forget to check if your Microsoft SQL server is up and running and modify the server connection details in 'DatabaseHandling.cs', which you can find in the example project.

C# classes of the example code

MainForm.cs (Figure 2):
This class contains the first window that opens up. As you can see on Figure 2, it can show the content of two tables. This content is read by a SELECT statement from 'ozekimessageout' and 'ozekimessagein'. It also contains two 'Refresh' buttons and a 'Compose message' button as well. Press it to use the next class, 'ComposeMessageForm.cs'.

ComposeMessageForm.cs (Figure 3):
This is the next page where you can fill the necessary data fields to create a new message.

DatabaseHandling.cs:
This is where you can set the database connection (Figure 4) and refresh the tables of 'MainForm.cs'.

How does the message sending code work

In 'ComposeMessageForm.cs' you can fill the two fields with the recipient's address and message text. By pressing 'Send', you can start the following code:

ComposeMessageForm.cs

...
private void buttonSend_Click(object sender, EventArgs e)
{
    CheckAndSendMessage();
}

private void CheckAndSendMessage()
{
    if (textBoxRecipient.Text == "")
    {
        MessageBox.Show("Recipient field mustn't be empty!",
                    "Incorrect field value");
        return;
    }

    string errorMsg = "";
    DatabaseHandling.insertMessage(textBoxRecipient.Text,
                textBoxMessageText.Text, out errorMsg);

    MessageBox.Show(errorMsg, "Result of inserting message");
}
...

Figure 5 - Checks if the recipient's field is empty

The CheckAndSendMessage() method is called by 'buttonSend_Click(...)'. The method starts by checking the recipient's field and runs insertMessage(...) from 'DatabaseHandling.cs' if the recipient's field is NOT empty (Figure 5). insertMessage(...) can insert a new row to the 'ozekimessageout' table (Figure 6) (The default value of the msgtype attribute is SMS:TEXT). Ozeki SMS Gateway will read the rows from the SQL server as you can see on the workflow diagram above.

DatabaseHandling.cs

...
public static void insertMessage(string receiver, string messageText,
            out string errorMsg)
{
    Connect(out errorMsg);
    if (errorMsg != "")
       return;

    try
    {
       SqlCommand sqlComm = sqlConn.CreateCommand();
       sqlComm.CommandText = "insert into ozekimessageout " +
                    "(msgtype,receiver,msg,status) " +
                    "values ('SMS:TEXT','" + receiver + "','" +
                    messageText + "','send');";
       if (sqlComm.ExecuteNonQuery() == 0)
       {
            errorMsg = "Insert was UNsuccessful!";
       }
       else
       {
            errorMsg = "Insert was successful!";
       }
    }
    catch (Exception e)
    {
        errorMsg = e.Message;
    }

    CloseConnection();
}
...

Figure 6 - INSERT's message into your SQL database

You can use other message types than 'SMS:TEXT' (e.g. 'SMS:WAPPUSH', 'SMS:VCARD') as you can see on Figure 7.

...
sqlComm.CommandText = "insert into ozekimessageout " +
                    "(msgtype,receiver,msg,status) " +
                    "values ('SMS:WAPPUSH','" + receiver + "','" +
                    messageText + "','send');";
...

Figure 7 - Message type changed from 'SMS:TEXT' to 'SMS:WAPPUSH'

Frequently asked questions

Question: Can this C# example run on a different computer than Ozeki SMS Gateway's or MSSQL server's machine?
Answer: Yes, it can. Please modify the IP address in 'DatabaseHandling.cs' to your MSSQL server's IP address.

Question: Can I change the sender's phone number?
Answer: Yes. Please INSERT the sender's number into the message row as well (Figure 8).
It only works if you have an IP SMS connection.

...
string SenderNumber = "+449876543";
sqlComm.CommandText = "insert into ozekimessageout " +
                    "(msgtype,sender,receiver,msg,status) " +
                    "values ('SMS:TEXT','" + SenderNumber + "','" + receiver + "','" +
                    messageText + "','send');";
...

Figure 8 - Modified INSERT INTO statement with an additional 'sender' attribute

Summary

This article explained how to send SMS from C# using an SQL Server. This means that you can send an SMS by inserting a row into a Microsoft SQL database. This system uses a C#.NET application. Sending an SMS from an SQL Server means that you can use the SQL language to search for a message or manage SMS messages. It will greatly improve the efficiency of communication inside of your organization and will make the flow of information faster.

If you would like to know more about the technology that Ozeki provides, visit the Ozeki website. We advise you to start with the C# SMS API. You will learn more about the Ozeki C# SMS API in this article. Next up, if you would like to send the SMS using HTTP SMS API, visit this article: HTTP SMS API.

To start sending SMS messages using APIs, download the Ozeki SMS Gateway now and start the work!

Connect to your Microsoft SQL server

Open the downloaded project and provide the MS SQL server connection details to 'DatabaseHandling.cs'. These details contain the server's name, username, password and database name. These 4 fields on Figure 1 are included in the connection string.

The MS SQL connection string is built up from the provided connection details (Figure 2). The 'serverName' is the domain name or IP address in most cases. Keep in mind that the database user must have rights to use the database.

Figure 2 - Shows how the connection string is built up in 'DatabaseHandling.cs'

Summary

This article explained to your how you can connect to your Microsoft SQL server. Connecting to your Microsoft SQL Server means that you can use the SQL language to control the Ozeki SMS Gateway. This means that all your data will be safely stored, and you can easily find any piece of information you are looking for using SQL language. This will make billing or customer complaint handling easier.

Make sure that you don’t stop learning here. Visit the Ozeki website where you can find more information about the system. For example, start with the article about using C# SQL to SMS. The next step is to run an example project.

The next step is to Download the Ozeki SMS Gateway and start developing your own solution.

Run example project

You can use Microsoft Visual Studio to start the C#.NET application. The downloaded example project is called 'Sending SMS through MS SQL Server'. Please run it.

On the opening window, see the outgoing and incoming messages and click 'Compose message' (Figure 1), so you can write your own message. The outgoing and incoming messages can be refreshed from the database.

Write message and click 'Send'. Do not forget to provide the recipient (Figure 2).

Summary

By reading this article, you have learned how to use the Microsoft Visual Studio to start the C#.NET application. This C#.NET can be used to receive and send messages using an SQL database. This application is communicating with the Ozeki SMS Gateway. This way you will have full control of the outgoing and incoming messages in the SMS Gateway app.

To understand the system more, feel free to visit the article about setting up the MS SQL connection string. If you would like to know more about solutions that are using different programming languages, feel free to explore the Ozeki website. You can find articles about using C# HTTP API, or the C# SMS API

If you need SMS forwarding and you have not already done so, Download Ozeki SMS Gateway now and create this setup!

HTTP SMS API

The HTTP SMS API implemented by Ozeki 10 SMS Gateway provides a great, easy to use interface, that allows software developers to send and receive SMS messages. The following pages give you information on how to use this technology, with several free to use / free to customize examples.

Send SMS

To send an SMS message using the HTTP API you need to issue an HTTP request (Figure 1). You can use the HTTP GET or the HTTP POST method, when you send this request to Ozeki 10 SMS Gateway. After the request is sent, you will receive a response.

To send an SMS messages you need to follow a few simple steps. First you need to create an HTTP API user, then you need to write an HTTP request, then you need to submit your request to the SMS Gateway.

Make sure Ozeki 10 SMS Gateway is installed
Create an HTTP API user
Write an HTTP request to send the SMS
Write an HTTP request to send many SMS messages

HTTP SMS API examples

How to send SMS from C#
How to send SMS from Java
How to send SMS from Python
How to send SMS from Ruby
How to send SMS from Perl
How to send SMS from PHP
How to send SMS from Chrome

Receive SMS

When an SMS message arrives to the Ozeki SMS gateway, it is stored in a message folder, called inbox. If you want to check incoming SMS messages one of your options is to download the contents of the inbox folder using HTTP. The following URL gives more information about how to download the contents of a message folder:

How to download incoming SMS messages

How to send a reply SMS

If you want to process incoming SMS messages as soon as they arrive to your system, you may want to setup an HTTP Client user in Ozeki SMS Gateway. This HTTP Client user can forward incoming messages to your web application(s) as HTTP GET or HTTP POST requests (Figure 2).

The following webpage gives information on how to configure your SMS gateway to forward your SMS messages to an external web application:

HTTP Client user

Note that you can write this external web application in any programming language. We have examples for PHP SMS processing, ASP SMS processing and Java SMS processing.

Your web application can also return a response SMS message in the HTTP response. This response SMS messages will be forwarded back to the recipient handset. The following URL has information about the proper response format your web application can use:

HTTP response format for returning SMS response(s)

Summary

This article provides information about the Ozeki HTTP SMS API. The API offers an interface for the software developers to manage SMS messages. The API makes implementing SMS communication to project easy. This means that any software your organization develops, can have access to the SMS traffic. This will result in versatile and useful software in the field of communication.

Make sure you don’t finish the work here. Visit the Ozeki website to learn more about SMS technology. It is a good idea to visit the article about our C# SMS API or our SQL SMS API. You will find key information about the API in these articles.

To use these API’s, you need to start using the Ozeki SMS Gateway. Download the gateway software and start developing now!

How to create an HTTP API user

In order to use the HTTP API, you need to create an HTTP API user. During this procedure you will be able to specify a username and a password. You can use this username and password to connect to the HTTP API service of Ozeki SMS Gateway to submit your messages, or to download the incoming messages. This guide gives you the steps to take to setup an HTTP API user.

Prerequisites

Ozeki sms gateway needs to be installed

Video tutorial

Step 1 - Add new user/application

You can simply install the HTTP API User on the Management console by clicking Add new user/application... in the Users/Applications panel (Figure 1).

Step 2 - Add HTTP API User

An interface will open consisting of two panels. The left-side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Find the HTTP API User and click the blue 'install' button next to it (Figure 2).

Step 3 - Configure username and password

On the Name section provide the unique name for the HTTP User and provide the username and password for the authentication (Figure 3).

Step 4 - HTTP API User details page

After you click on the OK the details page of the HTTP User will appear (Figure 4).

Step 5 - HTTP API Service

In the advanced menu you can find the HTTP API service for the user. Open the details page of the service as you can see on the Figure 5.

Step 6 - HTTP Service events

The HTTP service Events tab shows the logs for the HTTP API and here you can see the port where the service is listening for the requests (Figure 6).

Step 7 - Send an HTTP request form your application

The HTTP API service is capable of receiving HTTP requests from your application. This can be done by using the SMS API, that can initiate HTTP requests and send them to the HTTP API service that can process the HTTP requests and sends the SMS message. The link below contains example codes of how you can send SMS messages from applications written in different programming languages.

HTTP SMS API examples
How to send SMS from C#
How to send SMS from Java
How to send SMS from Python
How to send SMS from Ruby
How to send SMS from Perl
How to send SMS from PHP
How to send SMS from Chrome

Step 8 - Message received

If a message is received by the HTTP API service, you can see it in the logs (Figure 7).

Step 9 - HTTP API User sent folder

Also, you can find the message in the HTTP API user Sent folder (Figure 8).

FAQs

What is an HTTP connection?

The development of the World Wide Web (WWW) was driven by the Hypertext Transfer Protocol (HTTP). This application-level protocol facilitates communication between distributed, collaborative hypermedia information systems, essentially web browsers and servers.

What is an API?

An API (Application Programming Interface) is a collection of tools and rules that software programs can use to communicate with each other. These tools can include functions, data formats, and communication protocols. APIs are provided by libraries or operating systems, and they save developers time and effort by allowing them to reuse existing code instead of writing everything from scratch.

What APIs do you provide?

This software empowers developers with a diverse range of APIs (Application Programming Interfaces) to integrate its functionalities into their applications. These APIs cater to various programming languages, including popular choices like SQL, HTTP, Email, and File.

For added convenience, the software provides extensive code examples in C#, C++, ASP VB, PHP, Java, and Delphi. This allows developers to jump-start their integration process by leveraging pre-written code snippets that showcase how to interact with the software's features through the available APIs.

Summary

This article is about creating an HTTP API user. Having an HTTP API user means that you can use the HTTP API with your software. This article will show you how to specify a username and a password to have better security. The HTTP API will make implementing an SMS function to your software easy to satisfy customer needs.

If you would like to find out more information about the Ozeki SMS Gateway, make sure to visit the Ozeki webpage. We advise you to start with the page about the HTTP SMS API Also, you can get more information about sending SMS with the HTTP SMS API.

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

HTTP SMS API compatibility

If your system is implemented for Ozeki NG SMS Gateway, and you would like to use it with Ozeki 10 SMS Gateway, you can enable compatibility mode by performing the configuration steps according to the following video. This tutorial is only relevant if you have upgraded your system from Ozeki NG SMS Gateway to Ozeki 10.

HTTP API - Get Started

The HTTP API allows you to send and receive SMS messages through your Ozeki SMS Gateway with the help of HTTP requests. Requests can be done using both the GET and POST HTTP methods and you can use http or https, depending on your configuration.

For each HTTP request, you must include a set of mandatory parameters. These are: action, username and password. The action defines the command you wish to execute, and the username and password identify you. To How to create an HTTP API user guide gives you information about how to create a username and password.

Example HTTP request:

Example HTTP response:

StatusCode: 200, ReasonPhrase: 'OK'

You are advised to try this example with the HTTP API Tester which is a GUI interface for Ozeki SMS Gateway API testing. You can find the HTTP API Tester tutorial here.

Mandatory parameters in every HTTP API request

* M = Mandatory parameter, O = Optional parameter

To sum it up

In the article above, we provided some information about the HTTP API. Using an HTTP API means that you can manage your SMS messages with HTTP requests. The Ozeki SMS Gateway is a crucial element of this system. Using HTTP requests to send and receive SMS messages means that you can build a system that can send and receive SMS messages using a web browser. This will make information flow much faster in your organization.

If you want to learn more about this system, you can visit our webpage where you can find articles about using the HTTP SMS API to send or to receive messages.

The first step of developing a solution that can send and receive messages using a web page, is to download the Ozeki SMS Gateway.

HTTP API - 'sendmessage' action

This http api command can be used to send an SMS message via the SMS Gateway. The command can be used to send text SMS messages or other message types, such as binary SMS messages, operator logos, ringtones, WAP PUSH, etc... When you use this command, you must use an http api username and password, you must specify the recipient phone number, and the message text.

Description

To send an SMS, use the following URL format:

https://127.0.0.1:9508/api?action=sendmessage&username=UUUUU&password=PPPPP&
recipient=NNNNN&messagetype=MMMMM&messagedata=DDDDD

127.0.0.1 is a local IP, so please replace it to the IP address or host name of the computer with the installed Ozeki SMS Gateway. (Note: 127.0.0.1 is a local loopback address that can be used when you are connecting to the SMS Gateway from the same computer.) 9508 is the default port of Ozeki SMS Gateway's HTTP API. This port number can be viewed and edited in Ozeki 10 SMS Gateway-s user interface, by clicking on the Advanced button in the toolbar.

"UUUUU" and "PPPPP" should be replaced to the username and password of the user you have created in the SMS gateway.

Substitute "NNNNN" to the phone number you wish to send the SMS message to. You can use the local phone number format as well as international phone number formats (telephone numbers formatted according to the international number format always start with a '+' sign). If the international phone number format is used, note that you must substitute '%2B' for the '+' character, because of URL encoding rules.

Please substitute "MMMMM" for the message type. "SMS:TEXT" message type should be used for text messages.

The message data contains the message you would like to send. Place the message data instead of "DDDDD". The message data should be using UTF-8 characters and should be URL encoded.

Other parameters can also be added to the request.
For a complete list of available parameters please take a look at the 'Request parameters' table below:

Example URL Request

https://127.0.0.1:9508/api?action=sendmessage&username=admin&password=abc123&
recipient=06203105366&messagetype=SMS:TEXT&messagedata=Hello+World

Example Response

HTTP/1.1 200 OK
Content-Type: application/xml
Content-Length: 246

<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE smsapi PUBLIC "-//OZEKI//DTD XML 1.0//EN" "http://www.ozekisms.com/DTD/smsapi.xml">
<response>
   <action>sendmessage</action>
   <data>
      <acceptreport>
         <statuscode>0</statuscode>
         <statusmessage>Message accepted for delivery</statusmessage>
         <messageid>ERFAV23D</messageid>
         <recipient>06203105366</recipient>
      </acceptreport>
   </data>
</response>

HTTP request parameters

* M = Mandatory parameter, O = Optional parameter

Response parameters
(xml response format)

Summary

This article was about the HTTP API ‘sendmessage’ action. With this action, you can send text SMS messages and many other message types to any recipients through the Ozeki SMS Gateway. You have seen example responses and some more http requests with description, possible values and examples.

If you would like to know more about the delivery status of your messages, feel free to click the page about SMS delivery statuses. If you would like to get a URL template, visit the page for it.

If you would like to use this solution in real situations, download the Ozeki SMS Gateway and start using it now!

SMS delivery status codes

Status code	Status message	Meaning
0	NotYetSubmitted	The message is still in the Ozeki outbox queue. It was not submitted to the network.
1	Submitted	The message was submitted to the network and received a submit reference.
2	PartiallySubmitted	Part of the message was submitted to the network with a submit reference. This is used for multipart messages, if all parts are submitted the message will move to submitted state.
3	Delivered	The message was delivered to the recipient terminal.
4	PartiallyDelivered	Part of the messages was delivered to the recipient terminal. This is used for multipart messages only, if all parts are delivered the message will move to delivered state.
5	Viewed	The message was viewed by the receiver. This state is triggered for chat messages only, SMS does not have such a state.
6	SubmitFailed	The message submission failed. Check the status message for the reason.
7	DeliveryFailed	The message was submitted to the network, but the network could not deliver it to the recipient terminal. Check the status message for the reason.

HTTP API - URL template

This guide gives you instructions on how to create an URL template to be used in the redirecturl, the continueurl and the reporturl parameters of the HTTP API sendmessage method.

Introduction

If the redirecturl or the continueurl parameters are included in your sendmessage HTTP request, the SMS server will return a response containing the URL. If the URL specified contains certain keywords. The keywords will be replaced to the appropriate values corresponding to the submitted message. In other words, an URL template is an URL that will be processed by the SMS gateway before it is used in the HTTP response. Processing means, that certain keywords will be replaced in the URL.

For example, if you specify the following URL in the continueurl parameter:

http://www.myserver.com/index.asp?msgid=$messageid&statusmsg=$statusmessage

It will be modified into this when it is returned in the HTTP response:

http://www.myserver.com/index.asp?msgid=AC32DEF&statusmsg=Message+accepted+for+delivery

Note that the keywords $messageid and $statusmessage have been replaced. The message id of the submitted messages is substituted for the $messageid keyword in the URL and the status message of the submission is is substituted for the $statusmessage keyword. Ozeki 10 SMS Gateway replaces the keywords specified in the table bellow.

How to use?

To pass an URL template in the redirecturl, the continueurl or in the reporturl parameter, the URL template must be urlencoded. This is necessary, because otherwise the HTTP syntax of the sendmessage method would break. To urlencode your URL template you can use the online url encoding tool (available at http://www.ozeki.hu/index.php?owpn=5679) or you can do the encoding manually.

The URL template we used in the example above looks like this before the encoding:

http://www.myserver.com/index.asp?msgid=$messageid&statusmsg=$statusmessage

After urlencoging it will look like this:

http%3A%2F%2Fwww.myserver.com%2Findex.asp%3Fmsgid%3D%24messageid%26statusmsg%3D%24
statusmessage

If you want to include this URL template in your submit request, your request would look like this:

http://127.0.0.1:9501/api?action=sendmessage&username=admin&password=abc123&
recipient=06203105366&messagetype=SMS:TEXT&messagedata=Hello+World&redirecturl=
http%3A%2F%2Fwww.myserver.com%2Findex.asp%3Fmsgid%3D%24messageid%26statusmsg%3D%24
statusmessage

Keywords

URL templates can contain the following keywords

If more than one messages are submitted with a single HTTP request, the URL template will contain the values corresponding to the last message in the list.

HTTP API - Submitting multiple SMS over HTTP Post

To get better performance it is a good practice to send several messages with a single HTTP request. You can do this by adding the messagecount parameter to your request and by attaching a sequence number to the end of each HTTP api parameter that relates to the submitted messages.

Example URL Request for HTTP GET

https://127.0.0.1:9508/api?action=sendmessage&messagecount=2&username=admin&password=abc123& recipient0=06203105366&messagetype0=SMS:TEXT&messagedata0=Hello+World& recipient1=06202222222&messagetype1=SMS:TEXT&messagedata1=Second+Message

Example Request for HTTP POST

If you have a large number of messages, you should use HTTP Post to submit your request. You can do this by using the following HTML form:

<form action=https://127.0.0.1:9508/api method=post><br>
action: <input type=text name=action value=sendmessage><br>
messagecount: <input type=text name=messagecount value=2><br>
username: <input type=text name=username value=admin><br>
password: <input type=text name=password value=abc123><br>
recipient0: <input type=text name=recipient0 value=06203105366><br>
messagetype0: <input type=text name=messagetype0 value=SMS:TEXT><br>
messagedata0: <input type=text name=messagedata0 value='Hello World'><br>
recipient1: <input type=text name=recipient1 value=06202222222><br>
messagetype1: <input type=text name=messagetype1 value=SMS:TEXT><br>
messagedata1: <input type=text name=messagedata1 value='Second Message'><br>
<input type=submit value=OK>
</form>

This will produce the following HTTP POST request:

POST /api HTTP/1.1
Host: 127.0.0.1:9509
User-Agent: Mozilla/5.0 (Windows; U; Windows NT 5.1; en-US; rv:1.9.0.10)
Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8
Accept-Language: en-us,en;q=0.5
Accept-Encoding: gzip,deflate
Accept-Charset: ISO-8859-1,utf-8;q=0.7,*;q=0.7
Keep-Alive: 300
Connection: keep-alive
Content-Type: application/x-www-form-urlencoded
Content-Length: 211

action=sendmessage&messagecount=2&username=admin&password=abc123&recipient0=06203105366&
messagetype0=SMS%3ATEXT&messagedata0=Hello+World&recipient1=06202222222&messagetype1=SMS%3ATEXT&
messagedata1=Second+Message

The response for this request will be:

<?xml version="1.0" encoding="utf-8"?>

<response>
  <action>sendmessage</action>
  <data>
    <acceptreport0>
      <statuscode0>0</statuscode0>
      <statusmessage0>Message accepted for delivery</statusmessage0>
      <messageid0>c4ce4d5e-b2d1-4399-bd2e-83dff97dfb19</messageid0>

      <originator0>+44777888</originator0>
      <recipient>06203105366</recipient>
      <messagetype0>SMS:TEXT</messagetype0>
      <messagedata0>Hello World</messagedata0>
      <serviceprovider0 />
    </acceptreport0>
    <acceptreport1>

      <statuscode1>0</statuscode1>
      <statusmessage1>Message accepted for delivery</statusmessage1>
      <messageid1>5ebae14b-8b58-4d99-979b-71e0bbd66132</messageid1>
      <originator1>+44777888</originator1>
      <recipient>06202222222</recipient>
      <messagetype1>SMS:TEXT</messagetype1>

      <messagedata1>Second Message</messagedata1>
      <serviceprovider1 />
    </acceptreport1>
  </data>
</response>

HTTP API - Redirect browser

This example posts an SMS message to the SMS gateway, then redirects the browser to an url. The url in the example is http://www.yahoo.com

Example request:

https://127.0.0.1:9508/api?action=sendmessage&username=admin&password=abc123&
recipient=06203105366&messagetype=SMS:TEXT&messagedata=Hello+World&redirecturl=http%3A%2F%2Fwww.yahoo.com

Example response:

HTTP/1.1 302 Found
Cache-Control: no-cache, must-revalidate
Pragma: no-cache
Content-Length: 440
Content-Type: text/xml
Last-Modified: Wed, 13 Feb 2008 23:19:47 GMT
Location: http://www.yahoo.com
Server: OzekiNG/3.0.1 Microsoft-HTTPAPI/1.0
Date: Wed, 13 Feb 2008 22:19:46 GMT

<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE response PUBLIC "-//OZEKI//DTD XML 1.0//EN" "http://192.168.91.10:9501/DTD/response.xml">
<response>
  <action>sendmessage</action>
  <data>
    <acceptreport>
      <statuscode>0</statuscode>
      <statusmessage>Message accepted for delivery</statusmessage>
      <messageid>ROTTTZFS</messageid>
      <recipient>06203105366</recipient>
    </acceptreport>
  </data>
</response>

HTTP API - Supported Character Sets

ASMO-708
big5
cp1025
cp866
cp875
csISO2022JP
DOS-720
DOS-862
EUC-CN
euc-jp
EUC-JP
euc-kr
GB18030
gb2312
hz-gb-2312
IBM00858
IBM00924
IBM01047
IBM01140
IBM01141
IBM01142
IBM01143
IBM01144
IBM01145
IBM01146
IBM01147
IBM01148
IBM01149
IBM037
IBM1026
IBM273
IBM277
IBM278
IBM280
IBM284
IBM285
IBM290
IBM297
IBM420
IBM423
IBM424
IBM437
IBM500
ibm737
ibm775
ibm850
ibm852
IBM855
ibm857
IBM860
ibm861
IBM863
IBM864
IBM865
ibm869
IBM870
IBM871
IBM880
IBM905
IBM-Thai
iso-2022-jp
iso-2022-kr
iso-8859-1
iso-8859-13
iso-8859-15
iso-8859-2
iso-8859-3
iso-8859-4
iso-8859-5
iso-8859-6
iso-8859-7
iso-8859-8
iso-8859-8-i
iso-8859-9
Johab
koi8-r
koi8-u
ks_c_5601-1987
macintosh
shift_jis
unicodeFFFE
us-ascii
utf-16
utf-32
utf-32BE
utf-7
utf-8
windows-1250
windows-1251
Windows-1252
windows-1253
windows-1254
windows-1255
windows-1256
windows-1257
windows-1258
windows-874
x-Chinese-CNS
x-Chinese-Eten
x-cp20001
x-cp20003
x-cp20004
x-cp20005
x-cp20261
x-cp20269
x-cp20936
x-cp20949
x-cp50227
x-EBCDIC-KoreanExtended
x-Europa
x-IA5
x-IA5-German
x-IA5-Norwegian
x-IA5-Swedish
x-iscii-as
x-iscii-be
x-iscii-de
x-iscii-gu
x-iscii-ka
x-iscii-ma
x-iscii-or
x-iscii-pa
x-iscii-ta
x-iscii-te
x-mac-arabic
x-mac-ce
x-mac-chinesesimp
x-mac-chinesetrad
x-mac-croatian
x-mac-cyrillic
x-mac-greek
x-mac-hebrew
x-mac-icelandic
x-mac-japanese
x-mac-korean
x-mac-romanian
x-mac-thai
x-mac-turkish
x-mac-ukrainian

HTTP API - Set validity period for your messages

This page explains briefly how you can specify the validity period for your messages. Please find the necessary parameter below this page.

Ozeki NG SMS Gateway allows you to send SMS messages from various applications. If you use HTTP API for sending messages, you can set the validity period for your messages.

For specifying the validity period, please use the following parameter:

&vp=2021.07.26.+10%3A07%3A58

Please note that 2021.07.26.+10%3A07%3A58 is the URL-encoded form of 2021.07.26. 10:07:58.

With the use of this parameter, you can send validity information to the service provider. Therefore, the service provider can set messages to be valid for the specified period.

Please check the following example on how to use the above parameter:

https://127.0.0.1:9509/api?action=sendmessage&username=admin&password=abc123 &recipient=06203105366&messagetype=SMS:TEXT &messagedata=Hello+World&vp=2021.07.26.+10%3A07%3A58

How to send a scheduled SMS message using the HTTP API

This guide helps you to understand how you can send scheduled SMS messages using HTTP API. With this solution, you can set the exact date when you would like to send the message. The document contains a video tutorial and a step-by-step guide where each step consists of a short description of the current step and a screenshot to demonstrate what you need to do. To complete this guide, you don't need to have any specific knowledge and it does not need more than ten minutes to complete. So, let's start right now!

Video tutorial

Step 1 - Create HTTP user

In the first step, you need to create the HTTP user connection. For that, open the Apps menu from the toolbar, and here, in the Network users' section, click on the Install button of the HTTP user. To start configuring a HTTP user please provide a username and a password for the HTTP API user as you can see in the Figure 1. This information can be used to access the system through the HTTP API.

Step 2 - HTTP request for send message

After you created the HTTP user connection, just open the connection to see the Details page of the connection. Here, you need to navigate to the Test tab, where you can send HTTP request to send a SMS message across the Ozeki SMS Gateway. To the request, add the sendondate parameter where you can define that when will be the message sent by the Ozeki SMS Gateway as Figure 2 demonstrates it. To initiate the HTTP request, just click on the Submit button. You can find this command here:

command=SendMessage&Username=HTTP_User_1&Password=qwe123&Recipient=06203105366&
MessageType=SMS:TEXT&MessageData=Hello+World&sendondate=2020-08-26 08:31:00

Step 3 - Message accepted by Ozeki SMS Gateway

After you clicked on the Submit button and you initiated the HTTP request, you will be able to see the response message from the Ozeki SMS Gateway as the Figure 3 shows below. This response message contains the status code and the status message as well. This message should tell that the message was accepted for delivery. If the message is accepted it will be placed in the outbox folder.

Step 4 - Message in the outbox folder

The accepted message stored in the Outbox folder of the HTTP user connection. Before the date of the sending, it can be found in the list of the Postponed tab as you can see it in Figure 4. At this point, it waits to reach the sending date and be delivered.

Step 5 - Message tags

In that list of postponed messages, you can click on the selected message to see the details of it. Here, you can select the Tags tab as Figure 5 shows that. This tab provides you the main tags that describes the details of the message. Here, you can see the sendondate tag, that shows the date when the message is about to be sent by the SMS Gateway.

Step 6 - Message sent on the selected date

As soon as the sending date arrives, the HTTP user connection sends the message to the specified recipient. If you would like to see if the delivery was successful, you can check the Events menu of the HTTP user connection. For that, select the Events menu like in Figure 6, and here, you will be able to see the events of the message. Every event contains a timestamp and a simple description about the event itself.

HTTP API - 'receivemessage' action

This action can be used to receive SMS messages from the SMS Gateway using HTTP polling. HTTP polling means that you download SMS messages from the inbox folder of the gateway like you would download a webpage. In this section you can get information about how you can use the receivemessage action, what are the parameters, and you will be presented with an example HTTP request to download incoming messages.

Description

To download incoming text messages, use the following URL format:

https://127.0.0.1:9508/api?action=receivemessage&username=UUUUU&password=PPPPP&
folder=inbox&limit=2&afterdownload=delete

For 127.0.0.1, you should substitute the host name or the IP address of the computer your SMS gateway is installed on. The port number 9508 is the default HTTP port number of the Ozeki SMS gateway. Its port number can be configured in the user interface of Ozeki 10 SMS Gateway, by clicking on the Advanced button in the toolbar.

The username and the password should be substituted for "UUUUU" and "PPPPP". The username and password identifies the user you have created in the SMS gateway. When you invoke the receivemessage action by calling the URL, you will download messages from the inbox of the user specified in the query with the username and the password.

The folder parameter of the message should be set to inbox.

The limit parameter specifies the number of messages that will be downloaded. It is recommended to download less than 1000 messages in a single request. You can download the remaining messages in subsequent requests.

The afterdownload parameter can be used to remove messages from the SMS gateway once they have been successfully downloaded.

Example URL Request

https://127.0.0.1:9508/api?action=receivemessage&username=admin&password=abc123&
folder=inbox&limit=2&afterdownload=delete

Example Response

Request parameters

* M = Mandatory parameter, O = Optional parameter

Response parameters
(xml response format)

Summary

In this article, you found all the information necessary to use the ‘receivemessage’ action with our HTTP SMS API.

With this solution, you can utilize the benefits of http polling to receive the incoming text messages. We did our very best to make it simple and to walk you through all the details as painlessly as possible. If you have already completed the steps, you have seen the benefits of using our HTTP SMS API. If you yet to start working on completing your SMS system using API, do not waste any time. Start now!

If you would like to get to know more useful insights about the advantages of other similar SMS solutions, please open the page about sending messages with the same system.

I hope this page will be useful to all the readers and especially to beginners.

HTTP API - URL Encoding

In order to pass parameters in URL-s, you have to replace certain characters to keep the syntax. This is called URL escaping or URL encoding. For example, the space must be replaced to the + sign. The following table lists some of the characters that should be replaced.

space	+
!	%21
"	%22
#	%23
%	%25
&	%26
'	%27
*	%2A
+	%2B
,	%2C
/	%2F
:	%3A
<	%3C
=	%3D
>	%3E
?	%3F
Euro (€)	%E2%82%AC

On-line URL encoding

If you would like to use UTF8 URL encoding, please use the following tool:

UTF8 URL encode (for Ozeki)

To use Windows 1250 URL encoding, please use the following tool:

Windows 1250 URL encode

UTF8 URL Encode

This tool allows you to convert any text to url-encoded version using the utf8 charset.
Please enter your text into the form bellow, then click Encode.

Text:

Windows 1250 URL Encode

This tool allows you to convert any text to url-encoded version using the Windows 1250 charset.
Please enter your text into the form bellow, then click Encode.

Text to url-encode:

Using the HTTP API

The HTTP API of the SMS Gateway allows you to send SMS messages to mobile phones from programming languages. The following list contains programming languages for which we provide example code. Open the programming language you are interested in and send your first SMS in a matter of minutes.

How to send an SMS from the Browser

After reading this lecture you will be able to send SMS messages to pre-setup HTTP API users using Ozeki 10 SMS Gateway. You will see how to compose the API command and how it works. Lastly you will see what message the browser returns if the request was successful and the error message.

Prerequisites

• Ozeki 10 SMS Gateway downloaded and installed
• A HTTP API user setup on Ozeki 10 sms gateway

Steps to send an SMS in the browser

• Open a browser window
• Click into the URL textbox
• Type in the sms command template
• Find out the IP address of the sms gateway
• Find out the port number of the HTTP API user
• Refit the command to your likes
• Hit enter to summit the sms.
• Check the response

Open a browser

Click in the URL textbox

Type in the command template

Command template:
https://IP :PORT /api?action=sendmessage&username=USER &password=PASS recipient=NUMBER &messagetype=SMS:TEXT&messagedata=MESSAGE

Check your IP address

1.) Press the win key and start typing cmd.

2.) Click on the command shell icon.

3.) Type ipconfig

4.) Hit enter

5.) If you use ethernet then go to the line with IPv4 Address and there you will find your IP.
If you use Wifi then go to the Wireless LAN adapter Wi-Fisection and on the IPv4 Address you will find your IP.

Replace the API commands parameters to your case

Replace the IP highlighted in red to your computers IP address

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Replace the PORT highlighted in orange to your HTTP API users port number.

1.) Click on the advanced button on the top toolbar.

2.) Then click on the details button.

3.) Finally in the HTTPS PORT input field you will find your port number.

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Replace the USER highlighted in green to your HTTP API users name

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Replace the PASS highlighted in purple to your HTTP API user's password

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Replace the NUMBER highlighted in blue to the phone's phone number you want to send the SMS to.

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Finally Replace the MESSAGE highlighted in turquoise to a text you want to send but substitute all spaces with + signs

https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE

Finish off

Now that you have fully filled in the parameters this is how your URL textbox should look.

Now press enter.

Outcome

This is how your browser should look like now.

The line highlighted in blue tells you what happened to the message.
The line highlighted in red tells you who have you sent it to.

Message should also arrive at the phone.

Error message

Another scenario is when you did not fill in the parameters as required.
Then this is how browser should appear.

The line in Red is what tells you what went wrong.

Now let's look into how the command works

The first key part is when we write api:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
This is when we address the API.

After this we addressed some values where the first one was the action:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The action value describes the action we want to make but at the current moment has only one value which is sendmessage.

The next value was the username:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The username value tells what user to use to send the message and needs to be URL encoded. The max length is 16 characters.

After that came the password:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The password value tells what password to use when using the user and needs to be URL encoded. The max length is 16 characters.

The next was the recipient:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The recipient value describes the name of the device we are sending to and needs to be URL encoded. The max length is 16 characters.

The next value was the messagetype:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The messagetype contains the type of message we want to send and needs to be URL encoded. To see the possible values the mobile message type specification lists the supported message types by Ozeki 10 SMS Gateway.

The next value was the messagedata:
https://IP:PORT/api?action=sendmessage&username=USER&password=PASS recipient=NUMBER&messagetype=SMS:TEXT&messagedata=MESSAGE
Description:
The messagedata this contains the data we need to send, must be encoded in UTF8 and needs to be URL encoded. The max length is 32768.

See more properties we can add to our SMS API command and get a more in-depth explanation.

To sum it up

This article explained how to send an SMS message directly from your browser. Sending SMS from your browser using the Ozeki SMS Gateway will make the flow of information easier and faster. This service can be put into use and can make your organization more efficient because it allows the information to be delivered to mobile phones.

If you want to build a flexible SMS solution, you should not stop reading here. Ozeki has more article that can help you with this project : How to send SMS with Java, or How to send SMS with Python.

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

How to send SMS from Java

The following example console application written in Java programming language is going to show you the way you can send HTTP requests to the SMS Gateway and get the response message as well. These HTTP requests can be used for sending SMS messages and you can easily configure the details of the SMS message by modifying the variables which contain all information regarding the SMS message.

What is a Java SMS API?

The Java SMS API enables you to implement SMS services into your Java Application. The API communicates with the SMS Gateway using HTTP requests which sends the message and returns with a response message.

Prerequisites

• Installed Apache NetBeans IDE 12.0
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from Java

• Open Apache NetBeans IDE
• Click on 'New project...'
• Create a new Java Application
• Name the project and the package
• Create a new Java Class
• Copy-Paste the example source code below
• Run the Java Application
• Select the main class if needed

Java SMS source code example

The following example source code written in Java programming language is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. If you would like to run this example code, you just need to create a new Java application with a single Java class and run the project as you can see it in the step instructions and the video above.

Step 1 - Open Apache NetBeans IDE

The first step is to create a Java application that can send SMS messages is to open Apache NetBeans IDE on your computer. Apache NetBeans provides editors, wizards, and templates to help you create applications in Java, PHP and many other languages. If you haven't downloaded Apache NetBeans yet, you can download it from the Prerequisites section. After you installed it, you just have to open it from your desktop like in Figure 1.

Step 2 - Create a new Java project

After you opened Apache NetBeans IDE, it opens up with the main window. Here, you can create the Java Application that needed to send SMS messages. For that, as you can see it in Figure 2, click on 'File' on the toolbar, and here, select the 'New project...' option.

Step 3 - Select Java Application

Next, a new window pops up, that contains all types of projects that can be created in Apache NetBeans. Here, you can create the simple Java Application, or you can select from more advanced types of projects. For this example you can use the simple Java Application, so select it from the list, and like in Figure 3 click Next.

Step 4 - Configure the Java Application

In the next step, you need to do some basic configuration for the Java Application. As you can see it in Figure 4, you can give a name for the project. You can also set the location of the project and lastly you can specify a name for the package as well. If you finished with the configuration, just click on Finish.

Step 5 - Create a new Java Class

The create Java Application project is empty, so it does not contain any file with source code, so you need to create one. For that, select the package of your project, and click with the right button on your mouse. From the pop-up window, as Figure 5 shows that, select New, and after that, click on 'Java class...' to create a new Java class in your application.

Step 6 - Configure the Java class

Before finishing the creation of the Java class, you need to specify a name for the class. That can be easily done as Figure 6 shows that. After you gave the right name for the Java class, just click on the Finish button to successfully create the Java class.

Step 7 - Paste the source code

The next thing, that you need to do is to place the example code into your Java Application. For that, just scroll up to the example code copy the whole source code to your clipboard and place it into your newly created Java class. At this point, you can run the Java Application, so just click on the Run button on the toolbar. In the first run, as Figure 7 demonstrates that, you need to select the Main class for execution. So, just select the HttpApiTester class, and click on 'Select Main class'.

Step 8 - See the result of the application

If you have done everything right till this point, the application starts, and you will be able to see the result in the console window as Figure 8 shows that. This window prints the HTTP request that was initiated and sent to the SMS Gateway, and it also prints the response from the SMS Gateway which indicates that the delivery of the SMS message was successful or not.

Step 9 - Check the send result in the Ozeki log

In Ozeki 10 SMS Gateway, you can follow what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, after you opened the SMS Gateway, and selected the details of the HTTP API service, you will be able to see the events. As Figure 9 shows that, the service logged an event, when the example Java Application sent the HTTP request to the service.

The way that SMS Gateway processes the messages can be also viewed back by the events. For that, open the HTTP API User connection, that you had to configure before. Figure 10 demonstrates that how the connection handles the HTTP request and send the message to the recipient that you specified in your Java Application.

Summary

You have learned how to send SMS from Java from this article. This means that you can implement SMS services into your Java applications. The foundation of this solution is the Ozeki SMS Gateway. It means that you will have no performance issues or any latency in SMS sending. This way your Java solutions can satisfy more customer needs and it will be versatile. It also will be able to make information flow way faster and easier.

To have a better understanding of the whole system, feel free to check the Ozeki tutorial pages about receiving SMS in Java, or try implementing SMS services in other projects. For example, use the HTTP SMS API with PHP.

The next thing to do is to download the Ozeki SMS Gateway and start developing now!

https://ozeki-sms-gateway.com/p_1518-how-to-receive-sms-in-java.html

Receive SMS in Java

The guide on this page is about to give you a brief introduction to how you can get the received messages from SMS Gateway to your Java application. This operation is demonstrated by a simple Java code that uses HTTP requests to collect the incoming messages from SMS Gateway. If you follow this guide, you are going to learn how you can create an example Java application that gets the messages from the inbox folder and you will be able to see how to test the solution. So, let's get started.

What is a Java SMS API?

The Java SMS API enables you to implement SMS services into your Java Application. The API communicates with the SMS Gateway using HTTP requests which sends the message and returns with a response message.

Prerequisites

• Installed Apache NetBeans IDE 12.0
• Installed Ozeki 10 SMS Gateway
• A configured HTTP Server connection

Receive SMS in Java

1. Open Apache NetBeans IDE
2. Create a new Java Application
3. Create a new Java Class
4. Copy-Paste the example source code below
5. Type 'https://localhost:9515' in your browser to open SMS Gateway
6. Select HTTP Server connection and open its HTML form
7. Send some test messages
8. Run the Java application to get the messages

The Java SMS example code below which can get the incoming messages from the SMS Gateway is free to use, you can modify it or use it in your project. If you would like to just test the solution, you need to follow the step-by-step instructions below or you can also watch the video above to learn how you can create the example Java application that can get the incoming messages from the SMS Gateway.

package ozeki;
 
import java.io.BufferedReader;
import java.io.IOException;
import java.io.InputStreamReader;
import java.net.HttpURLConnection;
import java.net.URL;
import java.security.GeneralSecurityException;
import java.security.cert.X509Certificate;
import java.util.stream.Collectors;
import javax.net.ssl.HostnameVerifier;
import javax.net.ssl.HttpsURLConnection;
import javax.net.ssl.SSLContext;
import javax.net.ssl.SSLSession;
import javax.net.ssl.TrustManager;
import javax.net.ssl.X509TrustManager;
import javax.xml.parsers.*;
import org.xml.sax.InputSource;
import org.w3c.dom.*;
import java.io.*;

public class ReceiveSMS {
 
    public static void main(String[] args) {
 
        TrustManager[] trustAllCerts = new TrustManager[]{
            new X509TrustManager() {
                @Override
                public java.security.cert.X509Certificate[] getAcceptedIssuers() {
                    return new X509Certificate[0];
                }
 
                @Override
                public void checkClientTrusted(
                        java.security.cert.X509Certificate[] certs, String authType) {
                }
 
                @Override
                public void checkServerTrusted(
                        java.security.cert.X509Certificate[] certs, String authType) {
                }
            }
        };
        try {
            SSLContext sc = SSLContext.getInstance("SSL");
            sc.init(null, trustAllCerts, new java.security.SecureRandom());
            HttpsURLConnection.setDefaultSSLSocketFactory(sc.getSocketFactory());
 
            HostnameVerifier allHostsValid = new HostnameVerifier() {
                @Override
                public boolean verify(String hostname, SSLSession session) {
                    return true;
                }
            };
            HttpsURLConnection.setDefaultHostnameVerifier(allHostsValid);
 
        } catch (GeneralSecurityException e) {
            System.out.println(e.getMessage());
        }
 
        try {
            StringBuilder sendString = new StringBuilder();
            String username = "john";
            String password = "Xc3ffs";
            String httpUrl = "https://127.0.0.1:9508/";
            String folder = "inbox";
            String limit = "3";
 
            sendString.append(httpUrl).append("api?action=receivemessage&username=").
                    append(username).append("&password=").
                    append(password).append("&folder=").append(folder).
                    append("&limit=").append(limit).append("&afterdownload=delete");
 
            System.out.println("Sending request: " + sendString.toString());
 
            URL url = new URL(sendString.toString());
            HttpURLConnection con = (HttpURLConnection) url.openConnection();
            con.setRequestMethod("GET");
 
            BufferedReader br = null;
            System.out.println("Http response received: ");
            if (con.getResponseCode() == 200) {
                br = new BufferedReader(new InputStreamReader(con.getInputStream()));
                String response =  br.lines().collect(Collectors.joining("\n"));
                response = response.substring(response.indexOf('\n')+1);
                response = response.substring(response.indexOf('\n')+1);
                DisplayMessages(response);
  
            } else {
                br = new BufferedReader(new InputStreamReader(con.getErrorStream()));
                String response =  br.lines().collect(Collectors.joining("\n"));
                System.out.println(response);
            }
            
        } catch (IOException ex) {
            System.out.println(ex.getMessage());
        }
    }
    
    static void DisplayMessages(String response) {
        try{
            DocumentBuilderFactory dbf =
                DocumentBuilderFactory.newInstance();
            DocumentBuilder db = dbf.newDocumentBuilder();
            InputSource is = new InputSource();
            is.setCharacterStream(new StringReader(response));

            Document doc = db.parse(is);
            NodeList nodes = doc.getElementsByTagName("message");
            
            for (int i = 0; i < nodes.getLength(); i++) {
                Element element = (Element) nodes.item(i);

                NodeList originator = element.getElementsByTagName("originator");
                Element line = (Element) originator.item(0);
                String sender = getCharacterDataFromElement(line);
                
                NodeList messagedata = element.getElementsByTagName("messagedata");
                line = (Element) messagedata.item(0);
                String text = getCharacterDataFromElement(line);
                DisplayMessage(sender, text);
            }
        } catch (Exception ex) {
            System.out.println("The inbox is empty");
        } 
    }
    public static void DisplayMessage(String sender, String text) {
        System.out.println(sender + ": "+ text);
    }
      
    public static String getCharacterDataFromElement(Element e) {
        Node child = e.getFirstChild();
        if (child instanceof CharacterData) {
           CharacterData cd = (CharacterData) child;
           return cd.getData();
        }
        return "?";
      }
}

Step 1 - Open Apache NetBeans IDE

To be able to create a Java application, you need to have an application which capable of doing that. One of these applications is the Apache NetBeans IDE which can be downloaded from the Prerequisites section above. If you already have got this IDE, you just need to open it from your desktop as you can see it in Figure 1.

Step 2 - Create a new Java application

After you opened Apache NetBeans IDE, the first thing that you need to do here is to create a Java application. For that, select the 'New project..' option from the toolbar. By doing this action, a window shows up, which contains all the available projects that can be created in Apache NetBeans. Here, select the Java application option like in Figure 2, and lastly, click on 'Next'.

Step 3 - Configure the Java application

Before creating the Java application, you need to do some configurations on it. Here in this menu, you need to specify a name for the project, you can also select a location for the project. The name of the package can be specified here as well. If you finished with all the configurations, just click on 'Finish' just like in Figure 3.

Step 4 - Create a Java class

After you created the Java application, you have to create a Java class since at this point it does not contain any class yet. For that, select the package with a right click, then 'New', and as Figure 4 shows that, click on 'Java class...'. Then, you need to specify a name for the Java class and if you finished, just click on 'Create'.

Step 5 - Replace the Java code from this page

At this point, you have the Java application that you need, but it does not contain the right code. To fix that, you need to replace the original code with the example code from this page. So, just go to the example code, and copy it to your clipboard using the Ctrl+C keyboard shortcut. Then, go to the created Java class, and first, delete the code that you can be found here. After that, press Ctrl+V to paste the example code to the Java class as you can see it in Figure 5.

Step 6 - Send some test messages

Before running the example Java application, you need to have some incoming messages that can be collected by the application. SMS Gateway provides you the opportunity to simulate the incoming messages so you can test your solution. For that, just open SMS Gateway and select the HTTP Server connection. If you don't have a HTTP Server connection, check how to create a HTTP Server connection. Here, open the HTML form of this connection, and like in Figure 6, send some test messages.

Step 7 - Run the Java application

The last step of this guide is to run the Java application. This is a simple operation; all you need to do is to click on the 'Run' button in Apache NetBeans like in Figure 7. This action runs the example Java code, which prints the HTTP request that was sent to the SMS Gateway, and then, it prints the response as well from the SMS Gateway which contains all the incoming messages.

To sum it up

This guide you just read gives you information about how you receive SMS messages from the SMS Gateway using a Java application. Using our Java SMS API, you can make use of the resources of the Java language and use it to control the SMS Gateway. The Java API combined with the Ozeki SMS Gateway will make a powerful SMS sending system capable of sending up to a 1000 SMS per second.

If you would like to get to know more useful insights about the advantages of other similar API solutions, visit our page about using PHP to send SMS, or Python to manage SMS traffic.

If you need e-mail to SMS forwarding and you have not already done so, Download Ozeki SMS Gateway now and create this setup!

How to send SMS from PHP

This page provides a simple PHP example code that allows you to send SMS messages using HTTP requests via the SMS Gateway. The PHP code embedded into an HTML document, so to run the code, you just need to create an HTML file, copy-paste the example code and open the file using your browser. The browser runs the whole HTML file with the PHP code as well, and you will be able to see the results of the SMS sending in the opened HTML page.

What is a PHP SMS API?

The PHP SMS API ensures you to send SMS messages from a web application of a website. The API uses HTTP requests to communicate with the SMS Gateway that delivers the message and sends a response back.

Prerequisites

• Installed XAMPP
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from PHP

• Open XAMPP Control Panel
• Start Apache service
• Open Sublime Text or other text editor application
• Copy-Paste the PHP source code below
• Save the file to the xampp/htmldocs folder
• Name the file as index.php
• Open a new tab in your browser
• Type 'localhost' and hit Enter to run the PHP code

PHP SMS source code example

The following example PHP source code below is free to use, you can simply implement it into your project, or you can modify any segments of the source code to use it for other projects or applications. If you would like to run this example code itself, you just have to follow the instructions from the steps and the video above.

Step 1 - Open XAMPP Control Panel

The first step to run the PHP example code on your computer is to open XAMPP Control Panel. XAMPP is a free and open-source cross-platform web server solution stack, which contains an Apache HTTP Server, MariaDB database, and interpreters for script written in PHP and Perl programming languages. If you haven't downloaded this application yet, you can download it easily by following the link in the Prerequisites section. If you installed XAMPP already, you just have to open it by clicking on its icon on the desktop as you can see it in Figure 1.

Step 2 - Start Apache Server

After you opened XAMPP Control Panel, the main window of XAMPP shows up. Here, you will be able to see all the services that XAMPP provides for you. At this point, you need to start the Apache Server as Figure 2 demonstrates it. This service ensures you to run a local webserver where you can build and develop your web application or website. Now, this service provides the environment to run the PHP SMS source code.

Step 3 - Copy the PHP SMS example source code

The next step after starting the Apache server is to get the example source code. Luckily, this is the right place to grab that PHP SMS source code. All you have to do here, is to scroll up to the 'PHP SMS source code example' section, and as you can see it in Figure 3, just mark out every line of the source code and press Ctrl+C on your keyboard to copy the source code to the clipboard.

Step 4 - Paste the source code to a text file

You need to place the copied source code into a simple text file. To do that, first, you have to open a text editor on your computer. That can be the simple Notepad application, or you can use a more developed text editor. After you opened your text editor and created a new, empty text file, just press Ctrl+V on your keyboard. As Figure 4 shows that, the source code will be pasted into the text document.

Step 5 - Save the document as PHP file

At this point, you have got the document that you need, but it is not in the correct format. To correct that, you just need to save it with .php file extension. So, as Figure 5 shows that, save the text file into the xampp/htdocs folder. It is important to save the file into that folder, since the Apache server will be able to read the file from that folder. You also need to name the file as 'index.php'. That naming ensures that the file will be read automatically in case you load the local web service.

Step 6 - Open 'localhost' to run the example code

The last step of the guide is to open your localhost service. For that, just open your browser, type 'localhost' like in Figure 6, and hit Enter. By performing this action, the local web service loads the saved 'index.php' with the PHP SMS source code. The page that the service loaded prints the HTTP request and also prints the response message from the SMS Gateway that shows if the delivery of the SMS was successful.

Step 7 - Check the send result in the Ozeki log

In Ozeki 10 SMS Gateway, you can check easily what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, if you open the SMS Gateway, and select details of the HTTP API service, you will be able to see the events. As you can see it in Figure 7, the service logged an event, when your web application sent the HTTP request to the service.

The process of the message sending can be also viewed back by the events. To be able to see that, open the HTTP API User connection, that you had to configure before. Figure 8 shows that how the connection handles the HTTP request and send the message to the recipient that you specified in your PHP SMS example code.

Summary

This tutorial explains to you how to use the provided PHP example code. The code will allow you to send SMS messages using the Ozeki SMS Gateway. By using this code, you will send an HTTP request to the Ozeki SMS Gateway, which will forward your message to any of the selected addresses with ease.

To know more about the flexible SMS sending system that you can build using the Ozeki SMS Gateway, visit the Ozeki website. There are articles about all the programming languages you can use to manage the SMS traffic, like Java or Perl.

To create your first high performance SMS gateway system, now is the best time to download Ozeki SMS Gateway!

Receive SMS in PHP

The following document is going to show how you can receive SMS messages with a web application or a website that uses PHP code. The PHP code initiates HTTP requests to the SMS Gateway to get the incoming messages. The code gets these messages as a response from the SMS Gateway, and then, you can use the messages in your web application.

What is a PHP SMS API?

The PHP SMS API ensures you to send SMS messages from a web application of a website. The API uses HTTP requests to communicate with the SMS Gateway that delivers the message and sends a response back.

Prerequisites

• Installed XAMPP
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Receive SMS in PHP

• Open XAMPP Control Panel
• Start Apache service
• Open Notepad
• Copy-Paste the PHP source code below
• Save the file to the xampp/htmldocs folder as index.php
• Open SMS Gateway and select HTTP Server connection
• Send some test messages
• Type 'localhost' in your browser to run the PHP code

The PHP example code below can get the received messages from the SMS Gateway. This code is free to use in your web application or website, and you can modify it if you want to. The step-by-step guide below and the video on this page shows how you can use the example code, if you would like to just run the PHP code on your computer and test the solution.

<!DOCTYPE html>
<html>
<head>
    <title>Http Request sending</title>
</head>
<body>
    <?php    
        $username = "john";
        $password = "Xc3ffs";
        $httpUrl = "https://127.0.0.1:9508/";
        $folder = "inbox";
        $limit = "3";
 
        $sendString = $httpUrl."api?action=receivemessage&username="
                     .$username."&password=".$password."&folder="
                     .$folder."&limit=".$limit
                     ."&messagedata=&afterdownload=delete";
 
        echo '<p><b> Sending html request:</b> '.$sendString.'</p>';
        $aContext = array(
            'http' => array(
                'method'  => 'GET',
            ),
            'ssl' => array(
                'verify_peer' => false,
                'verify_peer_name' => false,
            )
        );
        $cxContext = stream_context_create($aContext);
        $response = file_get_contents($sendString, true, $cxContext);
 
        echo '<p><b> Http response received :</b> </p>';
        DisplayMessages($response);
        

        function DisplayMessages($response){
            $xml = simplexml_load_string($response);
            if($xml -> data -> message == "No more messages."){
                echo '<p><b>The inbox is empty</b></p>';
                return;
            }

            foreach ($xml -> data -> message as $value) {
                $sender  = $value -> originator;
                $text = $value -> messagedata;
                DisplayMessage($sender, $text);
            }
        }

        function DisplayMessage($sender, $text){
            echo '<p><b>'.$sender.': '.$text.'</b></p>';
        }
    ?>
</body>
</html>

Step 1 - Open XAMPP Control Panel

The first step of the guide is to set up an Apache server on your computer which is capable of executing PHP codes. These localhost servers can we set up easily using XAMPP. If you haven't got this application yet, check the Prerequisites section on this page to download it. If you have already installed it on your computer, you just need to open the XAMPP Control Panel as you can see it in Figure 1. Here, you need to start the Apache service.

Step 2 - Copy PHP code from this page

The next step of this guide is to get the code from this page to use it in your solution. For that, just go to the example code on this page, and mark out whole source code. Then, press Ctrl+C on your keyboard as you can see it in Figure 2 to copy the code to your clipboard.

Step 3 - Paste the code into a text document

To run the code on your local server, you need a file that contains the PHP code. So, open the Notepad application and create a new text file. Here, just press Ctrl+V on your keyboard to paste the source code into that text document as Figure 3 demonstrates it. Lastly, you need to save the file to the xampp/htdocs folder and name the file as 'index.php' to be able to run it from your local server.

Step 4 - Send some test messages

Now, your example code is up and ready to run, but first, you need to have some messages in your inbox folder. For testing purposes, you can use the HTTP Server connection to send some test messages to yourself and test the PHP example code. So, open the SMS Gateway and select the HTTP Server connection. Here, open the HTML form of the connection, and like in Figure 4, send some messages to the 'Ozeki' recipient.

Step 5 - Run the PHP code

The last step is to test your solution and the PHP code. To do that, open your web browser, and type 'localhost' as an address as you can see it in Figure 5. If you press Enter, the PHP example code executes, and you will be able to see the result in the browser. This shows the HTTP request that was sent to the SMS Gateway and the response message that lists all SMS received by the SMS Gateway with the phone number of the sender and the text of the message as well.

Summary

In this article, you will be learning about how you can receive SMS messages using a PHP SMS API. Using the Ozeki SMS Gateway with the help of an API means that you can manage it gateway using PHP requests.

It is a good idea to check out the Ozeki articles, so you can know more about the communication system that Ozeki offers. To learn more about how you can utilize the Ozeki SMS Gateway, feel free to explore the articles on the website such as: “How to schedule messages with PHP” and “how to send SMS messages with C#”.

To create your first high performance SMS gateway system, now is the best time to download Ozeki SMS Gateway!

How to send a scheduled SMS

This guide gives information on how to send a scheduled SMS message, and how to get reports from Ozeki SMS Gateway when the message is submitted to the mobile network and when it is delivered to the recipient handset. (Video 1, Figure 1)

Step 1 - Install HTTP API User

You can simply install the HTTP API User on the Management console by clicking Add new user/application... in the Users/Applications panel. An interface will open consisting of two panels. The right-side panel contains the users and applications you can install with a brief description next to them. Find the HTTP API User and click the blue 'install' button next to it (Figure 2).

On the Name section provide the unique name for the HTTP API User and provide the username and password for the authentication (Figure 3).

Step 2 - Enable Log communication events

In order to able to see the HTTP communication in the HTTP API user Events tab you need to enable log communication events. To make this. open the HTTP user Configure tab. Under it in the Advanced tab Log level section check the Log communication events option as the Figure 4 shows.

Step 3 - Create PHP Code for send message

The next step is to create the php files in the Apache web server www root. Go to the /var/www/html folder and create the index.php file (Figure 5).

After you pasted the php code modify the Server connection, change the URL, username and password to your SMS Gateway IP and HTTP API user username and password. Then modify the Report URL-s IP to the Apache webserver IP (Figure 6).

Example code to submit a scheduled SMS

<!DOCTYPE html>
<html>
<head>
    <title>Http Request</title>
</head>
<body>
    <?php    
        //Server connection details
        $httpurl = "https://192.168.93.133:9509/";
        $username = "ht1";
        $password = "qwe123";

        //SMS recipient and message text
        $recipient = urlencode("+36201324567");
        $messagedata = urlencode("Hello world");

        //Schedule 5 minutes from now
        $date = strtotime(date("Y-m-d H:i:s")." +5 minutes"); 
        $sendondate = urlencode(date("Y-m-d H:i:s",$date));

        //Report urls
        $reportto = 'http://192.168.93.242/report.php?'.
                'reporttype=$reporttype&messageid=$messageid';
        $reporturl = urlencode($reportto);

     
	//Build the request 
        $sendString = $httpurl."api?action=sendmessage".
		"&username=".$username.
		"&password=".$password.
		"&recipient=".$recipient.
		"&recipient=".$recipient.
		"&sendondate=".$sendondate.
                "&reporturl=".$reporturl.
                "&messagedata=".$messagedata;
 
        echo '<p><b> Sending http request:</b><br> '.$sendString.'</p>';
        $aContext = array(
            'http' => array(
                'method'  => 'GET',
            ),
            'ssl' => array(
                'verify_peer' => false,
                'verify_peer_name' => false,
            )
        );
        $cxContext = stream_context_create($aContext);
        $response = file_get_contents($sendString, true, $cxContext);
 
        echo '<p><b> Http response received :</b> </p>';
        echo '<xmp>' . $response. '</xmp>';
    ?>
</body>
</html>

Step 4 - Create PHP Code for message reports

Now create the report php file in the Apache web server www root. In the /var/www/html folder create the report.php file as you can see in the Figure 7.

In the report php file paste the below php code for the SMS report receiving. This code saves all the received SMS report into an smsreport.txt file under the tmp folder (Figure 8).

Example code to process incoming reports

<!DOCTYPE html>
<html>
<head>
    <title>Http submit report handler</title>
</head>
<body>
    <?php    
        $file = "tmp/smsreport.txt";       

        $date = date("Y-m-d H:i:s"); 
        $messageid = $_GET["messageid"];
        $reporttype = $_GET["reporttype"];

        $line = $date." ".$messageid." ".$reporttype."\r\n";
	file_put_contents($file, $line, FILE_APPEND);

	echo "Logged: $line";
    ?>
</body>
</html>

Step 5 - Send SMS Message

After the PHP files are created in the Apache server you are able to send SMS using it. In a browser open the index.php and you will see the sent http request and the SMS gateway's HTTP response (Figure 9).

In the Ozeki SMS Gateway events tab you can also see the http communication (Figure 10).

If you open the Ozeki SMS Gateway outbox folder, you are able to see that the message is stored in the Postponed folder because it will be send in the future (Figure 11).

In the message details Tags tab, you can check when will the SMS be send and the report URL what will call the Ozeki SMS Gateway if the SMS is sent. (Figure 12)

Finally, you will see the Ozeki SMS Gateway is send the message on the send on date time as you can see it in the Figure 13.

Step 5 - Message report received

Then the SMS report is sent back to the Apache web server and it store it in the smsreport.txt (Figure 14).

Example report file

2020-08-22 09:06:27 9b457df4-7a38-4fef-b03f-a11d4cf73e70 accepted
2020-08-22 09:07:11 9b457df4-7a38-4fef-b03f-a11d4cf73e7 accepted
2020-08-22 09:07:54 617c6ec4-5844-4895-9a5c-af98d3ecace5 accepted
2020-08-22 09:10:33 617c6ec4-5844-4895-9a5c-af98d3ecace5 delivered
2020-08-22 09:10:40 9b457df4-7a38-4fef-b03f-a11d4cf73e70 delivered
2020-08-22 09:10:54 0f9603b3-ce53-4c28-bbe5-1c69d855e2ee accepted
2020-08-22 09:10:56 0f9603b3-ce53-4c28-bbe5-1c69d855e2ee undelivered
2020-08-22 09:11:27 f531af05-462d-4a74-8eb2-40ad29f06351 accepted
2020-08-22 09:11:32 f531af05-462d-4a74-8eb2-40ad29f06351 delivered
2020-08-22 09:13:34 7ad2c5e2-fa46-472f-adc1-fe2a28bbfa7c accepted
2020-08-22 09:13:45 7ad2c5e2-fa46-472f-adc1-fe2a28bbfa7c delivered
2020-08-22 09:14:35 0e2286bb-5a29-4d59-b636-ff42e2eec375 accepted
2020-08-22 09:17:35 4079feb1-2cf5-4d0f-92e6-4d97e086b918 accepted
2020-08-22 09:17:40 4079feb1-2cf5-4d0f-92e6-4d97e086b918 undelivered

Summary

You have learned about sending scheduled SMS messages from the article above. Sending scheduled SMS messages can optimize your bulk SMS marketing plan, by sending messages when the customer can truly focus on the information you wish to give them. Also, if you have some important information that you wish to send to a recipient, you could setup a scheduled SMS. This way you will not forget to send the message.

If you would like to find out more about the technology behind the scheduled SMS function, visit the Ozeki webpage where you will find useful article about many topics. First of all, you should start with receiving SMS in PHP. If you would like to use SMS features with other programming languages, maybe start with the SMS with Java article.

Don’t waste any more time. Download Ozeki SMS Gateway and start sending SMS now!

How to send SMS from Perl

The example code below is about to demonstrate how you can use HTTP requests to send SMS messages from Perl via SMS Gateway. The Perl program first sets up all the important variables that will be used for sending the message. Then it creates the string for sending the message and lastly, it initiates the HTTP request. The response message will be also printed by the program.

What is a Perl SMS API?

The Perl SMS API ensures the ability to send SMS messages from a program written in Perl. It uses HTTP requests and SSL encrypted communication to forward the SMS sending request to the SMS Gateway.

Prerequisites

• Installed Perl
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from Perl

1. Open Notepad
2. Create a new file
3. Copy-Paste the example code from this page
4. Save the file as HttpApiTester.pl
5. Open Command Prompt
6. Navigate to the folder where you saved the Perl file
7. Type 'perl HttpApitester.pl' in the Command Prompt
8. Press Enter to run the Perl file

Perl SMS source code example

This example Perl source code below is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. If you want to just run and test this example, all you have to do is to follow the instructions above or watch the tutorial video which demonstrates the way to create a Perl file for the source code and run it from the Command Prompt.

#!/usr/bin/perl 
use strict; 
use warnings; 
use Encode;
require HTTP::Request;
require LWP::UserAgent;

sub main
{
    my $username = "john";
	my $password = "Xc3ffs";
	my $messagetype = "SMS:TEXT";
	my $httpUrl = "https://127.0.0.1:9508/";
	my $recipient = Encode::encode("utf8", "+36201324567");
	my $messagedata = Encode::encode("utf8", "TestMessage");

	my $sendString = $httpUrl."api?action=sendmessage"."&username=" 
					.$username."&password=" 
					.$password."&recipient=".$recipient."&messagetype=" 
					.$messagetype."&messagedata=".$messagedata;
    
    print "Sending html request: ".$sendString."\n\n";

	my $request = HTTP::Request->new(GET => $sendString);
	my $ua = LWP::UserAgent->new (
   			ssl_opts => { verify_hostname => 0 },
			);
	my $response = $ua->request($request);

	print "Http response received :\n";
	print $response->content;

}

# Call main.
main();

Step 1 - Open a text editor application

To be able to run the example code above, first, you need to create a Perl file for that. To perform this operation, you only need to have a text editor. You can download a custom text editor, but the default Notepad application installed on Windows can do the job as well. So, as Figure 1 shows that, just open the Notepad application from your desktop.

Step 2 - Copy the source code

The next step is to get the source code. This is an easy task, since the code can be found on this page, so you just need to copy that. So, as you can see it in Figure 2, just go to the example code section on this page, mark out the whole source code and press Ctrl+C on your keyboard to copy the source code to the clipboard.

Step 3 - Paste the code into your text file

Next, you need to place the copied source code into your empty text file. To do that, you just need to navigate to the text file and press Ctrl+V on your keyboard. By performing this action, the source code will be placed into your text file as Figure 3 demonstrates it.

Step 4 - Save the text as a Perl file

To create the Perl file, you just need to save the text file with the file extension of the Perl files. This extension is .pl. So, select the 'Save as' option in Notepad, and as you can see it in Figure 4, and after you gave a name for the file, append it with the '.pl' file extension and click on 'Save'. The operation just created the Perl file that you need to run the Perl SMS example.

Step 5 - Open Command Prompt

The last main step the guide is to run the Perl file you created before. In this case, you are going to run the example using the Command Prompt. You can easily open the Command Prompt by opening the File Explorer, and like in Figure 5, just type 'cmd' in the address bar and lastly, just hit Enter. If you navigate into the folder where you saved the Perl file in the File Explorer, the Command Prompt will use this location as default, so you can run the Perl file straightaway.

Step 6 - Run the Perl file

The last thing that you need to perform, is to initiate the command, that runs the Perl file. This is a simple command; you just need to write 'perl *file name*.pl' in the Command Prompt as Figure 6 shows that. After you pressed Enter, the Perl file executes the commands within and sends the test message. The HTTP request and response from the SMS Gateway will be printed in the Command Prompt.

Step 7 - Check the send result in the Ozeki log

Ozeki 10 SMS Gateway ensures that to check what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, if you open the SMS Gateway, and select details of the HTTP API service, you will be able to see the events. As you can see it in Figure 7, the service logged an event, when the Perl program sent the HTTP request to the service.

The events that occurred during the sending of the message back be checked by the events as well. For that, open the HTTP API User connection, that you had to configure before. Figure 8 demonstrates that how the connection handles the HTTP request and send the message to the recipient that you specified in your Perl SMS example program.

Summary

In this article, we provide you information about how to send SMS messages using Perl. We also included an example code which you can use to start the implementation process. Setting up a solution that can use the Perl language to send SMS will make it easier to implement the SMS sending solution to your communication system.

If you would like to implement more programming language to your communication system, feel free to visit the articles about other programming languages compatible with the Ozeki SMS Gateway, like: PHP and Java.

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

Receive SMS in Perl

On this page, you will be able to learn about how you can use your Perl application to receive SMS messages. This example Perl source is capable of collecting the incoming messages from the SMS Gateway and use them in the application. It performs this operation by using HTTP request. This guide shows how easy you can create a Perl application and run it on your computer. So, let's start right now.

What is a Perl SMS API?

The Perl SMS API ensures the ability to send SMS messages from a program written in Perl. It uses HTTP requests and SSL encrypted communication to forward the SMS sending request to the SMS Gateway.

Prerequisites

• Installed Perl
• Installed Ozeki 10 SMS Gateway
• A configured HTTP Server connection

Receive SMS in Perl

1. Open Notepad
2. Copy-Paste the example code from this page
3. Save the file as ReceiveSMS.pl
4. Open Ozeki SMS Gateway and select HTTP Server connection
5. Open the HTML form of the HTTP Server connection
6. Send some test messages
7. Open Command Prompt
8. Type 'perl ReceiveSMS.pl' in the Command Prompt and press Enter

This example code below is free to use in your own solution or application and you can modify it if you want to. The example code can collect the messages from the SMS Gateway and use it in the Perl application. If you would like to test the example just follow the step-by-step instructions below or check the video which clearly shows all steps that you need to perform to execute the Perl SMS example.

#!/usr/bin/perl 
use strict; 
use warnings; 
use XML::Simple;
use Data::Dumper;
require HTTP::Request;
require LWP::UserAgent;

sub main
{
    my $username = "john";
	my $password = "Xc3ffs";
	my $httpUrl = "https://127.0.0.1:9508/";
	my $folder = "inbox";
	my $limit = "3";

    my $sendString = $httpUrl."api?action=receivemessage&username="
                    .$username."&password=".$password."&folder="
                    .$folder."&limit=".$limit
                    ."&messagedata=&afterdownload=delete";
    
    print "Sending html request: ".$sendString."\n\n";

	my $request = HTTP::Request->new(GET => $sendString);
	my $ua = LWP::UserAgent->new (
   			ssl_opts => { verify_hostname => 0 },
			);
	my $response = $ua->request($request);
	print "Http response received :\n";

	DisplayMessages($response->content)
}

main();

sub DisplayMessages {
	my $data = XMLin(@_);
	my $sender = "";
	my $text = "";
 	if($data->{data}->{message} eq 'No more messages.')	{
 		print "The inbox is empty!";
 		return;
 	}

	if (ref($data->{data}->{message}) eq 'ARRAY') {
		foreach my $value (@{ $data->{data}->{message} }) {
			$sender = $value->{originator};
			$text =  $value->{messagedata};
			DisplayMessage($sender,$text);
		}
	} 
	else {
		$sender = $data->{data}->{message}->{originator};
		$text = $data->{data}->{message}->{messagedata};
		DisplayMessage($sender,$text);
	}
}

sub DisplayMessage {
	print $_[0].": ".$_[1]."\n";
}

Step 1 - Open Notepad

The first thing that you have to perform to complete this guide is to create the Perl file that you have to execute to see how it gets the SMS messages from the SMS Gateway. So, at this point, you need to open the Notepad application on your computer to be able to create the Perl file. For that, just like in Figure 1, click on its icon on the desktop.

Step 2 - Copy the Perl source code from this page

Next, you need to get the Perl source code from this page to use it on your computer. So, just scroll up to the example code section and mark out the whole source code. Then, as you can see it in Figure 2, you need to copy it to your clipboard. This can be done by pressing Ctrl+C on your keyboard.

Step 3 - Paste the code into the text file

After you copied the Perl source code from this page, you need to place it into a text document. To do this, just go to the Notepad application that you opened before, and as you can see it in Figure 3, just press Ctrl+V on your keyboard to paste the whole source code into the text document.

Step 4 - Save the text as a Perl file

The source code is now placed into the text document, but it still hasn't got the right file format. But this is now a huge problem, you can solve it easily with Notepad. Just select the 'Save as' option, and here, after you gave a name to the file, use the '.pl' file extension as Figure 4 demonstrates it. If you click 'Save', the file will be saved in the right Perl file format that you need to execute later.

Step 5 - Send some test messages

After you set up the Perl file, you need some message to your inbox folder. To finish the test quickly, you can simulate incoming messages with the HTTP Server connection in SMS Gateway. If you haven't configured this connection yet, here you can see how to configure a HTTP Server connection. So, open SMS Gateway, and select the HTTP Server connection. In the menu of the connection, open the HTML form (Figure 5). Here, you can write some messages to the SMS Gateway by setting the recipient to 'Ozeki'.

Step 6 - Open Command Prompt

To run the Perl code, you need to Command Prompt since it provides a simple way to execute the code. So, first open the File Explorer and navigate to the folder, where you saved your Perl file. Here, as you can see it in Figure 6, type 'cmd' into the File Explorer. If you hit Enter, and Command Prompt opens in a new window.

Step 7 - Run the Perl SMS example

The last thing that you have to do is to execute the Perl program. For that, you just need to execute a simple command in Command Prompt. The command is 'perl *filename*.pl' as Figure 7 shows that. Then, just press Enter to execute the example program. The program prints the HTTP request that was sent to the SMS Gateway, and also prints the response message from the SMS Gateway. This contains all messages that was received by the SMS Gateway.

Final Thoughts

In the article above, you have learned about receiving SMS using Pearl. Using a Pearl script to collect incoming messages means that you can use those messages in a PHP project. You can start automating the SMS receiving and sending with the power of Pearl and Ozeki SMS Gateway. Thanks to the Ozeki SMS Gateway, you will have no performance issues due to the 1000 SMS per second capability of gateway software. This will greatly improve communication within your organization or with your customers.

Visit our webpage if you want to learn about all the programming languages that the Ozeki SMS Gateway can handle. You can reach the article about managing SMS with PHP or Python.

If you want to work with a high-performance SMS Gateway software, download the Ozeki SMS Gateway!

How to send SMS from Python

This page contains a simple Python script, which is going to demonstrate how easy you can send SMS messages from that script by initiating an HTTP request and forward it to the SMS Gateway which will further processes the request, sends the message and returns a response message to the Python script. As the example script shows below, all these operations only take about twenty lines of code which keeps the script simple.

What is a Python SMS API?

The Python SMS API creates the opportunity to send SMS messages from a Python script. By using this Python SMS API, your Python script can send HTTP requests to the SMS Gateway which sends the SMS message.

Prerequisites

• Installed Python
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from Python

1. Open Notepad
2. Create a new empty file
3. Copy-Paste the example Python source code below
4. Save the file as HttpApiTester.py
5. Open Command Prompt
6. Navigate to the folder where you saved the Python file
7. Type 'python HttpApiTester.py' in the Command Prompt
8. Hit Enter to run the Python script

Python SMS source code example

The following example source code written in Python programming language is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. If you wish to run this example code unchanged, you just need to create a new Python file, copy-paste the example code below and save the Python file. Then, all you have to do is to run the Python file as the steps guide and the video demonstrates it above.

import requests
import urllib.parse
import ssl

username = "john"
password = "Xc3ffs"
messagetype = "SMS:TEXT"
httpUrl = "https://127.0.0.1:9508/"
recipient = urllib.parse.quote("+36201324567")
messagedata = urllib.parse.quote("TestMessage")

sendString = (httpUrl + "api?action=sendmessage" + "&username=" 
	+ username + "&password=" 
	+ password + "&recipient=" + recipient + "&messagetype=" +
	 messagetype + "&messagedata=" + messagedata)

print("Sending html request: " + sendString)
requests.packages.urllib3.disable_warnings() 

response = requests.get(sendString, verify=False)
print("Http response received: ")
print(response.text)

Step 1 - Open a text editor

To be able to execute the Python SMS example code above, first, you need to create a Python file which contains the source code. To perform this action, you only need a text editor. You can download a custom text editor if you wish, but the default Notepad application installed on Windows can do the job as well. So, as Figure 1 demonstrates that, just click on the icon of Notepad to open it.

Step 2 - Copy the source code from this page

The next step of the guide is to get the Python source code. This can be easily done, since the code can be found on this page, so you just need to copy that. So, as Figure 2 shows that, just go to the example code section on this page, mark out the whole source code and press Ctrl+C on your keyboard to copy the source code to the clipboard.

Step 3 - Paste the code into the text file

After you copied the code from this page, you need to paste it into your empty text file. To do that, you just need to navigate to the text file and just press Ctrl+V on your keyboard. By performing this action, the Python code will be pasted into your text file as Figure 3 shows that.

Step 4 - Save the text file as Python file

To create the Python file, you just need to save the text file with the file extension of the Python files. This extension is .py. So, select the 'Save as' option in Notepad, and as you can see it in Figure 4, and after you gave a name for the file, append it with the '.py' file extension and click on 'Save'. The operation just created the Python file that you need to run the Python SMS example.

Step 5 - Open Command Prompt

The next step of this guide is to run the Python file you created before. In this case, you are going to run the example using the Command Prompt. You can easily open the Command Prompt by opening the File Explorer, and as you can see it in Figure 5, just type 'cmd' in the address bar and lastly, just press Enter. If you navigate into the folder where you saved the Python code in the File Explorer, the Command Prompt will use this location as default, so you just need to run the Python file.

Step 6 - Run the Python file

The last step that you need to do, is to initiate the command, that runs the Python script. This is a simple command; you just need to write 'python *file name*.py' in the Command Prompt as Figure 6 shows that. After you pressed Enter, the Python file executes the commands within and sends the test message. The HTTP request and response from the SMS Gateway will be printed in the Command Prompt.

Step 7 - Check the send result in the Ozeki log

In Ozeki 10 SMS Gateway, you can check easily what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, if you open the SMS Gateway, and select details of the HTTP API service, you will be able to see the events. As you can see it in Figure 7, the service logged an event, when the Python SMS example program sent the HTTP request to the service.

The process of the message sending can be also viewed back by the events. For that, open the HTTP API User connection, that you had to configure before. In Figure 8, you can see that how the connection handles the HTTP request and send the message to the recipient that you specified in your Python program.

Summary

You have learned how to send SMS from Python from this article. This tutorial enables you to implement SMS service to your Python project. Having SMS service in your python project will make sure that you satisfy a wider range of customer needs. The solution is mainly built around the Ozeki SMS Gateway, so it offers you a great performance of up to a 1000 SMS per second. If you come around any error, the Ozeki SMS Gateway features great low logging capabilities. You will find errors in no time using this system.

To have a better understanding of using Python with the Ozeki SMS Gateway, feel free to visit the Ozeki webpage. You can learn about how to receive messages using Python, or you can discover other programming languages to use like Java.

The next thing to do is to download the Ozeki SMS Gateway and start developing now!

Receive SMS in Python

This document provides you some useful information about how you can get the messages received by the SMS Gateway using your Python application. The Python SMS example shows how it collects the messages from your inbox folder via HTTP Requests and how it makes it available for further usage. The page contains a video tutorial and a step-by-step guide which takes not more than five minutes to complete. Let's start right now!

What is a Python SMS API?

The Python SMS API creates the opportunity to send SMS messages from a Python script. By using this Python SMS API, your Python script can send HTTP requests to the SMS Gateway which sends the SMS message.

Prerequisites

• Installed Python
• Installed Ozeki 10 SMS Gateway
• A configured HTTP Server connection

Receive SMS in Python

1. Open Notepad application
2. Copy-Paste the example code from this page
3. Save the file as ReceiveSMS.py
4. Open Ozeki SMS Gateway and select HTTP Server connection
5. Open the HTML form of the HTTP Server connection
6. Send some test messages
7. Open Command Prompt
8. Type 'python ReceiveSMS.py' in the Command Prompt and press Enter

This example Python SMS source code below is free to use in your projects and you can modify it as well to fit into your solution. The code initiates a HTTP request to get the messages from the SMS Gateway. To test the example just follow the instructions below or watch the video tutorial which clearly demonstrates all steps that have to be taken to run the Python SMS script on your computer.

Step 1 - Open Notepad

The first step of this guide is to open Notepad on your computer. This application is needed to create the Python file that you will execute at the end of the guide. So, as Figure 1 demonstrates, just click on the icon of the Notepad application on the desktop to open it.

Step 2 - Copy the Python code

Next, you need to get the Python example script from this page. This is an easy task to do since you need to just copy it. So, to do that, just go to the example code on this page, mark out the whole source code, and like in Figure 2, press Ctrl+C on your keyboard. This action copies the source code to your clipboard and makes it ready to place it into a text file.

Step 3 - Paste the code into a text file

Next, you need to paste the Python source code into the text document that you opened in Step 1. This action can be performed by using the Ctrl+V shortcut which pastes the source code into the text file from the clipboard. If you have done it correctly, the Python code will be in the text file as Figure 3 shows that.

Step 4 - Save the text as a Python file

At this point, you have got a text file that contains the source code, but it is not in the right file format yet. Notepad can save files in any format, so you can solve this problem quite easily. So, select the 'Save as' option in Notepad, and save the file with the '.py' file extension. This procedure is demonstrated in Figure 4.

Step 5 - Open Command Prompt

Now, the Python script is ready to use, but you need an environment where you can execute the script. For that purpose, you can simply use the Command Prompt. To open it, just navigate to the folder where you saved the Python file with the File Explorer, and like in Figure 5, type 'cmd' into the address bar of the File Explorer. If you press Enter, the Command Prompt shows up in a new window.

Step 6 - Send some test messages

After you set up the Python file, you need some message to your inbox folder. To finish the test quickly, you can simulate incoming messages with the HTTP Server connection in SMS Gateway. If you haven't configured this connection yet, here you can see how to configure a HTTP Server connection. So, open the SMS Gateway, and select the HTTP Server connection. In the menu of the connection, open the HTML form (Figure 6). Here, you can write some messages to the SMS Gateway by setting the recipient to 'Ozeki'.

Step 7 - Run the Python script

The last thing that you need to do to complete this guide is to run the Python script in the Command Prompt. For that, just type 'python *filename*.py' into the Command Prompt as you can see it in Figure 7 and hit Enter. The execution of the Python SMS example prints the HTTP request that was initiated by the Python program. Then, you will be able to see the messages from the SMS Gateway as well.

To sum it up

From this article, you have learned how to use a Python script to collect messages from your inbox. You will be able to build a system that sends HTTP requests to the Ozeki SMS Gateway and receives all the incoming messages back. Using the Ozeki SMS Gateway to manage SMS messages comes in handy because it allows the user to log SMS messages into a database and offers various reporting capabilities to give more information about your SMS communication.

Other programming languages can be used to communicate with the Ozeki SMS Gateway. To learn more about the capabilities of the Ozeki SMS Gateway, feel free to visit more tutorial pages like: How to use Pearl to send SMS messages, or How to use Ruby to send SMS messages.

All you need to do is to download the Ozeki SMS Gateway and start building your solution now!

How to send SMS from Ruby

Let's see how you can use Ruby to send SMS messages with HTTP requests. The example code demonstrates that you only need a couple of lines of code to be able to set up the details of the message and send an HTTP request. Then, the SMS Gateway receives the request and delivers the SMS to the recipient. Lastly, the SMS Gateway sends the response back to the Ruby program which prints that response to the console.

What is the Ruby SMS API?

The Ruby SMS API (Ruby sms) allows you to send SMS messages from your Ruby program. The Ruby SMS API initiates HTTP requests and sends them to the SMS Gateway that delivers the message to the recipient.

Prerequisites

• Installed Ruby
• Installed Ozeki 10 SMS Gateway
• A configured HTTP API User

Send SMS from Ruby

1. Open Notepad
2. Create a new file
3. Copy-Paste the example code below
4. Save the file as HttpApiTester.rb
5. Open Command Prompt
6. Navigate to the folder where you saved the Ruby file
7. Type 'ruby HttpApiTester.rb' in the Command Prompt
8. Press Enter to execute the Ruby program
9. Ruby Rails send sms text messages

Ruby SMS source code example

This simple example source code below, written in Ruby programming language is free to use, you can simply implement it into your project, or you can modify the source code to use it for other projects or applications. To run the example code and see how to send HTTP requests from Ruby, you just need to create a new Ruby file and place this example code into that file. To execute the Ruby program, just run it from the Command Prompt. These operations stated and demonstrated in the steps and the video sections.

Step 1 - Open a text editor

The first step is to execute the Ruby SMS example code above is to create a Ruby file which contains the source code. To perform this operation, you just need a text editor. You can download a custom text editor to do this, but the default Notepad application installed on Windows can do the job as well. So, as you can see it in Figure 1, just click on the icon of Notepad to open it.

Step 2 - Copy the Ruby source code

The next step of the guide is to get the Ruby source code. This can be easily done, since the code can be found on this page, so you just need to copy that. So, as Figure 2 shows that, just go to the example code section, mark out the whole source code and press Ctrl+C on your keyboard to copy the Ruby code to the clipboard.

Step 3 - Paste the Ruby code into your text editor

After you copied the Ruby code from this page, you need to paste it into your empty text file. To do that, you just need to navigate to the text file and just press Ctrl+V on your keyboard. By performing this action, the Ruby code will be pasted into your text file as Figure 3 shows that.

Step 4 - Save the Ruby file

After you placed the source code into the text file, the next step that you need to do, is to save the file using the file extension of Ruby which is '.rb'. So, just select the 'Save as' option in Notepad, name the file and add the '.rb' file extension as you can see it in Figure 4, and lastly, click on Save.

Step 5 - Open Command Prompt

The next step is to run the created Ruby file. This task can be easily done by using the Command Prompt. You can open this byx opening the File Explorer, navigating to the folder, where you saved the Ruby file, and typing 'cmd' in the address bar of the File Explorer like in Figure 5. If you press Enter at this point, the Command Prompt is going to show up and will be ready to use.

Step 6 - Run the Ruby file

In the Command Prompt, you only need to execute one simple command to be able to run the Ruby SMS example. The command needs to be 'ruby *file name*.rb'. After you typed that command, just press Enter, and the command executes the Ruby program. The example program prints the HTTP request and the response message from the SMS Gateway to the Command Prompt. (Figure 6)

Step 7 - Check the send result in the Ozeki log

In Ozeki 10 SMS Gateway, you can check easily what messages sent by your application, since the HTTP API service logs every event that occurred during the time it is enabled. So, if you open the SMS Gateway, and select details of the HTTP API service, you will be able to see the events. As Figure 7 shows that, the service logged an event, when the Ruby example program sent the HTTP request to the service.

The process of the message sending can be also viewed back by the events. For that, open the HTTP API User connection, that you had to configure before. Figure 8 demonstrates that how the connection handles the HTTP request and send the message to the recipient that you specified in your Ruby SMS example program.

Summary

This article explained to you how you can send SMS messages from a project written in Ruby. Sending messages from any Ruby object means that you can offer SMS services to your customers in any Ruby solution. This will make your solution versatile and widely used. The solution is based on the Ozeki SMS Gateway. This code we provided will send HTTP requests from Ruby to the Ozeki SMS Gateway and the Ozeki SMS Gateway will do as requested.

To know more about the system, feel free to check out the Ozeki website where you can find more information about any setup you can build using the Ozeki SMS Gateway. Start with the article about receiving SMS messages. Or check out some other programming languages that the Ozeki SMS Gateway can work with. For example, PHP.

The next thing to do is to download the Ozeki SMS Gateway and start working now!

Receive SMS in Ruby Rails

The guide on this page provides you the opportunity to learn how you can use a Ruby program to get the received SMS messages from the SMS Gateway. This can be done by using HTTP requests that collect the received SMS messages. The guide contains a video tutorial and a step-by-step guide which helps you to learn the way you can receive SMS messages with Ruby.

What is the Ruby SMS API?

The Ruby Rails SMS API allows you to send SMS messages from your Ruby Rails program. The Ruby SMS API initiates HTTP requests and sends them to the SMS Gateway that delivers the message to the recipient.

Prerequisites

• Installed Ruby
• Installed Ozeki 10 SMS Gateway
• A configured HTTP Server connection

Receive SMS in Ruby Rails

1. Open Notepad application
2. Copy-Paste the example code from this page
3. Save the file as ReceiveSMS.rb
4. Open Ozeki SMS Gateway and choose HTTP Server connection
5. Open the HTML form of the HTTP Server connection
6. Send some test messages
7. Open Command Prompt
8. Type 'ruby ReceiveSMS.rb' in the Command Prompt and press Enter
9. Ruby Rails receives sms messages

You can freely use the Ruby example SMS code in your projects, and you also allowed to modify it as well. If you wish to just run this example code to see how it works, just check the step-by-step guide below or the video tutorial on this page to see that it takes to execute the Ruby SMS example code on your computer.

require 'net/http'
require 'rexml/document'
include REXML

def DisplayMessages(response)
	xmldoc = Document.new(response)

	xmldoc.elements.each('response/data/message') do |value|
		begin
			sender = value.elements['originator'].text
			text = value.elements['messagedata'].text
			DisplayMessage(sender,text)
		rescue
			puts("The inbox is empty.")
		end
	end
end

def DisplayMessage(sender, text)
	puts("#{sender}: #{text}")
end

username = "john"
password = "Xc3ffs"
httpUrl = "https://127.0.0.1:9508/"
folder = "inbox";
limit = "3";

sendString = "#{httpUrl}api?action=receivemessage&username="\
			 "#{username}&password="\
			 "#{password}&folder=#{folder}&limit="\
			 "#{limit}&afterdownload=delete"

puts("Sending http request #{sendString}")

OpenSSL::SSL.send(:remove_const, :VERIFY_PEER)
OpenSSL::SSL.const_set(:VERIFY_PEER, OpenSSL::SSL::VERIFY_NONE)

url = URI(sendString)
response = Net::HTTP.get(url)
puts("Http response received:")
DisplayMessages(response)

Step 1 - Open Notepad

In this first step, you need to open a text editor application that can handle Ruby files. For that purpose, you can use the default Notepad application that can be found on all computers using Windows operating system. So, as Figure 1 shows that, just open it from your desktop.

Step 2 - Copy the Ruby code

Next, you need to copy the Ruby example code from this page. To do that, just scroll up to the example code section of this page and mark out the whole example Ruby code. Next, as you can see it in Figure 2, press Ctrl+C on your keyboard to copy the Ruby code to the clipboard.

Step 3 - Paste the code into the text file

After you copied the Ruby source code from this page, you need to place it into a text document. To do this, just go to the Notepad application that you opened before, and as you can see it in Figure 3, just press Ctrl+V on your keyboard to paste the whole Ruby source code into the text document.

Step 4 - Save the text as a Ruby file

At this point, you have got a text file that contains the source code, but it is not in the right, Ruby file format yet. Notepad can save files in any format, so you can solve this problem quite easily. So, select the 'Save as' option in Notepad, and save the file with the '.rb' file extension. This procedure is demonstrated in Figure 4.

Step 5 - Send some test messages

Now, your example code is ready to run, but first, you need to have some messages in your inbox folder. For testing purposes, you can use the HTTP Server connection to send some test messages to yourself and test the PHP example code. So, open the SMS Gateway and select the HTTP Server connection. Here, open the HTML form of the connection, and like in Figure 5, send some messages to the 'Ozeki' recipient.

Step 6 - Open Command Prompt

The main step of the guide is to execute the Ruby program. To do that, you need to open the Command Prompt on your computer. So, first navigate to the folder, where you saved the Ruby file using the File Explorer. Here, as you can see it in Figure 6, type 'cmd' in the File Explorer, and if you press Enter, the Command Prompt opens on your computer.

Step 7 - Execute the Ruby program

In the Command Prompt, you just need to perform one line of command to execute the Ruby program. So, just type 'ruby *filename*.rb' into the Command Prompt and press Enter. By doing this, the Ruby example will be executed, and you will be able to see the results in the console window (Figure 7). Here, you can see the HTTP request and the response to that request as well which contains all received messages.

How to send SMS over HTTPS API

This article demonstrates how to send sms from HTTP API. It will start with defining what HTTP API is and will continue with the explanation of how it can be used. HTTP request is a great tool to send sms, it can be used in various environments. Maybe the biggest benefit of this HTTP API solution is that all you have to do is perform some basic configuration and you will be ready to send texts in a short time. This solution uses Ozeki SMS Gateway, so you can take advantage of that fact that it allows you to manage SMS costs and to keep track of SMS traffic. We assume you have already used HTTP request and can perform basic operations with it. You will be presented with some important information and well-structured step-by-step instructions. We hope you will find the presented instructions beneficial.

How to send SMS over HTTPS API (Step by step guidelines)

To send SMS over HTTPS API:

1. Launch Ozeki SMS Gateway
2. Install HTTP user
3. Open HTTP API service Details
4. Provide ports
5. Write HTTP API request
6. Copy HTTP API SMS request
7. Send SMS over HTTP API from browser
8. Check the Events
9. Upload .pfx certificate file for HTTPS

How to create a new user/application (video tutorial)

Click the Install button next to HTTP user

To install a new HTTP user, you need to open the Add user or application install list. To do so, find the Apps button located on the toolbar of the Ozeki SMS Gateway (Figure 1). In the list, there is a Network users' section. There, you need to find the HTTP user list item. Click the Install link to begin the installation procedure.

Provide login information

In the HTTP user’s detail page, you will see a group box with the title of Login Information (Figure 2). Here you need to provide a username and a password for HTTP API user. Make sure to provide both and click the Ok button. To get more information about the login credentials, you can use the question mark icon located next to the Username textbox.

Open service details

The next step is to open the details panel of the HTTP API user. Click the Advanced button on the Toolbar of the Ozeki SMS Gateway (Figure 3). It will take you to the services list. There you will see all the services that you are currently working with. Find the HTTP API service that you just created and click the Details button. It will open a page where you could modify the properties or view the events.

Check the Events tab

Here in the Events tab, you can see that the Ozeki SMS Gateway successfully created the HTTP API. It started a webserver and configured it for user connection. In this log, you have the access information of the HTTP API (Figure 4). First, you will need the HTTPS port number and the IP address where the GUI is available. We provided you a copy of the event log of our example. Highlighted with red, you can see the important information about the API.

How to send the test SMS (video tutorial)

Open the service details

To configure the HTTP API to accept HTTP POST and HTTP GET requests, you need to provide the correct port numbers for the HTTPS and HTTP connection. To do so, open the advanced menu with the Advanced button located on the Toolbar (Figure 5). This will open the list of your services. Click the Details button next to the HTTP API service to open the configuration page.

Change the port number

You can get the correct port number from the event log that you copied from the start of the API. The number after the HTTPS:// is the correct number for the HTTPS port textbox and the number after the HTTP:// is the correct number for the HTTP port textbox. You can find these textboxes in the Configure tab page (Figure 6).

Write the HTTP request

The next step is to write the HTTP API request. For this part, you need basic understanding of the HTTP technology. Make sure to send the request with the password and the username you provided when you were configuring the API. On Figure 7, you can see an example HTTP code. This code will send a message to the phone number after the recipient part. It contains the username and the password for the API.

Send the request

Paste the request to a now page of your browser. This will reach the webserver reserved for the API requests. You will get feedback about your request in a form of an xml code. On Figure 8, you can see how the XML file looks in case of an accepted message. This means that the gateway will now try to send your message. Here you can see the timestamp when the message was sent and the body of the message you sent.

Check the sent message

In the Event tab of the Ozeki SMS Gateway, you can see that the API reached the gateway and tried to send the message. You can see here whether it was accepted or denied. To reach the Events tab, open the Ozeki SMS Gateway and search for the user that you sent the test message to. Click the Events tab and you will be presented with the logs of the user. (Figure 9)

Upload the certificate

To have a secured HTTP, you need to upload a certificate. This will be seen by the remote party and will verify you. If you do not provide any certificate, a generated certificate will be sent. With the certificate, you will be able to use HTTPS protocol instead of HTTP. HTTPS is more secure and more stable than HTTP. (Figure 10)

Summary

This article explained how you can send SMS using HTTPS API. You will learn about a HTTPS API, and we will show you how to use it. Using a HTTPS API means that you will be able to send SMS messages using a web page. This way you can be anywhere and still use the Ozeki SMS Gateway to send SMS messages. This combined with the performance of the Ozeki SMS Gateway, will result in a flexible and easy to use SMS communication solution.

Make sure to not stop here with learning. We offer you more articles about this subject and some other subject like using the Ozeki SMS Gateway with other programming languages. Start with learning how you can use the Ozeki SMS Gateway with PHP or Python.

The one last thing you need to do is to download the Ozeki SMS Gateway and start developing now!

FAQs

Why sometimes do I get a message from my HTTP client user that says it could not resolve the name corresponding to the URL it is calling?

• Internet Outage: The most common culprit might be a simple internet outage. Try opening a website in your web browser. If nothing loads, it suggests a broader issue with your internet connection. In this case, the best course of action is to contact your internet service provider (ISP) for assistance. They can help diagnose the problem and restore your connection.
• DNS Server Issues: Another possibility is a problem with the Domain Name System (DNS) server. The DNS acts like a phonebook for the internet, translating website names (like "[invalid URL removed]") into numerical IP addresses that computers can understand. If your DNS server isn't responding, your computer might struggle to find the websites you're trying to access, leading to connection problems.

I am using the HTTP Client user. Some SMS request messages are served by HTTP queries which are very slow. We see that if the reply from the website takes to long the reply is an empty message. Is there a way of increasing the time for the http client user to wait longer for a reply from the website?

Absolutely! Ozeki allows you to customize the time it waits for a response from a webpage after forwarding an SMS message via HTTP. Here's how to adjust this setting:

• Access the HTTP User Configuration Form: Locate the configuration form for the specific HTTP user you want to modify within Ozeki.
• Navigate to the HTTP Connection Tab: Look for a tab labelled "HTTP Connection" or similar within the configuration form.
• Modify the HTTP Timeout Value: This tab will typically contain a setting named "HTTP Submit Response Timeout" (or similar). The default value is usually 30 seconds, meaning Ozeki attempts to receive a response from the webpage for 30 seconds after forwarding the SMS message.
• Set Your Desired Timeout: Increase the timeout value if you need Ozeki to wait longer for a response from the webpage. This might be useful if you anticipate delays on the receiving end.

Remember: A longer timeout can slightly impact overall performance, so adjust it based on your specific needs and server capabilities.

Scheduled Batch SMS Jobs

The HTTP of the SMS Gateway allows you to schedule batch SMS jobs. This feature is great if you have a web-based solution that creates SMS sending jobs with many phone numbers. SMS marketing campaigns, notifications about events and emergency SMS alerts often require such an approach.

What is a batch SMS job

A batch SMS job is a list of phone numbers and text messages that needs to be sent on a particular date and time. Such a job can be created on a webserver, and it can be scheduled to be sent.

How to work with batch SMS jobs

The best approach to build a reliable system that is able to send batch SMS jobs is to setup a webserver where SMS jobs are stored and managed and to setup an SMS gateway in a different secure location, that is connected to the mobile network. Such a user interface to the users and is good at storing

The webserver is good at providing a browser-based user interface to the users of the system. Users can access this user interface from their laptops or mobile phones and can work on building their SMS campaigns. Such SMS job creation often includes extensive editing of phone number lists, messages texts and custom data related to the notifications. Often multiple users are involved in building the SMS campaigns. This SMS campaign creation and editing is best done on a dedicated webserver system. You can view a good example of such an SMS campaign editing system at myozeki.com.

Once an SMS campaign is finalized, it can be submitted to the SMS gateway. The best approach to do this is to notify the SMS gateway in a short message to tell it that a job is ready to be downloaded. The SMS gateway will register this request and download the messages to be sent once the job is due.

This approach will take load of the SMS gateway, as it will not be responsible for serving and managing the requests during the campaign creation and editing. The SMS gateway will also not be responsible for storing the campaigns until they are ready to be sent and the execution reports once the campaigns are completed. The role of the SMS gateway is simplified to simply download and execute the campaign by sending out the SMS messages, and to produce a report once the messages are sent.

This approach is also great because it offers you to place the SMS gateway behind a well-protected firewall, and it will keep your mobile network connections and sending capabilities safe and healthy.

How does the Ozeki SMS Gateway solution work

The batch SMS sending feature of Ozeki SMS Gateway was developed for SMS service providers and SMS marketers who work with lists of phone numbers. We call these users SMS batch job creators. It is assumed that SMS batch job creators operate their own webserver, where batch jobs are created/stored and managed. It is also assumed that such jobs are often scheduled well in advance.

The procedure goes like this (Figure 1): The batch job creator creates a list of phone numbers and text messages, and saves it on his webserver. Next his webserver issues an HTTP request to the Ozeki SMS Gateway to schedule the job. When the time of execution arrives, the SMS gateway downloads the job, and sends out the SMS messages. After the messages are sent the SMS gateway returns an execution report the webserver to let the sender now about the results of the request.

How to setup the SMS network entities

The most common network setup for SMS service providers is to have a webserver on the Internet and let the SMS gateway connect to it. The SMS gateway is usually behind a firewall and is not accessible from the Internet (Figure 2). The SMS gateway can be connected to the mobile network through a Wireless SMS link using and Android Mobile Phone or through an IP SMS link, such as an SMPP SMS mobile network connection or an HTTP SMS mobile network connection. This network architecture can be considered secure.

PHP SMS API

Ozeki SMS Gateway makes it possible for php developers to use php sms api for text message sending and receiving on their web page to mobile phone.

How to send sms from website using php

There are two basic options to choose from if you wish to send SMS messages from a website running on PHP. You can use HTTP requests to pass SMS messages directly to the SMS gateway or you can save your outgoing messages into a database and let the SMS gateway pick up the messages from there. Both options have advantages and disadvantages. This guide helps you get started by giving you information on which option is more suitable for you.

How to send/receive SMS from PHP through a database ( )

If your PHP website uses a database, such as MySQL, using this same database for sending and receiving is a good option. In this setup two database tables will be created; one called ozekimessageout will be used for sending SMS, and another called ozekimessaging willb e used for receiving SMS.

Advantages of sending SMS from a Database

This option has several advantages. First it will be very easy for you to send a message by simply creating a database record in the ozekimessageout database table. All you have to do is simply execute an SQL INSERT command. After the message is inserted into the database table it will be picked up by Ozeki and it will be sent to the mobile network.

The biggest advantage to this option is that Ozeki will update the status of your outgoing SMS. This means that when the message is sent to the mobile network, or when a delivery report comes in after the SMS reaches the recipient handset, Ozeki will update the status field of the SMS to 'submitted to network' or 'delivered to handset' status. It will also set the appropriate timestamp for these events. It is very convenient to have all these information in a database table.

Incoming messages will also be easy to process, as they will be automatically inserted into a database table by Ozeki SMS Gateway. To read new messages you simply do a SELECT on the ozekimessagein table. You can freely add SQL columns to this database table to store processing related information.

Disadvantages of sending SMS from a Database

If you use a database as a method of comnunication between your SMS gateway and your PHP website, you must take into account that some delays in sending SMS messages will occur. The SMS gateway checks the outgoing database table periodically (the default poll interval is 5 seconds). If a message is inserted, it will take a few seconds for it to be picked up by the SMS gateway for delivery.

Where can I find setup instructions for sending SMS from a Database?

The following page contains a video tutorial and detailed step by step instructions on how to setup SMS message on a PHP website with MySQL.

How to send/receive SMS from PHP through the HTTP API ()

PHP gives you the option to issue HTTP requests. Since the Ozeki SMS gateway has a great http sms api, you can send SMS messages by simply forming an URL and calling it using one of the built in PHP http download methods. Using an HTTP request you can both send and SMS and you can also receive SMS messages.

Advantages of sending SMS using the HTTP SMS API

One of the biggest advantages to using the HTTP API is speed. If you send an SMS using an HTTP request, it will immediately get to the SMS gateway without any delays. If you use a database table, it will spend a few seconds in the database table. Note however, that this is only true if you only send out a few messages per minute. The HTTP request require quite a lot of resources in both network bandwidth and processing power. This means if you send a message in bulk, it is not a good choice. If you send a single SMS, it will get there a few seconds faster. If you wish to send more than 10 messages, it is much better to use a database for transfer, since these messages can be picked up by the SMS gateway with a single query. If you send out several hundreds, thousands of hundreds of thousands the database option is the only valid choice.

Disadvantages of sending SMS using the HTTP SMS API

The biggest disadvantage of using the HTTP API is that you must be sure that the HTTP SMS service is available when you send your SMS. If you send an SMS at a moment when the SMS gateway is rebooted or when there is a temporary network failure, you request will not work. Your SMS can be lost. This issue does not affect the SQL to SMS solution.

Another disadvantage is the extra work required in keeping track of sent messages and delivered to network or delivered to handset reports. This is hard because these events happen later. The messages is delivered to the network a few seconds after you issue the HTTP request for submission, and it can take significantly longer for the SMS to reach the recipient handset (think of the recipient handset being switched off temporarily). The Ozeki HTTP api can be asked to notifiy your PHP script about these events, but it is more work to write the code to handle these events.

Where can I find setup instructions for sending SMS using HTTP?

The following page contains a video tutorial and detailed step by step instructions on how to setup SMS message on a PHP website with HTTP requests.

Summary

The document you have read is about how to send SMS messages from a website running on PHP with the help of the Ozeki SMS Gateway. This solution gives you the ability to decide if you want to use HTTP requests to pass SMS messages directly to the SMS gateway or to save your outgoing messages into a database and let the SMS gateway pick up the messages from there. If you have followed the steps above, now you can set up whichever option you choose based on the mentioned advantages and disadvantages.

You can jump into other articles on the Ozeki website, get the information we offer. Go on and read the next guide about how to send SMS from MySQL with PHP.

Download the Ozeki SMS Gateway now and set up the system in a few minutes!

Send SMS from MySQL with PHP

To setup a php sms through MySQL solution on Linux servers with Apache PHP and MySQL we need 8 minutes. This document presents tutorial steps and the necessary information to help you complete this procedure efficiently. Ozeki SMS Gateway shall be used due to the fact that it offers several advantages. For example, it does not require direct connection between your system and the SMS service provider and it is easy to use for all connection types, because the same code can be used to send SMS through an Android Mobile phone or through an IP SMS connection, such as an SMPP link. We believe Ozeki SMS Gateway is an outstanding product. This page requires basic knowledge of sms software technology. You will be given some valuable information and detailed step by step instructions. We hope you will enjoy reading it. Let's get started!

Video content
1. Download PHP File
2. Copy PHP File to webserver
3. Modify PHP File
4. Open webpage
5. Send test message

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download full project (2.5kB)

If you scroll down, you can find screenshots that describe how to implement the MySQL database + PHP solution. Keep in mind that this PHP script can SELECT messages from tables as well, so you can visualize outgoing and incoming messages simultaneously in the same web browser. (Figure 1)

After you have downloaded the files, put them in the “www” folder of the webserver. This way, the downloaded files will affect the webserver’s work. You can see the destination folder in Figure 2.

After you moved the files to the ”www”, you will find an “sqlsmshandling_functions.php” file in it open it to begin the modifying. You can open the file via Notepad. Search for a line called $userName = “user”. Rewrite it to $userName =”root”. You can find the line you are searching for easily with the help of Figure 3.

Once you have saved the changes, you can open the created webpage. Make sure to copy the access path of the file and copy it to the browser. You can see the name access path of our example file on Figure 4.

You can use this website to send messages. The “Recipient” will be the sender’s name once it is delivered, the “Message text” will be the message itself. If you want to send the letter, please click the “Send” button. You can inspect the webpage on Figure 5.

As you can see, once you hit the “Send” button, the message will be delivered to the destination. You can view the outgoing and incoming messages of our example program on Figure 6.

How to test sms sending with PHP

To test sms sending from your PHP code you have two options: You can use the built in sms tester connection or you can setup two sms gateways to have a more realistic testing environment. If you setup two sms gateways, the you need to configure the first SMS gateway as an SMPP simulator. This SMS gateway will provide SMPP server service to the second SMS gateway. It will operate the same way the SMSC of a mobile network operator would operate. The second SMS gateway will connect to the first using an SMPP client connection, and it will provide PHP SMS API service to your PHP application.

Final thoughts

We hope you didn’t get lost in the explanations. To review the procedure we can conclude, that to send sms or receive sms with the php sms through MySQL solution is quite easy. If you have already completed the steps, you can enjoy a well-deserved macchiato or some other treat you have in mind. If you would like to read more interesting facts about the advantages of other similar solutions, please open ozeki-sms-gateway.com. I hope this page will be useful to all the readers and especially to beginners.

Send SMS from MySQL on your Website

You can manage databases with SQL statements. You can send SQL statements through PHP. This makes you possible to manipulate database tables. For example, PHP can add table records of SMS messages to send, but it also can read records of incoming messages.

Download: MySQL_PHP_Example.zip

The PHP solution is intended for web developers with basic knowledge in PHP and SQL. You can download the PHP source code, so you can do this step-by-step tutorial containing basic instruction how to implement the solution.

Why is SMS Gateway with a database and PHP a useful combo

This is a useful PHP solution for

• adding SMS functions to your website.
• adding SMS functions to your corporate intranet.
• creating automated SMS notifications.
• increasing website security by adding SMS login.

Requirements

You will need to host an Ozeki SMS Gateway, a webserver and a MySQL server. You can host this function from the same computer or from two machines as you can see in the table below:

How does it work

Before you start using this PHP application, you should install Ozeki SMS Gateway and a MySQL Server on your computer. You can use Windows or Linux. It is important to choose a hardware or software solution for SMS messaging. As a hardware solution a mobile phone or GSM modem is advised and for a software solution you can use your IP SMS service provider over the internet.

The PHP example you can find in this tutorial is capable to read records or insert new table records. This is very useful when reading incoming messages or writing outgoing messages. If you would like to see how the solution works, please look at Figure 1.

You can see the 'Internet User' in the diagram, who will actually send and receive SMS messages through a browser. The internet user is connected to a PHP enabled web server, which is capable to manage databases on the SQL Server and these databases belong to Ozeki SMS Gateway. In the final step Ozeki SMS Gateway sends the message to a mobile phone through the GSM network.

The internet user can access the internet from anywhere. The only thing that matters is if they know the IP address or the URL of the computer running the PHP server and if they are authorized to log into the MySQL database, so they can insert the desired SMS message record which will be selected later on by Ozeki SMS Gateway to be sent out to the recipient's cell phone by using the GSM network.

This workflow also works in the opposite direction. Where Ozeki SMS Gateway receives the SMS message from the GSM network and saves it in the MySQL database, so the PHP server can read it and show it on the internet user's screen.

How to create a MySQL database

Figure 2 - Creating tables in the structure required by Ozeki SMS Gateway

How to create a Database User in Ozeki SMS Gateway

Step 1: Please open Ozeki 10 in a web browser
Step 2: Select SMS Gateway application from Ozeki 10's integrated desktop
Step 3: Create the Database User in SMS Gateway by following the instructions.

How to use the code

Please use the PHP code you have downloaded and follow these steps:

The PHP script

Here you can find out more details of the downloadable sample script.

The script must know the user credentials to your MySQL database. The main role of the script is to insert the new message in your outgoing message table. This table is called 'ozekimessageout' in the current example.

Ozeki SMS Gateway's Database User periodically checks the table for new records and if the status of the message is 'Send', it will try to send it. In case of success the Database User will change the message's status to 'Sent'.

This is the structure of the source code:

sqlsmshandling.php:

It contains message builder ASP elements. For example, labels, text boxes and the 'Send' button. The 'Send' button calls the 'connectToDatabase()', 'insertMessage(...)' and 'closeConnection()' functions from sqlsmshandling_functions.php. sqlsmshandling.php handles not just SMS messages, but exceptions as well. For example, empty fields.

sqlsmshandling_functions.php:

This PHP file contains all the internal functions used by the 3 files.

- connectToDatabase(): Connects to a database of the MySQL server.
- closeConnection(): Closes the connection, which was created in connectToDatabase().
- insertMessage(recipient, messageType, messageText): Runs INSERT statement on the database. This statement inserts the message record into the outgoing message table.
- showOutgoingMessagesInTable(): Selects message from the outgoing messages SQL table and builds a HTML table from them in your web browser.
- showIncomingMessagesInTable(): Selects message from the incoming messages SQL table and builds a HTML table from them in your web browser.

sqlsmshandling_inoutmessages.php:

It builds HTML tables. It uses connectToDatabase(), showOutgoingMessagesInTable(), showIncomingMessagesInTable() and closeConnection() function for re-generate tables. These functions are available in sqlsmshandling_functions.php.

The detailed description of the process in Figure 1 above:

Step 1: Create input form

sqlsmshandling.php creates a form (Figure 3) to request SMS data from the user. The form consists of Labels and Textboxes, plus a 'Send' button. The internet user fills the recipient and message fields and clicks 'Send'.

sqlsmshandling.php

Figure 3 - Builds HTML form

If the internet user clicks 'Send' the following script runs:

Figure 4 - It logs in and inserts the message to the database table by calling insertMessage(...) function

Step 2: Processing data in the HTML textboxes

If both textboxes are filled, the data will be processed and inserted in the SQL database's outgoing message table. The insertMessage(…) function (Figure 5) can achieve this.

Keep in mind that the message record is going to be inserted in the MySQL database by the script which has previously logged in (Figure 4 above).

sqlsmshandling_functions.php

Figure 5 - insertMessage(...) function

Step 3: Creating outgoing and incoming message tables

If you press F5 or click refresh in your browser, the outgoing and incoming tables will be updated by reading information from the MySQL database. As an example you can see showOutgoingMessagesInTable() below (Figure 6).

sqlsmshandling_functions.php

Figure 6 - showOutgoingMessagesInTable() function: It generates a HTML table from outgoing messages

Frequently asked questions

Question: Can I send another type of message than 'SMS:TEXT' ?
Answer: Yes. For example, a Wap push message when calling the insertMessage(...) function (Figure 7).

Figure 7 - SMS:TEXT changed to SMS:WAPPUSH

The 'action' parameter of the 'indication' tag can be one of the following:
signal-high, signal-medium, signal-low, signal-none, signal-delete.

Question: Can the PHP have enabled HTTP server run on a different computer from the MySQL server and Ozeki SMS Gateway?
Answer: Yes, it can. In PHP script please set the IP address and actual login credentials to your MySQL database.

Question: Can I show the recipient the phone number of the sender?
Answer: Yes, you can. Please create textbox for the sender's phone number on modify the insertMessage(...) function (Figure 8). Keep in mind that this only works if you have an IP SMS service provider connection.

Figure 8 - Modified insertMessage(...) function

Summary

This article is about a solution to manage SMS messaging with MySQL using the Ozeki SMS Gateway and how to set up this system. If you implement this solution by following the step-by-step tutorial, you will be able to control your messaging system with SQL statements through your PHP application. Besides the organized and simple SMS messaging this addition offers there is one more great advantage of it, which is the advanced website security you can reach by adding SMS login.

The Ozeki website is full of articles I recommend reading, take the chance, and visit these sites. Let's take first the guide about how to use your website to send SMS messages.

Download the Ozeki SMS Gateway now and let us help you to achieve your goals!

Use your website to send SMS

You can add SMS functionality to your website. This method presents how to use a PHP script to communicate with Ozeki SMS Gateway's HTTP API. First you need to enable the PHP scripting support on your webserver.

Download php sms sending example: sendsms.zip

The presented example (php sms sending script) shows how message sending can work from your website by clicking 'Send'. The idea uses a HTML form. The user can fill this HTML form and click 'Send'. The PHP script processes the two variables in the textboxes called 'Recipient' and 'Message'. It also sends the generated HTTP request URL to the HTTP API of Ozeki SMS Gateway (Figure 1). Your webserver and Ozeki SMS Gateway can be on two different machines or on the same machine as well.

You should install Ozeki SMS Gateway in the first place and check if you can manually send SMS messages from it. Then please download the HTML+PHP script to create and use the SMS sending form.

Ozeki SMS Gateway can be obtained by opening the download page: Download Ozeki SMS Gateway!

Create the HTML Form for sms sending

Please save sendsms.html to get started with this solution. You should save it in the 'WWW' directory of your webserver. What does it contain? It contains the HTML form with a recipient and message textbox, plus a 'Send' button (Figure 2).

Figure 2 - The source of *\WWW\sendsms.html

If you have successfully saved this file in your webserver's directory, you can open it in any web browser (Figure 3). You can add any telephone number to the recipient field (e.g. +4407776134588) and write your message text in the next textbox.

The form tag's action attribute points to sendsms.php. Which means that the data entered on the form will be forwarded to sendsms.php. The data will be sent to the HTTP API if 'Send' is pressed.

How to prepare your PHP SMS script

'sendsms.php' is the target for the recipient and message fields. This PHP script can build an URL for Ozeki SMS Gateway's HTTP API. It will invoke the URL if 'Send' is pressed. Do no forget to configure $ozeki_user, $ozeki_password and $ozeki_url variables. In case Ozeki SMS Gateway and your webserver runs on the same machine, you can leave $ozeki_url untouched. Otherwise, you should change the IP to the IP address of Ozeki SMS Gateway's machine. The newest version of Ozeki SMS Gateway uses port 9505, while 9501 belongs to the older one. (Figure 4)

Figure 4 - The source code of the *\WWW\sendsms.php script

After both sendsms.html and sendsms.php are copied and modified at *\WWW\, an SMS message can be submitted by the gateway. After it gets accepted for delivery, the SMS Gateway will return the message reference number in the response (Figure 5). Messages are tracked in Ozeki SMS Gateway by their reference number.

Summary

In this article, you can see how to add SMS functionality to your website. It uses the provided example PHP SMS script to reach the Ozeki SMS Gateway. Using the SMS Gateway offers the ability to route SMS messages between various endpoints and gives you the ability to control your text messages as they go through the system, to can reach anybody in your organization easily.

If you want to build a reliable and versatile SMS communication system, find more information about it on the Ozeki website. Feel free to check out the article about sending SMS from a website using MySQL, or sending SMS using C#.

To create your first high performance SMS gateway system, now is the best time to download Ozeki SMS Gateway!

Send SMS from HTTP API with PHP

You will see how a random person can use their internet browser to send SMS. The trick is that this PHP script can make 'sendmessage' HTTP requests to Ozeki SMS Gateway's HTTP API. The 'sendmessage' request can send any SMS from SMS Gateway.

Video content
1. Download PHP File
2. Copy PHP File to webserver
3. Create HTTP Server user
4. Modify PHP File
5. Open webpage
6. Send test message

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sendsms.zip

If you scroll down, you can find screenshots that describe how to implement the HTTP API + PHP solution.

Step 1 - Setting up a webserver

The first step to set up a system what you can be used to send messages from a website, is to download the files we provide to you. You can click the download link on the top of this website as you can see on Figure 1. After you clicked the download link, you must wait until your browser downloads your files.

After you have the files, you need to move them to the “www” folder of the webserver. On Figure 2, you can see the access path of the folder which you need to move the files in.

Step 2 - Set up a new user

If you have all the files in all the right place, you could now login to Ozeki 10. On Figure 3, we use an example user's account. You can log in by typing in your username and password and hit the “OK” button.

To establish connection between an HTTP server and the Ozeki 10, you need to launch the SMS Gateway. You can do this by searching for an “SMS Gateway” icon on the desktop of Ozeki 10 and clicking it. You can see what to search for on Figure 4

To communicate with an HTTP server, the Gateway needs a new user. You can add one with the “Add new user or application” button on the main page of the SMS Gateway, as you can see on Figure 5.

Now you can install the HTTP server which you will use to send messages from. Click the “Install” button next to the “HTTP server” title to start configuring your webserver. You can find it on Figure 6.

Here you can create the name of the new user which will be used to communicate with the server. As you can see on Figure 7, we gave the user the name “HTTP”.

Step 3 - Modify the sendsms.php file

Now you must modify the sendsms.php file, the one you downloaded and move to the www folder. On Figure 8, you can see how the php file should look like after you done the modifications to it.

Step 4 - Test your webpage

You are finished, you can now open the page you just created and start typing your first message. Go to your browser and type in “localhost\sensms\sendsms.html”. Press enter and the webpage will load in. On Figure 9, you can see what to type.

Now you can send a test message to the Ozeki 10 SMS Gateway. The “Recipient” will be the number you send your message from, and the “Message” will be the text of the message. We used an example number on Figure 10.

If you managed to follow the tutorial carefully, you now have a working system. As you can see on Figure 11, your message is processed and sent to the recipient.

We hope that this guide was helpful. If you have any problem with any of the steps, feel free to contact us at info @ ozeki.hu

Conclusion

In this guide, we presented the information about how to use our HTTP API with PHP. With this solution, you can use your internet browser to send SMS messages. It sends a ‘sendmessage’ HTTP request to the Ozeki SMS Gateway, which can send up to 1000 SMS per second. This service can be put into use and can make your organization more efficient because it allows you to deliver key information, using only a web browser.

Find out more information about this technology and Ozeki SMS Gateway, so make sure that you don't finish your work here. To know more about the system, visit the page where we use MySQL, or Python to send SMS messages.

Now your next thing to do is to download Ozeki SMS Gateway and configure this solution immediately! Everything is there to get it up and running in less than 10 minutes.

One-Time Password example for PHP developers

Discover how to integrate One-Time Password (OTP) functionalities into your PHP applications with our comprehensive guide. The Ozeki SMS Gateway offers a high-performance, reliable platform that makes setting up OTP efficient. Our step-by-step tutorial will walk you through the entire process—from logging into your Ozeki account and configuring the HTTP API user to updating your PHP file and verifying OTPs.

This guide is tailored for PHP developers who want to enhance their application’s security with OTPs. It includes clear instructions, visual aids, and a helpful video tutorial to ensure you understand each step. Whether you are new to OTP implementation or seeking to refine your setup, this guide provides all the necessary tools to achieve a secure and effective solution.

What is a one-time password?

A One-Time Password (OTP) is a unique, temporary code used for secure authentication, valid for only one transaction or session. It enhances security by ensuring that stolen or reused passwords are ineffective. OTPs are typically sent via SMS, email, or generated by an authentication app, and expire quickly to prevent unauthorized access.

Download PHP One-Time Password example

By downloading this ZIP file, developers can access sample PHP code and resources needed to implement OTP features using the Ozeki SMS Gateway. This example simplifies the setup process, enabling developers to efficiently incorporate OTP into their applications for enhanced security.

Download: PHP-One-Time-Password-example.zip

How to set up a One-Time Password example for PHP developers (Easy guide)

To set up a One-Time Password example for PHP developers

1. Log into your Ozeki account
2. Open the Ozeki SMS Gateway main interface
3. Install the HTTP user application
4. Set a username and password for the HTTP API user
5. Open the PHP file and configure the OTP settings
6. Update and test OTP PHP file
7. Load the OTP management page
8. Generate OTP
9. Copy the OTP message from the Ozeki SMS Gateway
10. Paste the OTP code into the designated field
11. Verify OTP

Set a one-time password with Ozeki (Video guide)

In this video guide we will show you on how to set up a One-Time Password (OTP). This process will be really useful especially for PHP developers, because all the essential steps will be presented. By following this comprehensive guide, you will be an expert of creating a one-time password, so it will not cause you any difficulties to create one in the future. Follow the instructions, and explore the other functionalities of Ozeki SMS Gateway.

Start by entering into your Ozeki account. If you do not have an accoumt yet, create one by downloading the Ozeki SMS Gteway software from the Ozeki's https://ozeki-sms-gateway.com/ webiste. Install and run the application, create an account by setting up a username and password, then log into the new Ozeki account. Open the Ozeki SMS Gateway main interface, where choose the "Add new user/ application" option from the management panel. Install the HTTP user application. When it is installed, provide a username and password for the HTTP API user. This information can be used to access the system through the HTTP API. Save the settings with the "OK" button.

Next, navigate to the wamp64 folder on your local disk, and locate the PHP file designated for OTP (One-Time Password) generation. In this PHP file, you will configure the OTP settings and integrate them with the Ozeki SMS Gateway.

Once you have opened the PHP file, scroll through the document to find the section where you need to configure the Ozeki SMS Gateway connection details. This section is essential for ensuring that your PHP script can communicate properly with the Ozeki SMS Gateway to send OTPs.

Navigate back to the Ozeki SMS Gateway, then find the one-time passwod PHP under the API prefix. Copy the the URL, then paste it into the PHP file as Ozeki URL. Open a new tab at the browser and load the opt Ozeki page, by entering localhost/opt.php into the search bar.

On the OTP management page, you will need to enter your username and password into the appropriate fields to generate a one-time password. This step is essential for obtaining a valid OTP that will be used for verification or authentication purposes.

After generating the OTP, navigate back to the Ozeki SMS Gateway interface to locate the OTP message. Copy the generated OTP and return to the OTP management page in your browser.

Paste the OTP code into the designated field on the OTP management page. Confirm the OTP by clicking the "Confirm OTP" button to complete the verification process. This action will validate the OTP and ensure that it has been correctly integrated and configured.

Upon successful verification of the OTP, you will receive a notification confirming that the process has been completed successfully. This confirmation indicates that the OTP setup, integration, and validation processes have been executed correctly and are functioning as expected.

Conclusion

Setting up a One-Time Password (OTP) with the Ozeki SMS Gateway is a straightforward process that can significantly enhance the security of your applications, particularly for PHP developers. By following the steps outlined in this guide, you have learned how to configure and integrate OTP functionalities, ensuring a secure and reliable verification process for your users.

For additional guidance or troubleshooting, refer to the provided video tutorial, which visually demonstrates the entire setup process. If you need further assistance, feel free to explore other related guides, such as sending SMS from MySQL with PHP or integrating SMS functionalities using different APIs.

FAQs

How do I get started with using OTP in my PHP application?

To get started with OTP in your PHP application, you need to download the example PHP code provided, configure your Ozeki SMS Gateway account, and follow the setup instructions in the guide to integrate OTP functionality into your application.

Can I use the OTP feature with any SMS gateway?

The OTP example provided is specifically designed for use with the Ozeki SMS Gateway. While similar functionality may be available with other SMS gateways, the setup instructions will differ.

How long is the OTP valid for?

An OTP is typically valid for a short period, such as a few minutes, to ensure security. The exact validity period can be configured based on your application’s requirements.

How often should I update my OTP setup?

You should review and update your OTP setup periodically to ensure compatibility with software updates and to maintain security. Regular updates help address any potential vulnerabilities and improve overall system performance.

Use your VB.NET application for SMS messaging

See how to send and receive SMS messages by using your Visual Basic.NET applications. It is a great choice to communicate with your clients or employees with simple text messages. Choose which is the best method for your system by downloading a database and a HTTP API example.

In the 1st example the database server is between your SMS Gateway and VB.NET application. In the 2nd example the HTTP API of Ozeki SMS Gateway can be directly reached.

Introduction

You can implement SMS functionalities into your Visual Basic.NET program, so it can send SMS messages through Ozeki SMS Gateway. By using a database server (MySQL, MSSQL, Oracle) you can send or receive SMS messages with SQL statements like INSERT or SELECT, but you can also use 'sendmessage' request of the HTTP API to post your message to the mobile network. These two-options guarantee speed, reliability and safety to offer a professional and reliable solution. In the following paragraphs you can read some possibilities of the above-mentioned benefits. You can find links to two detailed setup guides that include example source codes and detailed explanations.

How to send and receive SMS in Visual Basic.NET using SQL

In this example your Visual Basic.NET application and the Ozeki SMS Gateway share a database server. To send an SMS message the Visual Basic.NET application must insert a database record into the database using an SQL request. Ozeki SMS gateway will read this database record and will send the SMS. Messages can be received the similar way. If an SMS comes in, the SMS gateway will insert it into the database. The VB application can pick it up from them through a standard database connection (Figure 1).

Read more: How to send and receive SMS messages from Visual Basic.NET through a database server

How to send and receive SMS in Visual Basic.NET using HTTP

This example explains how to use HTTP request in VB.NET to submit text-messages to mobile phones. After implementing this example, your Visual Basic.NET application will be able to deliver text messages to the cell phones of mobile users through Ozeki SMS Gateway, by calling its HTTP interface. Ozeki SMS Gateway will be responsible for converting these HTTP requests to SMS messages and for delivering them to the recipient handsets (Figure 2).

Read more: Step by step guide that explains how to use HTTP to send SMS from VB.NET.

How to test sms sending with Visual Basic

To test sms sending from your visual basic code you have two options: You can use the built in sms tester connection or you can setup two sms gateways to have a more realistic testing environment. If you setup two sms gateways, you need to configure the first SMS gateway as an SMPP simulator. This SMS gateway will provide SMPP server service to the second SMS gateway. It will operate the same way the SMSC of a mobile network operator would operate. The second SMS gateway will connect to the first using an SMPP client connection, and it will provide SMS API service to your VB application.

Benefits

By implementing the above configurations with Ozeki SMS Gateway, several benefits will open for you. You will have a very reliable notification system, that can be configured to notify the intended person directly. You will be able the react instantly to incoming SMS messages and you will be able to track message delivery status using delivery reports. The above configurations can be used independently of mobile network operators. You can configure Ozeki SMS Gateway to use GSM modems or IP SMS connections to send your SMS messages. If one provider fails, or the provided throughput is not sufficient, you can switch to another provider. You can use HTTPS or secure database connection; thus you can build a secure notification system. By using this next generation, you will be able to provide a professional service for your mobile users. Your work will be more efficient, faster and nonetheless more accurate.

VB.Net SMS Script

In Ozeki SMS Gateway You can write a script, that allows you to run Visual Basic .NET code when an SMS message arrives. This script can implement any logic to do various tasks with the incoming messages, and optionally send response SMS messages.

How to run .NET code when an SMS arrives (Rapid steps)

To run .NET code when an SMS arrives:

1. Launch Ozeki SMS Gateway
2. Select Add new user or application
3. Install Visual Basic script service
4. Name the connection
5. Provide the source of the script
6. Enable connection
7. Receive test SMS
8. Check the logs

Step 1 - Add new user/application...

You can simply install the Visual Basic script User on the 'Management' console by clicking 'Add new user/application...' in the 'Users/Applications' panel (Figure 1).

Step 2 - Add Visual Basic script

An interface will open consisting of two panels. The left side panel contains the already installed users and applications. The right-side panel contains the users and applications you can install with a brief description next to them. Search the Visual Basic script User and click the blue 'install' button next to it (Figure 2).

Step 3 - Provide the script

The 'Configuration' panel has a 'General' tab which contains the basic settings. First please provide a unique Name. In the Script section of tab page contains the source of the script you wish to execute (Figure 3).

Step 4 - Enable user

Please enable to user with the Connection switch and in the Events tab view that the Script is compiled, and the user is initialized successfully (Figure 4).

Step 5 - Message received

Finally, you can see if a message is received by this user the script will run and as this example works the response SMS message is sent to the Original sender (Figure 5).

Visual Basic programming guide

Create a class named 'Program' in the 'Ozeki' namespace. You may also include the necessary using directives.

Imports System
​
Namespace Ozeki
    Public Class Program
    End Class
End Namespace
​

Implement the 'Receive' function inside the 'Program' class. This function will be called when your connection receives a message. The parameter of the 'Receive' function will be an object with the type of 'Message'.

Imports System
​
Namespace Ozeki
    Public Class Program
        Public Sub Receive(ByVal msg As Message)
        End Sub
    End Class
End Namespace
​​

Send a reply message

When receiving a message, you may send a reply to notify your sender of successful delivery. To achieve this, you may use the built-in 'Reply' function.

Imports System
​
Namespace Ozeki
    Public Class Program
        Public Sub Receive(ByVal msg As Message)
            Reply(msg, "Thank you for the message!")
        End Sub
    End Class
End Namespace
​​

Message forwarding

You may also forward your received message to another connection by using the 'Send' function.

Imports System
​
Namespace Ozeki
    Public Class Program
        Public Sub Receive(ByVal msg As Message)
            Send("admin@localhost", msg.Text)
        End Sub
    End Class
End Namespace
​​​

Compose your message

Composing a message is easier, than you think. You just need to use the built-in 'Message' type to create a new message object. In the following example, when a message was received, we will create and send a new message to the admin connection.

Imports System
​
Namespace Ozeki
    Public Class Program
        Public Sub Receive(ByVal msg As Message)
            Dim message = New Message()
            message.Text = "Hello World!"
            message.ToAddress = "+4412345678910"
            message.ToConnection = "admin@localhost"
            message.FromAddress = "+448888999910"
            Send(message)
        End Sub
    End Class
End Namespace
​​​​

Logging

Using log messages will make debugging your script much easier. By calling the 'Log' function you may implement proper logging in your script if needed.

Imports System
​
Namespace Ozeki
    Public Class Program
        Public Sub Receive(ByVal msg As Message)
            Log("Message received: " & msg.Text)
        End Sub
    End Class
End Namespace
​​​​

Summary

By reading this guide, you have learned how to write a script in the Ozeki SMS Gateway that allows you to run VB.NET code when an SMS message arrives. This way you can make it do tasks with the incoming messages, organize your message storage constantly and send response SMS messages if it is needed. If you have followed the instructions above, you have taken momentous steps in becoming a better Visual Basic software developer.

Learn more about the Visual Basic programming language and developing your messaging system on the Ozeki website. Study the VB.NET database SMS example in the next tutorial.

Let's put into practice what you have learned. Download the Ozeki SMS Gateway now!

VB.NET database SMS example

See how to add SMS functionality to your VB.NET application. For the solution you will need a database server that stores sent and received messages. MS SQL, MS SQL Express, MySQL, Access, Oracle is accepted. The source code is provided. You can download and edit it.

How to add SMS functionality to VB.NET (Rapid steps)

To add SMS functionality to VB.NET:

1. Setup Ozeki SMS Gateway
2. Test SMS sending
3. Download Microsoft SQL Express
4. Install Microsoft Visual Studio
5. Create database user and tables
6. Configure Database user in Ozeki
7. Modify the VB.NET code
8. Insert SMS into the database

Download: vb.net-sms-example-sql.zip (70 Kb)

Introduction

The solution consists of 3 different parts (Figure 1). Ozeki SMS Gateway, the SQL database and your VB.NET application. Check if Ozeki SMS Gateway is connected to the SQL database. You can find plenty of connection tutorials on the SMS from SQL database page. If it is done, please check if VB.NET can read and write database records.

The figure shows exactly what was described in the last paragraph. You can send SMS messages by inserting a new record by using the VB.NET application. Check the SQL table to see if new records were placed into it. These messages should be automatically sent. Check if the VB.net application works with the database both by reading or inserting records. Reading records are important since this is the way to read incoming messages.

Prerequisites

The main software of the operation is Ozeki SMS Gateway which you can get to your Ozeki 10 application. This software can connect your computer to the mobile network as it can connect your PC to any of the following database server:

• send SMS from Microsoft SQL Express
• send SMS from Access
• send SMS from MySQL
• send SMS from Oracle
• send SMS from Postgres
• send SMS from SAP SQL Anywhere

You will also need a C# or Visual Basic development IDE, such as Microsoft Visual Studio. If you haven't done yet, please download VB sms example project. To sum it up, here is a full list of the required software:

• Ozeki SMS Gateway
• Database server (MS SQL, SQL Express, Access, MySQL, Oracle, Postgres, SAP SQL Anywhere, etc)
• Microsoft Visual Studio
  
• vb.net-sms-example-sql.zip (70 Kb)

How to Install and Configure VB.NET

Use the following steps to create a working solution. In this example you will see a Microsoft SQL Express solution with database examples ready to copy-paste. Please download and install Ozeki 10 before going forward with these steps. Manually sms sending test if you can send and receive SMS message with Ozeki 10. If the test was successful, you will be able to send and receive SMS messages from the graphical user interface of the VB.net application. Check if it was sent by using the event logs of Ozeki 10.

If you are not using SQL Express, please copy the table creation code from one of these SQL server options.

Step 1 - Create database user and tables

Please install Microsoft SQL Express and Microsoft Visual Studio so you can follow these steps. Create the database tables on your Microsoft SQL Express database server by copy-pasting code 1.

create database ozeki
GO

use ozeki
GO

CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(30),
 receiver varchar(30),
 msg varchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);

CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(30),
 receiver varchar(30),
 msg varchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
GO
    
sp_addLogin 'ozekiuser', 'ozekipass'
GO
  
sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

Code 1 - The code that creates the table structure

Step 2 - Connect Ozeki SMS Gateway to your database

Now it is time to create a Database user in Ozeki 10. After the user has been created select 'SQL server' and copy-paste the following connection string (Code 2). Do not forget to use your own Database name, user ID and password.

Server=.\SQLEXPRESS; Database=ozeki; UID=ozekiuser; PWD=ozekipass;

Code 2 - Connection string. Change parameters if necessary

Step 3 - Modify the VB.NET code to connect with Ozeki 10

Open example project in Visual Studio and edit source code if necessary. In code 3 you should provide the same connection parameters used above in code 2. The VB.NET parameters are added to 'myConnection' connection string (Code 3).

Dim dbUsername As String = "ozekiuser"
Dim dbPassword As String = "ozekipass"
Dim database As String = "ozeki"

Dim myConnection As _
New SqlConnection( _
"Server=.\SQLEXPRESS;User ID=" _
& dbUsername _
& ";password=" _
& dbPassword _
& ";Database=" _
& database _
& ";Persist Security Info=True")

Code 3 - Check if the connection parameters are correct

Step 4 - Insert SMS record into database

The following code inserts textbox content from the VB.NET example GUI to the database (Code 4).

Dim mySqlQuery As String = _ 
"INSERT INTO ozekimessageout " _
& "(receiver,msg,status) " _
& "VALUES ('" & tbReceiver.Text _
& "', '" & tbMessage.Text & "', 'send');"

Dim mySqlCommand As New _ 
SqlCommand(mySqlQuery, myConnection)

Code 4 - Inserts new SMS message record into the database

This code can only execute if the VB.NET application can connect to the database. The insertable values can be provided in the application GUI (Figure 2). After typing the recipient's number and message text, click 'Insert' and Ozeki 10's Database User will forward the inserted message to the recipient after finding the record in the database.

Finally, the code sequence on the bottom of the class will run (Code 5). These 3 methods will be called. They will connect to the database and insert the message record of the SMS to send and close the connection.

myConnection.Open()

mySqlCommand.ExecuteNonQuery()

myConnection.Close()

Code 5 - Inserts message record

Full VB.NET example code

The full code you can see below (Code 6) is built up from segments described above (Code 3 - 5). You can freely use and modify the example code as you wish. The method can drop an exception if it cannot INSERT the SMS message to send.

Imports System
Imports System.Data
Imports System.Data.SqlClient

Public Class Form1

Private Sub bSend_Click( _ 
  ByVal sender As System.Object, _ 
  ByVal e As System.EventArgs)
    
  Handles bSend.Click
  Try
  Dim dbUsername As String = "ozekiuser"
  Dim dbPassword As String = "ozekipass"
  Dim database As String = "ozeki"
 	
  Dim myConnection As New SqlConnection( _
	    "Server=.\SQLEXPRESS;User ID=" _
		& dbUsername _
		& ";password=" _
		& dbPassword _
		& ";Database=" _
		& database _
		& ";Persist Security Info=True")

Dim mySqlQuery As String = "INSERT INTO " _
& "ozekimessageout(receiver,msg,status) " _
& "VALUES('" & tbReceiver.Text & "', '" _
& tbMessage.Text & "', 'send');"
	
  Dim mySqlCommand As New _ 
  SqlCommand(mySqlQuery, myConnection)
	
  myConnection.Open()
	
  mySqlCommand.ExecuteNonQuery()

  myConnection.Close()


  Catch ex As Exception
    MessageBox.Show(ex.Message)
  End Try
End Sub
End Class

Code 6 - The whole VB.NET example code

With this solution you won't have to worry about queuing outgoing messages, since the queue will be handled by Ozeki 10's SMS Gateway application. It will also add a timestamp and modify the message status register attribute to show successful or unsuccessful delivery towards the recipient.

Incoming messages

They will be received and stored on the database server as well. Although the VB.NET application doesn't need to be online when receiving a message, since it can view the 'ozekimessagein' table anytime it goes online by running a SELECT statement over the table.

Summary

This article showed you how to add SMS managing functionality to your VB.NET application with the help of the Ozeki SMS Gateway. This solution helps you organize your messages with a database server that stores the SMS messages, and the VB.NET application that classifies these messages. If you have followed the steps above carefully, then you are now able to set up the presented system, which will make communication more convenient for you.

The information you have obtained is valuable, there are more useful documents on the Ozeki website, so keep on reading. Learn about the VB.NET HTTP SMS example in the next tutorial.

Do not waste your precious time, download the Ozeki SMS Gateway now!

Send SMS From VB.NET using Database

If you are creating a VB.NET application, you can expand the functionalities with an SMS sending option. To do that, we provide you this step-by-step tutorial, which will guide you through the process of downloading an example project, creating a database layout and a database user, modifying the source code and testing out the example application. The source code is provided, feel free to edit it.

How to send SMS from VB.NET using Database (Easy directives)

To send SMS from VB.NET using Database:

1. Setup Microsoft Visual Studio
2. Install Microsoft SQL Express
3. Download the example project
4. Open OzekiSmsDBInsert.sln
5. Create database tables
6. Launch Ozeki SMS Gateway
7. Add Database user
8. Modify the Database connection tab
9. Edit the source code in Visual Studio
10. Send test SMS from VB.NET

Step 1 - Download an example project

To download a Visual Basic SQL database SMS free example project which you can work with, please head over here, and click the download link on the top of the page as you can see in Figure 1. You will have to wait out, until your browser downloads all the necessary files for you.

Step 2 - Open the example project

If you successfully downloaded the files, please open the Visual Studio Solution file, called “OzekiSmsDBInsert.sln”. You will need Microsoft Visual Studio to open and edit the example project. You can find it easily with the help of Figure 2.

Step 3 - Connect the database with the user in Ozeki SMS Gateway

Next up, you need to create the database tables on your Microsoft SQL Express database server by copy-pasting the following code:

create database ozeki
GO

use ozeki
GO

CREATE TABLE ozekimessagein (
 id int IDENTITY (1,1),
 sender varchar(30),
 receiver varchar(30),
 msg varchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(30),
 msgtype varchar(30),
 reference varchar(30),
);

CREATE TABLE ozekimessageout (
 id int IDENTITY (1,1),
 sender varchar(30),
 receiver varchar(30),
 msg varchar(160),
 senttime varchar(100),
 receivedtime varchar(100),
 operator varchar(100),
 msgtype varchar(30),
 reference varchar(30),
 status varchar(30),
 errormsg varchar(250)
);
GO
    
sp_addLogin 'ozekiuser', 'ozekipass'
GO
  
sp_addsrvrolemember 'ozekiuser', 'sysadmin'
GO

You can see the copied code on Figure 3.

The next step is to create a database user in Ozeki SMS Gateway. To do that, please use the Ozeki SMS Gateway’s “Add user or application” panel. You need to choose the “Database” option in order to create a connection with your MSSQL database server, as demonstrated on Figure 4.

To connect your database server to the user in Ozeki SMS Gateway, you need to modify the “Database connection” tab in the Ozeki SMS Gateway. You will need to copy-paste your own server properties to work and click "OK". On Figure 5, we used our test server properties.

To modify the login credentials, you will need to edit the source code, with Microsoft Visual Studio, as seen below on Figure 6.

Step 4 - Start the program

If you have done all the steps correctly, you have a working system. To start the program, click the “Start” button on the top of the Microsoft Visual Studio window as it is presented on Figure 7.

If the program started, you will be presented with the GUI of the example project, as it is on Figure 8.

To sum it up

This article showed you how you can expand the functionalities of your VB.NET application with an SMS sending option. This solution provides a high-performance, easy-to-use system for message sending with the VB.NET application and the Ozeki SMS Gateway. If you have followed the guide through the process of downloading an example project, creating a database user, modifying the source code, and testing out the example application then you are able to set up this system.

There is more valuable information for you to acquire, you can find them here on the Ozeki website. Jump into another interesting article to learn about how to send SMS from VB.NET using HTTP API.

Download the Ozeki SMS Gateway now for endless possibilities!

VB.NET HTTP SMS example

See how to add SMS functionality to your VB.NET application. For the solution you will only need an Ozeki 10 and a Microsoft Visual Studio. The communication will work through the HTTP protocol. The source code is provided. You can download and edit it.

How to add SMS functionality to VB.NET (Easy to follow directives)

To add SMS functionality to VB.NET:

1. Install Microsoft Visual Studio
2. Download the example project
3. Launch Ozeki SMS Gateway
4. Add HTTP Server Connection
5. Open the VB.NET example project
6. Rewrite the parameters if needed
7. Create HTTP request URL
8. Send the HTTP request to Ozeki

Download: send-sms-vb.net-http-sms-example.zip (106 Kb)

Introduction

VB.NET applications can be flexibly developed for creating dynamic web pages and standard applications. Developers are usually required to add mobile messaging to their applications, so users can send SMS messages to any recipient. Usually, the most simplest and convenient way to add a SMS messaging to your system is by using a HTTP SMS gateway, such as Ozeki 10's SMS Gateway application and post messages to this gateway using HTTP requests (Figure 1).

Besides sending SMS messages, you can receive them too with VB.NET. You can do this in two ways. The easiest way is to create a HTTP Client User in Ozeki SMS Gateway, which can forward incoming messages to your VB.NET program codes. This works if you are able to process HTTP requests. The other way is to periodically download incoming messages. You can download text messages with delivery reports from Ozeki SMS Gateway.

Prerequisites

There are only two prerequisites you should download. Ozeki 10's SMS Gateway application and Microsoft Visual Studio for coding VB.NET. Both are the two ends of the HTTP communication. Besides Microsoft Visual Studio you can use any other IDE that lets you develop in VB.NET. If you scroll bellow, you can see the VB.NET example codes for the HTTP application. Here you can find the software checklist and the example program:

• Download Ozeki SMS Gateway
  
• Microsoft Visual Studio
  
• send-sms-vb.net-http-sms-example.zip
  

Set up Ozeki 10 and run the example code

You can easily download and install Ozeki 10. Check the SMS quick start guide to easily connect it to the mobile network. You will also need to create a HTTP Server Connection in Ozeki 10. Click 'Add new user or application...' and look for the HTTP Server Connection in the list. Click the blue 'Install' button next to it (Figure 2).

You will need to provide the username and password. Do not forget these login credentials. You will need to provide them in VB.NET by replacing the example strings in the source code.

Step 1 - Set up the connection parameters in the VB.NET example code

Open the VB.NET example project and rewrite the necessary parameters (Code 1).

Dim request As HttpWebRequest

Dim response As HttpWebResponse = Nothing
Dim url As String
Dim username As String = "admin"
Dim password As String = "abc123"
Dim host As String = "http://127.0.0.1:9501"
Dim originator As String = "06201234567"

Code 1 - HTTP parameters

The 'username' and 'password' strings are the login credentials belonging to the HTTP Server Connection. If Ozeki 10 and your VB.NET application is running on different machines, then it is required to rewrite the 'host' parameter to the IP address and port number of the Ozeki 10 machine. The 'originator' is the phone number used as the sender.

Step 2 - Compose URL from parameters

Code 2 composes a HTTP request from the parameters provided in Code 1. This URL will be used to post your SMS message to Ozeki 10's SMS Gateway application. All parameters specified in the Ozeki HTTP SMS API documentation can be contained in the URL. The values must be URL encoded, so special characters cannot break the HTTP specification.

url = host + "/api?action=sendmessage&" _
& "username=" & HttpUtility.UrlEncode(username) _
& "&password=" + HttpUtility.UrlEncode(password) _
& "&recipient=" + HttpUtility.UrlEncode(tbReceiver.Text) _
& "&messagetype=SMS:TEXT" _
& "&messagedata=" + HttpUtility.UrlEncode(tbMessage.Text) _
& "&originator=" + HttpUtility.UrlEncode(originator) _
& "&serviceprovider=" _
& "&responseformat=html"

Code 2 - HTTP request URL created from the parameters

Step 3 - Submit URL to Ozeki 10

Code 3 contains the last three lines of this VB.NET example. It sends the HTTP request and shows the response in a pop-up window. The WebRequest.Create("...") built in VB.NET method sends the URL to Ozeki 10, while GetResponse() method collects the response. It will appear in a pop-up window generated with the MessageBox.Show("...") method.

request = DirectCast(WebRequest.Create(url), HttpWebRequest)
    
response = DirectCast(request.GetResponse(), HttpWebResponse)
    
MessageBox.Show("Response: " & response.StatusDescription)

Code 3 - Send HTTP request and show response in pop-up window

It is advised to walk through the HTTP API actions and the corresponding parameters to control Ozeki 10 through the HTTP API. This way you can create request URLs for your needs.

Full VB.NET example code

The full code you can see below (Code 4) is built up from segments described above (Code 1 - 3). You can freely use and modify the example code as you wish. An exception can be dropped if it is a problem with the HTTP communication.

Imports System
Imports System.IO
Imports System.Net
Imports System.Text
Imports System.Web

Public Class fMain

Private Sub bSend_Click(ByVal sender As System.Object, 
ByVal e As System.EventArgs) Handles bSend.Click
	Dim request As HttpWebRequest
	Dim response As HttpWebResponse = Nothing
	Dim url As String
	Dim username As String
	Dim password As String
	Dim host As String
	Dim originator As String
	
	Try

		host = "http://127.0.0.1:9501"
		originator = "06201234567"
		username = "admin"
		password = "abc123"
		
		url = host + "/api?action=sendmessage&" _
		         & "username=" & HttpUtility.UrlEncode(username) _
		         & "&password=" + HttpUtility.UrlEncode(password) _
		         & "&recipient=" + HttpUtility.UrlEncode(tbReceiver.Text) _
		         & "&messagetype=SMS:TEXT" _
		         & "&messagedata=" + HttpUtility.UrlEncode(tbMessage.Text) _
		         & "&originator=" + HttpUtility.UrlEncode(originator) _
		         & "&serviceprovider=GSMModem1" _
		         & "&responseformat=html"
		
		request = DirectCast(WebRequest.Create(url), HttpWebRequest)
		
		response = DirectCast(request.GetResponse(), HttpWebResponse)
		
		MessageBox.Show("Response: " & response.StatusDescription)

	Catch ex As Exception
		MessageBox.Show(ex.Message)
		
	End Try
End Sub
End Class

Code 4 - The full example code

Conclusion

This article was written for you to see how to add SMS functionality to your VB.NET application using the Ozeki SMS Gateway. A VB.NET application is really beneficial to use, because it can be flexibly developed for creating dynamic web pages and standard applications equally. If you have followed the tutorial carefully, you have learned how to create an HTTP client user in the Ozeki SMS Gateway and how to use it for message system development in your VB.NET application.

You can find more articles on the Ozeki website to read about interesting topics and impressive solutions. Check out the next guide about how to send SMS from VB.NET using HTTP API.

Download the Ozeki SMS Gateway now, for a better performing SMS system!

Send SMS From VB.NET using HTTP API

Visual Basic .Net is a programming language mostly used to create dynamic web pages. It is widely used because of its flexibility in all fields. This guide will provide you information on how to build a Visual Basic project that can handle sending SMS to any given phone number. If you run the VB.net file, it will connect to the Ozeki SMS Gateway and handle your outgoing SMS traffic. We provide you with the required project file, you just need to modify it with you own password and username. You can follow this step-by-step guide, so the modification requires no coding skill.

How to send SMS from VB.NET using HTTP API (Simple directives)

To send SMS from VB.NET using HTTP API:

1. Setup Microsoft Visual Studio
2. Download the pre-built VB.net project
3. Open OzekiSmsHttpRequest.sln
4. Modify the source code
5. Connect to the Ozeki SMS Gateway
6. Run the project
7. Type address and text message
8. Send test SMS

Step 1 - Download the VB.NET example code

First you will need to have a starting point to begin the work. We provide you a pre-built VB.net project which only needs little modifications. To download the required file, go to the main page of the VB.net solution as you can see on Figure 1, or click the link below.

You can download send-sms-vb.net-http-sms-example.zip (106 Kb)

Step 2 - Open the VB.NET project file

Now that you have all the required files, you need to open the code of the project to modify. You can use many developer tools to make the adjustment. We use Visual Studio as you can see on Figure 2. To open the project, search for a file called “OzekiSmsHttpRequest.sln”. If you found the file, please open it by clicking the filename, as you can see on Figure 2.

After you opened the text editor of your choice, you will be presented with the code of the VB.net project. Upon running it will try to connect to the Ozeki SMS Gateway, so it will need to fill in the login form with your username and password. To use the required login credentials, you need to change some code line. Please find a code line which starts with “Dim username As String =”. Here you will need to complete the snippet with your username, and the line below with your password. This way the program will know your username and password and will successfully log in to your Ozeki account. You can find the code lines on Figure 3.

To run the modified file, click the “Start” button on toolbar (in Visual Studio). Your code editor will run your program and project the outcome. You can see the start button on Figure 4.

If you run the file, a window will appear with the name “SMS Client test form”. Here you can determine the destination phone number and the message itself. If you provided all the required information, please click the “Send” button. It will connect to the Ozeki SMS Gateway and send the message. You can see the window in Figure 5.

SMS API tutorials for software developers

Start your SMS API integration with our comprehensive tutorials for software developers. Learn how to send and receive SMS messages using popular programming l anguages like C#, Java, Python, JavaScript, and more. From basic "Hello World" examples to advanced features like scheduled messaging, bulk SMS, and two-way communication, our tutorials demonstrate how to use our API to its full potential. Find step-by-step guides, free code examples, and resources to build robust SMS applications.

C# tutorial: Hello world

This tutorial helps you get started with C#. It explains what you need to write your first C# program. It starts with the basics: you will learn where you can find and download the tools needed, how to install these tools and it will take you all the way to building and running your code. If you have never written a C# program before this is the place to start. We have created this article, so you can get started with C#, and move on to our sms examples. If you are already familiar with C#, you can jump directly to one of the following SMS projects.

C# sms examples:

How to send sms from C#
How to send multiple sms from C#
How to send scheduled SMS from C#
How to receive sms in C#
How to delete SMS using C#
Download the latest C# sms api library from Github

What is C#

C# is a programming language. It is similar to a natural language, like English. It is used to talk to a computer. The major difference between a natural language and a programming language is that programming languages have a more rigorous structure, to help the computer understand it better.

What is Visual Studio

Visual studio is a tool to write a C# program. Visual studio allows you to type in text using the C# language, and it makes it possible for you to tell the computer, to read the text and execute the instructions. We use the term "Run" to tell computer to execute the instructions.

What is a C# Hello world program

The C# hello world program is the simplest program you can write. It simply prints out the sentence: Hello world on the computer screen. The Hello World program is the first program developers write in any programming language.

How to write your first program in C#

To write your first program in C#:

1. Setup Visual Studio Community
2. Create a new C# Console Application
3. Configure your project's name and directory
4. Select the .NET Core for Target Framework
5. Write your first 'Hello world' program in C#
6. Run the C# 'Hello world' program
7. Examine the error report
8. If there is an error, fix it

Prerequisites

Here is what you need to get started. To write your first computer program in C#, you need a Windows computer, the Visual Studio programming environment and example code presented below.

• Windows 10 computer
• Microsoft Visual Studio Community Edition
• Ozeki Hello World example project

Download Visual Studio

Microsoft Visual Studio Community Edition

In this video tutorial you will find how to download the Visual Studio Community Edition installer (Video 1). You may download the installer from the following URL: https://visualstudio.microsoft.com/downloads/. On this page you will see different version of Visual Studio available for download. Follow the instructions in this short video to download the installer on to your computer.

Download Visual Studio installer

Start by going to the following website: https://visualstudio.microsoft.com/downloads/. Under the Community column, click on the purple Free download button (Figure 1). This is going to download the Microsoft Visual Studio Community Edition Installer on to your computer to the default download location specified by your browser.

Install Visual Studio

To write your first C# program, you need to install visual studio. The following video (Video 2) shows you how this installation can be done.

Create your first visual studio project

After visual studio has been installed, you need to open it, and create a console project, as you can see in Video 3. The console project is the simplest project you can create.

Create a new project in Visual Studio

First, open Visual Studio, which you have just installed. You will be then greeted by a welcome screen. This screen lets you create a new project or open previous ones. Under the "Get Started" column on the right, click on Create a new project (Figure 2). This will forward you to the next page where you can configure the settings of your project.

Select Console Application in C#

In order to create a C# project, you will first need to filter the project to C# and Console Application. After you have clicked on "Create a new project" you will be brought to a configuration screen. First, select C# from the combo box in the top middle section of the window just below the search bar (Figure 3). Next, select Console in the combo box farthest to the right side of the window. As a result of your filtering an option titled Console Application will pop up. Select Console Application by clicking on it. Finally, click the Next button on the bottom right to continue.

Name your application

After specifying your project as a Console Application, you will be asked to give it a name. Under the text that reads "Project name" you will find a textbox (Figure 4). Enter your desired name into this textbox to name your project. Give it an easily identifiable name, so you could always recognize it. We also recommend making sure that you place the solution and the project into the same library. This is done by clicking on the checkbox on the bottom of the section to enable this option. Click on the Next button on the bottom right when you are done.

Select targeted framework

To finalize your project configuration, you need to select a targeted framework. This can be done on the last configuration page. You can select a targeted framework from the combo box by clicking on it (Figure 5). Here we select .NET Core. This is a good choice for your project. Click on the Create button on the bottom right to create your project.

Write your 'hello world' program in C#

The first program you write in any programming language is the 'Hello world' program. The sole aim of this program is to print the term 'Hello world' to the computer screen. In this example the program consists of two lines of code: The first line: Console.WriteLine prints the text. The second line: Console.ReadLine waits for the user to hit enter (Code 1).

Write the Hello World code

This short video tutorial shows you how to write the code for the "Hello world" program in C#. This is done through the text editor in Visual Studio (Video 4). First, write the command Console.WriteLine() into main. Then the text goes into the parentheses and inside of quotation marks. The final line should look like this: Console.WriteLine("This is my hello world!").

Run the C# "hello world" program

To run the hello world program, you need to click on the green Start button in the Visual Studio toolbar. You may also use the F5 key to run your program. Note that when you press F5, visual studio will first save your newly written file, then it will compile it to an executable code, and then it will run it on your computer (Video 5).

Output of the code

After you have instructed Visual Studio to run you program a debug console will pop up. In this debug console you can see your program run in real time. This looks very much like a regular Windows command prompt. The first line you see is the output of your code: "This is my hello world!" (Figure 6). Then, 3 lines further down, you will see "exited with code 0". This means your program has closed.

What happens if I make a mistake in C#

If you make a mistake, when you write your instructions in C#, you will get a Syntax error. The computer will highlight the line with error in red, and it will tell you why it didn't understand the instructions. To correct the mistake, you need to go back to the text editor and modify the program. Programs say they "fix the error" when they correct mistakes.

What is syntax error?

Syntax error means I don't understand. If you talk to somebody in English and he does not understand what you say, he will reply with "I don't understand". If you talk to a computer in C# and the computer does not understand what you say, he will reply with "Syntax error".

How to handle a syntax error in C#?

In the video below (Video 6) we will create a syntax error intentionally by not putting a semicolon after the Hello World line. You will see, how the computer reacts, how we fix the error, and how we run the computer program successfully.

Error highlighting in Visual Studio

When you make a mistake in Visual Studio you are notified of the error in multiple places. First, the text editor itself show you that you have made an error (Figure 7). This happens even before you run the program. On the bottom of the screen Visual Studio also display the possible causes of the error. Here we can see there is 1, because there is a number 1 next to X on a red circle symbol.

Error dialog in Visual Studio

After you ran the program and it found an error, it will display an error dialogue. This asks you if you want to run the last successful build (That actually ran before), or not. You should press No and look for the cause of the problem (Figure 8). On the bottom of the screen Visual Studio also displays the possible causes of the error.

Error report in Visual Studio

If there is an error in your code, you can click on the X on a red circle symbol on the bottom. (Figure 9). This brings up the error report, which will list all the possible things that could have cause the problem. Here we can see there is one possibility listed. The report will give you a description of the problem, and on what line it occurred on. This way it is easier for the programmer to identify the error and fix it.

Summary

Now that you have completed the five simple steps above, you have made your first step in becoming a C#.Net software developer. This program may seem simple, and it may not do much, but this is how great things start. Every programmer starts at this point, so do not be afraid, continue your studies and the hard work will pay off.

Learning C# is advised if you want to develop web applications, web services and desktop applications. You can learn a lot about Object Oriented Programming and Functional Programming while you use C#. The next step in your learning journey will be creating an HTTP request.

Continue your reading in Ozeki's website, where you can find guides about sending and receiving SMS in C#.

Now download Ozeki SMS Gateway for the next part of C# programming and let the work begin!

How to send sms from C#

The simplest way to send SMS from C# is to use the built in HTTP/Rest SMS api of Ozeki SMS Gateway. When you use this API, you will send SMS messages by issuing a HTTP Post request to the SMS gateway. The HTTP Post request will contain a message formatted in json format. The SMS gateway will send this SMS to the recipient phone, and it will return a HTTP 200 OK response to your request. (Figure 1)

C# code to send sms to mobile

The C# sms code sample below demonstrates how you can send SMS using the http rest sms api of Ozeki SMS Gateway using the C# Ozeki.Libs.Rest library. This library is provided to you free of charge, and you may use it and modify it in any of your projects.

SendSMS.cs

How to use the C# sms example:

This C# sms example can be used in any .NET or .NET core application. To use it, you must add the Ozeki.Libs.Rest dll as a reference to your project. After the project reference is added, you must put the using Ozeki.Libs.Rest; directive into the header section of your C# source code. This will allow you to use the classes provided by the Ozeki.Libs.Rest library. You can use the Message class to create the SMS. You can use the MessageApi class to send the SMS to the SMS gateway. The SMS gateway will forward your message to the mobile network either through a wireless connection or through the Internet.

Download SendSMS.cs

The source code explained in this article can be downloaded and used and modified free of charge.
Download: SendSms.cs.zip (33.3Kb)

What is in the SendSms.cs.zip file?

The SendSms.cs.zip file contains the Ozeki.Libs.Rest library, which gives you all the tools necessary to send and receive SMS messages. You will also find the SendSms project in the zip, which contains the example code to show you how to send an SMS. This example code is listed below. (Figure 2)

How to send SMS from C# (Simple guidelines)

To send SMS from C#:

1. Install a HTTP API user
2. Enable Log communication events on the Advanced tab
3. Setup Visual Studio
4. Download then extract the SendSms.cs.zip file
5. Open the SendSms.sln file in Visual Studio
6. Launch Ozeki SMS Gateway app
7. Run Program.cs C# code in Visual Studio
8. Check the logs to see if the SMS sent

Install Ozeki SMS Gateway and create an HTTP API user

To be able to send SMS from C#, first you need to install Ozeki SMS Gateway. The SMS gateway can be installed on the same computer, where you develop your C# code in Visual studio. After installation, the next step is to connect Ozeki SMS Gateway to the mobile network. You can send a test sms from the Ozeki GUI to verify, that your mobile network connection works. The final step to prepare your environment is to create a HTTP sms api user. Create a user with a username of "http_user", and with a password of "qwe123" to make the example work without modification.

After the environment is setup, you can run your C# code.

HTTP API url to use send sms from C#

To send SMS from C#, your C# will have to issue an HTTP request to the SMS gateway. The API url is shown below. Note that the IP address (127.0.0.1) should be replaced to the IP address of your SMS gateway. If Ozeki SMS Gateway is installed on the same computer where the C# sms application is running, this can be 127.0.0.1. If it is installed on a different computer, it should be the IP address of that computer.

HTTP authentication to use send sms from C#

To authenticate the C# sms client, you need to send the username and password in a base64 encoded string to the server in a HTTP request. The format used is: base64(username+":"+password). In C# you can use the following code to do this encoding:

For example, if you encode the username 'http_user' and the password 'qwe123', you will get the following base64 encoded string: aHR0cF91c2VyOnF3ZTEyMw==. To send

HTTP request header to send SMS from C#

To send the SMS messages, you need to include the following lines as headers in the HTTP request. Note that we include a content type and an Authorization header.

HTTP request to send SMS from C#

To submit the SMS, your C# application will send an HTTP request similar to the one below. Note, that this request contains a HTTP header part and a http body part. The HTTP body is a JSON encoded data string. It contains the recipient number and the messages text.

HTTP response received by the C# sms example

Once the SMS gateway receives this request, it will generate a HTTP response. The HTTP response will contain a status code, to indicate whether the SMS submit request was successful or not. It will also return a JSON encoded structure to provide you useful details about the message's submission.

Connect your SMS gateway to the mobile network and create an HTTP API user account

We assume, you have already installed Ozeki SMS Gateway, and you have connected it to the mobile network. In order to be able to send SMS to a mobile phone from C#, you need to setup an HTTP API user account in Ozeki SMS Gateway.

Create a new user (Video tutorial)

This video presents you how to setup a new HTTP API user account. It will start with the home page of the Ozeki SMS Gateway and will end with the Events tab of the new user. The video will show you how to create and configure your new user. The great thing about this video is that it is only 30 seconds long but contains all the information you need to create a new http api user.

How to send SMS from C# using the C# sms api (Video tutorial)

This video shows you how to download the SendSms.cs.zip file from this page, and how to download its contents in Visual studio. If watch the video, you will notice, that the contents of the SendSms.cs zip are placed into the Windows desktop. You will also see that we double click on the SendSms.sln solution file to open the solution. Visual Studio will show some warnings because the file is coming from the web. Simply click OK to avoid these warnings.

C# sms example: SendSms.sln

The example code below is part of the SendSms.sln Visual Studio Solution. A visual studio solution can contain multiple projects and multiple files. In this solution there is only one project: SendSms.csproj, and one file: Program.cs.

How to check that the SMS has been accepted by the HTTP user (Video tutorial)

After the SMS has been submitted, it is a good idea to check your SMS gateway, to see what it has received. You can check the log by opening the HTTP user's details from the Ozeki SMS Gateway management console. The following video shows you what to look for. The video will start with the opened code and will end with the details of the sent message. You will learn how to launch the project, what the project looks like during running and how the log file looks after it. The video is only 42 seconds long and easy to understand. You will have no problem following it.

How to check that the SMS has been sent to the mobile network

The final step in verifying the procedure is to take a look at the logs of the mobile network connection. You might have to turn on logging in the configuration of the connection before you send the message to see the logs. If logging is enabled, you will see the phone number and the text of the message you have sent.

Test if the request was accepted (Video tutorial)

In the following video, you will see how to check if the SMPP client was successful in sending your message. You will learn how to open the events tab of the SMPP user and what to look for. The video is only 18 seconds long but will be very helpful.

SMS received on the phone (Video tutorial)

On the following video, you will see how an incoming message looks like that was sent from the Ozeki SMS Gateway. It will start with the home screen of an android phone and will end with the message opened. It is only 18 seconds long and you can see the whole process of receiving a message.

Runing the C# sms example on Windows

When you use windows to run this sms example written in C#, you will notice that you get slightly better performance, than when you run it on Linux. To understand why this happens, you must bring into mind that C# is using the .NET framework for code execution. This is because the .NET implementation on Windows is optimized for performance, while mono, the .NET implementation on Linux has some catching up to do in this field.

Summary

The guide above explained the steps of sending SMS from C#. As it could be seen, Ozeki gives you all the tools needed in message delivery, so if the steps were followed carefully, messaging from C# is no longer an issue. Ozeki SMS Gateway plays enormous part in delivery, you couldn't reach the mobile users without this program. Important to note that Ozeki SMS Gateway works in any country, so messages can be sent internationally with this solution.

Do not finish the reading here, browse Ozeki's tutorial page and learn about multiple SMS sending and SMS receiving in C#.

Your next thing to do is to download Ozeki SMS Gateway and let the work begin!

How to send multiple sms from C#

The simplest way to send SMS from C# is to use the built in HTTP/Rest SMS api of Ozeki SMS Gateway. When you use this API, you will send SMS messages by issuing a HTTP Post request to the SMS gateway. The HTTP Post request will contain a message formatted in json format. The SMS gateway will send this SMS to the recipient phone, and it will return a HTTP 200 OK response to your request.

C# code to send multiple sms to mobile

The C# sms code sample below demonstrates how you can send SMS using the http rest sms api of Ozeki SMS Gateway using the C# Ozeki.Libs.Rest library. This library is provided to you free of charge, and you may use it and modify it in any of your projects.

SendSMS.cs

How to use the C# sms example:

This C# sms example can be used in any .NET or .NET core application. To use it, you must add the Ozeki.Libs.Rest dll as a reference to your project. After the project reference is added, you must put the using Ozeki.Libs.Rest; directive into the header section of your C# source code. This will allow you to use the classes provided by the Ozeki.Libs.Rest library. You can use the Message class to create the SMS. You can use the MessageApi class to send the SMS to the SMS gateway. The SMS gateway will forward your message to the mobile network either through a wireless connection or through the Internet.

Download SendSMS.cs

The source code explained in this article can be downloaded and used and modified free of charge.
Download: SendMultipleSms.cs.zip (34.5Kb)

What is in the SendMultipleSms.cs file?

The SendMultipleSms.cs file contains the Ozeki.Libs.Rest library, which gives you all the tools necessary to send and receive SMS messages. You will also find the SendMultipleSms project in the zip, which contains the example code to show you how to send an SMS. This example code is listed below.

How to send multiple sms from C# (Quick steps)

To send multiple sms from C#:

1. Setup Visual Studio Community
2. Download the Send-multiple-SMS.cs.zip file
3. Extract the .zip file from Downloads folder
4. Open the SendMultipleSms.sln file in Visual Studio
5. Launch Ozeki SMS Gateway
6. Create a HTTP API user in Ozeki
7. Run Program.cs C# code in Visual Studio to send test SMS messages
8. Check the Sent box in Ozeki SMS Gateway

Install Ozeki SMS Gateway and create an HTTP API user

To be able to send SMS from C#, first you need to install Ozeki SMS Gateway. The SMS gateway can be installed on the same computer, where you develop your C# code in Visual studio. After installation, the next step is to connect Ozeki SMS Gateway to the mobile network. You can send a test sms from the Ozeki GUI to verify, that your mobile network connection works. The final step to prepare your environment is to create a HTTP sms api user. Create a user with a username of "http_user", and with a password of "qwe123" to make the example work without modification.

After the environment is setup, you can run your C# code.

HTTP API url to use send sms from C#

To send SMS from C#, your C# will have to issue an HTTP request to the SMS gateway. The API url is shown below. Note that the IP address (127.0.0.1) should be replaced to the IP address of your SMS gateway. If Ozeki SMS Gateway is installed on the same computer where the C# sms application is running, this can be 127.0.0.1. If it is installed on a different computer, it should be the IP address of that computer.

HTTP authentication to use send sms from C#

To authenticate the C# sms client, you need to send the username and password in a base64 encoded string to the server in a HTTP request. The format used is: base64(username+":"+password). In C# you can use the following code to do this encoding:

For example if you encode the username 'http_user' and the password 'qwe123', you will get the following base64 encoded string: aHR0cF91c2VyOnF3ZTEyMw==. To send

HTTP request header to send SMS from C#

To send the SMS messages, you need to include the following lines as headers in the HTTP request. Note that we include a content type and an Authorization header.

HTTP request to send SMS from C#

To submit the SMS messages, your C# application will send an HTTP request similar to the one below. Note, that this request contains a HTTP header part and a http body part. The HTTP body is a JSON encoded data string. It contains the recipient's number and the message's text.

HTTP response received by the C# sms example

Once the SMS gateway receives this request, it will generate a HTTP response. The HTTP response will contain a status code, to indicate whether the SMS submit request was successful or not. It will also return a JSON encoded structure to provide you useful details about the message's submission.

C# sms example: SendMultipleSms.sln

How to download the SendMultipleSMS.sln project (Video tutorial)

In the following video, you will learn about how you can use the SendMultipleSMS.sln C# project. The video will start with the download page and will take you all the way to the opened code editor panel. You will learn how to download and open the code file. The video is only 54 second long but it has all the necessary information you need to successfully use the example code file.

The example code below is part of the SendMultipleSms.sln Visual Studio Solution. A visual studio solution can contain multiple projects and multiple files. In this solution there is only one project: SendMultipleSms.csproj, and one file: Program.cs.

How to use the project (Video tutorial)

In the following clip, you will see how you can launch the SendMultipleSMS.cs C# code. The video will start with the opened code and will take you all the way to the events tab with the log of the sent message. You will see how to launch the code and what happened if the code was executed. The video is a little shorter than 1 minute but it contains all the information that is necessary to run the project.

Runing the C# sms example on Windows

When you use windows to run this sms example written in C#, you will notice that you get slightly better performance, than when you run it on Linux. To understand why this happens, you must bring into mind that C# is using the .NET framework for code execution. This is because the .NET implementation on Windows is optimized for performance, while mono, the .NET implementation on Linux has some catching up to do in this field.

Conclusion

This article showed the steps of multiple SMS sending in one request from C#. With this knowledge and the provided tools, you should be able to reach out to several customers with one single code. Ozeki SMS Gateway has an important part in this process because this program organizes the message delivery. Ozeki SMS Gateway works with high quality and performance, allowing you to send up to 1000 SMS per second.

Continue your learning in Ozeki's tutorial pages, where you can read about topics like SMS scheduling and deleting in C#.

Now your only thing to do is to download Ozeki SMS Gateway and start working!

How to send scheduled SMS from C#

The simplest way to send SMS from C# is to use the built in HTTP/Rest SMS api of Ozeki SMS Gateway. When you use this API, you will send SMS messages by issuing a HTTP Post request to the SMS gateway. The HTTP Post request will contain a message formatted in json format. The SMS gateway will send this SMS to the recipient phone, and it will return a HTTP 200 OK response to your request.

C# code to send scheduled sms to mobile

The C# sms code sample below demonstrates how you can send SMS using the http rest sms api of Ozeki SMS Gateway using the C# Ozeki.Libs.Rest library. This library is provided to you free of charge, and you may use it and modify it in any of your projects.

SendScheduledSms.cs

How to use the C# sms example:

This C# sms example can be used in any .NET or .NET core application. To use it, you must add the Ozeki.Libs.Rest dll as a reference to your project. After the project reference is added, you must put the using Ozeki.Libs.Rest; directive into the header section of your C# source code. This will allow you to use the classes provided by the Ozeki.Libs.Rest library. You can use the Message class to create the SMS. You can use the MessageApi class to send the SMS to the SMS gateway. The SMS gateway will forward your message to the mobile network either through a wireless connection or through the Internet.

Download SendScheduledSms.cs

The source code explained in this article can be downloaded and used and modified free of charge.
Download: SendScheduledSms.cs.zip (34.2Kb)

What is in the SendScheduledSms.cs file?

The SendScheduledSms.cs file contains the Ozeki.Libs.Rest library, which gives you all the tools necessary to send and receive SMS messages. You will also find the SendScheduleSms project in the zip, which contains the example code to show you how to send an SMS. This example code is listed below.

How to send scheduled sms from C# (Simple guidelines)

To send scheduled sms from C#:

1. Install HTTP API user
2. Setup Visual Studio
3. Download the SendScheduledSms.cs.zip file
4. Extract the .zip file from the Downloads folder
5. Open the SendScheduledSms.sln file in Visual Studio
6. Add the Ozeki.Libs.Rest dll as a reference
7. Edit the file to schedule sms from C#
8. Launch Ozeki SMS Gateway
9. Run Program.cs in Visual Studio to send SMS from C#
10. Check the logs

Install Ozeki SMS Gateway and create an HTTP API user

To be able to send SMS from C#, first you need to install Ozeki SMS Gateway. The SMS gateway can be installed on the same computer, where you develop your C# code in Visual studio. After installation, the next step is to connect Ozeki SMS Gateway to the mobile network. You can send a test sms from the Ozeki GUI to verify, that your mobile network connection works. The final step to prepare your environment is to create a HTTP sms api user. Create a user with a username of "http_user", and with a password of "qwe123" to make the example work without modification.

After the environment is setup, you can run your C# code.

HTTP API url to use send sms from C#

To send SMS from C#, your C# will have to issue an HTTP request to the SMS gateway. The API url is shown below. Note that the IP address (127.0.0.1) should be replaced to the IP address of your SMS gateway. If Ozeki SMS Gateway is installed on the same computer where the C# sms application is running, this can be 127.0.0.1. If it is installed on a different computer, it should be the IP address of that computer.

HTTP authentication to use send SMS from C#

To authenticate the C# sms client, you need to send the username and password in a base64 encoded string to the server in a HTTP request. The format used is: base64(username+":"+password). In C# you can use the following code to do this encoding:

For example if you encode the username 'http_user' and the password 'qwe123', you will get the following base64 encoded string: aHR0cF91c2VyOnF3ZTEyMw==. To send

HTTP request header to send SMS from C#

To send the SMS messages, you need to include the following lines as headers in the HTTP request. Note that we include a content type and an Authorization header.

HTTP request to send scheduled SMS from C#

To submit the SMS, your C# application will send an HTTP request similar to the one below. Note, that this request contains a HTTP header part and a http body part. The HTTP body is a JSON encoded data string. It contains the recipient's number and the message's text.

HTTP response received by the C# sms example

Once the SMS gateway receives this request, it will generate a HTTP response. The HTTP response will contain a status code, to indicate whether the SMS submit request was successful or not. It will also return a JSON encoded structure to provide you useful details about the message's submission.

C# sms example: SendSMS.sln

How to download the project (Video tutorial)

In this video, we are going to show you how to open the SendSMS.sln project and start working with it. The video will start with the tutorial page and the download link and will take you all the way to the opened code. You will learn how to download the project and how to open it. The video only takes 1 minute to watch but it contains all the necessary information for you to open the SendSMS.sln project for scheduled SMS sending.

The example code below is part of the SendScheduledSms.sln Visual Studio Solution. A visual studio solution can contain multiple projects and multiple files. In this solution there is only one project: SendScheduledSms.csproj, and one file: Program.cs.

How to use the project (Video tutorial)

This video presents you how to use the SendSMS.sln project for scheduled SMS sending. It will start with the opened project and will end with the log of the sent messages. You will learn how to add the time you wish to send the message and how to run the code. After it you will be able to check the Events tab with the log for the SMS sending. The video takes only 80 seconds to watch, and it contains all the important steps. You will have no problem following the tutorial.

Runing the C# sms example on Windows

When you use windows to run this sms example written in C#, you will notice that you get slightly better performance, than when you run it on Linux. To understand why this happens, you must bring into mind that C# is using the .NET framework for code execution. This is because the .NET implementation on Windows is optimized for performance, while mono, the .NET implementation on Linux has some catching up to do in this field.

Summary

The article above explained the steps of SMS scheduling from C#. Ozeki provides all the tools and instructions, so finishing this guide means that you should be able to schedule your messages using C# and Ozeki SMS Gateway.

SMS scheduling is really useful if you want to send information to the customers and also want to make sure that they have time to pay attention to the message. This way you can make sure that the message will not be ignored or forgotten because their busy hours will be avoided. Important to note that Ozeki SMS Gateway offers excellent logging capabilities, so the occurring errors can be tracked down easily and quickly.

Continue your studies on Ozeki's tutorial pages, where you can get more information about similar topics, such as SMS receiving and deleting in C#.

Now your only thing to do is to download Ozeki SMS Gateway and let the work begin!

How to receive sms in C#

The simplest way to send SMS from C# is to use the built in HTTP/Rest SMS api of Ozeki SMS Gateway. When you use this API, you will send SMS messages by issuing a HTTP Post request to the SMS gateway. The HTTP Post request will contain a message formatted in json format. The SMS gateway will send this SMS to the recipient phone, and it will return a HTTP 200 OK response to your request.

C# code to receive sms from mobile

The C# sms code sample below demonstrates how you can receive SMS using the http rest sms api of Ozeki SMS Gateway using the C# Ozeki.Libs.Rest library. This library is provided to you free of charge, and you may use it and modify it in any of your projects.

Program.cs

How to use the C# sms example:

This C# sms example can be used in any .NET or .NET core application. To use it, you must add the Ozeki.Libs.Rest dll as a reference to your project. After the project reference is added, you must put the using Ozeki.Libs.Rest; directive into the header section of your C# source code. This will allow you to use the classes provided by the Ozeki.Libs.Rest library. You can use the MessageApi class to receive the SMS from the SMS gateway. The SMS gateway will forward the message to you either through a wireless connection or through the Internet.

Download ReceiveSms.cs

The source code explained in this article can be downloaded and used and modified free of charge.
Download: ReceiveSms.cs.zip (33.8Kb)

What is in the ReceiveSms.cs.zip file?

The ReceiveSms.cs.zip file contains the Ozeki.Libs.Rest library, which gives you all the tools necessary to send and receive SMS messages. You will also find the ReceiveSms project in the zip, which contains the example code to show you how to receive an SMS. This example code is listed below.

How to receive SMS in C# (Easy guidelines)

To receive SMS in C#:

1. Setup Visual Studio Community
2. Download the ReceiveSms.cs.zip file
3. Extract the .zip file from Downloads
4. Open the ReceiveSms.sln file in Visual Studio
5. Launch Ozeki SMS Gateway
6. Click on HTTP user in the Users and applications tab
7. Run Program.cs to receive SMS in C#
8. Check the Inbox in Ozeki SMS Gateway

Install Ozeki SMS Gateway and create an HTTP API user

To be able to send, and receive SMS from C#, first you need to install Ozeki SMS Gateway. The SMS gateway can be installed on the same computer, where you develop your C# code in Visual studio. After installation, the next step is to connect Ozeki SMS Gateway to the mobile network. You can send a test sms from the Ozeki GUI to verify, that your mobile network connection works. The final step to prepare your environment is to create a HTTP sms api user. Create a user with a username of "http_user", and with a password of "qwe123" to make the example work without modification.

After the environment is setup, you can run your C# code.

HTTP API url to use Receive sms from C#

To send SMS from C#, your C# will will have to issue an HTTP request to the SMS gateway. The API url is shown below. Note that the IP address (127.0.0.1) should be replaced to the IP address of your SMS gateway. If Ozeki SMS Gateway is installed on the same computer where the C# sms application is running, this can be 127.0.0.1. If it is installed on a different computer, it should be the IP address of that computer.

HTTP authentication to use receive sms from C#

To authenticate the C# SMS client, you need to send the username and password in a base64 encoded string to the server in a HTTP request. The format used is: base64(username+":"+password). In C# you can use the following code to do this encoding:

For example, if you encode the username 'http_user' and the password 'qwe123', you will get the following base64 encoded string: aHR0cF91c2VyOnF3ZTEyMw==. To send

HTTP request to receive SMS with C#

To receive SMS, your C# application will send an HTTP request similar to the one below. Note, that this request contains a HTTP header part and a http body part. The HTTP body is a JSON encoded data string. It contains the recipient's number and the message's text.

HTTP request header to receive SMS from C#

To send the SMS messages, you need to include the following lines as headers in the HTTP request. Note that we include a content type and an Authorization header.

HTTP response received by the C# SMS example

Once the SMS gateway receives this request, it will generate a HTTP response. The HTTP response will contain a status code, to indicate whether the SMS submit request was successful or not. It will also return a JSON encoded structure to provide you useful details about the message's submission.

How to receive SMS with C# using the C# sms api (Video tutorial)

This video shows you how to create a new .Net core console project in Visual Studio, how to name it to ReceiveSms.sln. Once the solution is created, you might notice that a Receive-SMS.csproj is added to the solution, and by default the Program.cs file is opened. You can rename the Program.cs to ReceiveSMS.cs if you wish. You will also see in the Video, how the example code below can be copied into the Program.cs file, and how it can be compiled and executed.

C# SMS example: ReceiveSms.sln

How to download and run the example project (Video tutorial)

In this video, you will learn how to download and run the ReceiveSMS.sln example project. The video will start with the download page and will end with the opened code editor. You will learn how to download and where to find your example project. Also, we will show you how to open the downloaded project. This video is only 1 minute long but it is very detailed, so you will have no problem with following the steps.

The example code below is part of the ReceiveSms.sln Visual Studio Solution. A visual studio solution can contain multiple projects and multiple files. In this solution there is only one project: ReceiveSms.csproj, and one file: Program.cs.

How to use the code (Video tutorial)

In the next video, you will learn how to run the example code and how to check the log of the process. It will start with launching the Ozeki SMS Gateway and will take you all the way to the events tab. You will learn how to check the log, how to run you code and how to check the received messages. The video is only 1 minute long but it contains all the necessary information you need to use the ReceiveSMS.sln project.

Runing the C# SMS example on Windows

When you use windows to run this sms example written in C#, you will notice that you get slightly better performance, than when you run it on Linux. To understand why this happens, you must bring into mind that C# is using the .NET framework for code execution. This is because the .NET implementation on Windows is optimized for performance, while mono, the .NET implementation on Linux has some catching up to do in this field.

Conclusion

This article showed the necessary steps of SMS receiving in C#. With this guide and Ozeki SMS Gateway, SMS receiving in C# cannot be an issue anymore. Study the guide carefully and you will be able to perform these steps easily. Ozeki SMS Gateway is crucial in this procedure, it serves as a connector between the mobile users and you. The fact that Ozeki SMS Gateway runs in an environment that you control has to be highlighted because it means that your contact list and data is safe.

Continue reading in Ozeki's tutorial page, more guides can be found about topics like SMS sending and scheduling from C#.

Download Ozeki SMS Gateway now and let the work begin!

C# delete sms from the sms gateway

The simplest way to send SMS from C# is to use the built in HTTP/Rest SMS api of Ozeki SMS Gateway. When you use this API, you will send SMS messages by issuing a HTTP Post request to the SMS gateway. The HTTP Post request will contain a message formatted in json format. The SMS gateway will send this SMS to the recipient phone, and it will return a HTTP 200 OK response to your request.

C# code to receive sms from mobile

The C# sms code sample below demonstrates how you can receive SMS using the http rest sms api of Ozeki SMS Gateway using the C# Ozeki.Libs.Rest library. This library is provided to you free of charge, and you may use it and modify it in any of your projects.

Program.cs

How to use the C# sms example:

This C# sms example can be used in any .NET or .NET core application. To use it, you must add the Ozeki.Libs.Rest dll as a reference to your project. After the project reference is added, you must put the using Ozeki.Libs.Rest; directive into the header section of your C# source code. This will allow you to use the classes provided by the Ozeki.Libs.Rest library. You can use the MessageApi class to receive the SMS from the SMS gateway. The SMS gateway will forward the message to you either through a wireless connection or through the Internet.

Download Delete-SMS.cs

The source code explained in this article can be downloaded and used and modified free of charge.
Download: DeleteSms.cs.zip (47.6Kb)

What is in the Delete-SMS.cs.zip file?

The Delete-SMS.cs.zip file contains the Ozeki.Libs.Rest library, which gives you all the tools necessary to send, receive and delete SMS messages. You will also find the DeleteSms project in the zip, which contains the example code to show you how to delete an SMS. This example code is listed below.

How to delete SMS using C# (Quick steps)

To delete SMS using C#:

1. Setup Visual Studio Community
2. Download the DeleteSms.cs.zip file
3. Extract the .zip file from Downloads
4. Open the DeleteSms.cs.sln file in Visual Studio
5. Launch Ozeki SMS Gateway
6. Select http_user in the Users and applications tab
7. Check the Message details in the Inbox
8. Insert the ID of the SMS message into Program.cs code
9. Run Program.cs to delete SMS with C#

Install Ozeki SMS Gateway and create an HTTP API user

To be able to send SMS from C#, first you need to install Ozeki SMS Gateway. The SMS gateway can be installed on the same computer, where you develop your C# code in Visual studio. After installation, the next step is to connect Ozeki SMS Gateway to the mobile network. You can send a test sms from the Ozeki GUI to verify, that your mobile network connection works. The final step to prepare your environment is to create a HTTP sms api user. Create a user with a username of "http_user", and with a password of "qwe123" to make the example work without modification.

After the environment is setup, you can run your C# code.

HTTP API url to use send sms from C#

To send SMS from C#, your C# will have to issue an HTTP request to the SMS gateway. The API url is shown below. Note that the IP address (127.0.0.1) should be replaced to the IP address of your SMS gateway. If Ozeki SMS Gateway is installed on the same computer where the C# sms application is running, this can be 127.0.0.1. If it is installed on a different computer, it should be the IP address of that computer.

HTTP authentication to use receive sms from C#

To authenticate the C# sms client, you need to send the username and password in a base64 encoded string to the server in a HTTP request. The format used is: base64(username+":"+password). In C# you can use the following code to do this encoding:

For example if you encode the username 'http_user' and the password 'qwe123', you will get the following base64 encoded string: aHR0cF91c2VyOnF3ZTEyMw==. To send

HTTP request to delete SMS with C#

To delete SMS, your C# application will send an HTTP request similar to the one below. Note, that this request contains a HTTP header part and a http body part. The HTTP body is a JSON encoded data string. It contains the recipient's number and the message's text.

HTTP request header to delete SMS from C#

To send the SMS messages, you need to include the following lines as headers in the HTTP request. Note that we include a content type and an Authorization header.

HTTP response received by the C# sms example

Once the SMS gateway receives this request, it will generate a HTTP response. The HTTP response will contain a status code, to indicate whether the SMS submit request was successful or not. It will also return a JSON encoded structure to provide you useful details about the message's submission.

How to delete SMS with C# using the C# sms api (Video tutorial)

This video shows you how to create a new .Net core console project in Visual Studio, how to name it to DeleteSms.sln. Once the solution is created, you might notice that a DeleteSms.csproj is added to the solution, and by default the Program.cs file is opened. You can rename the Program.cs to Program.cs if you wish. You will also see in the Video, how the example code below can be copied into the Program.cs file, and how it can be compiled and executed.

C# sms example: DeleteSms.sln

How to download the project file (Video tutorial)

In this video, you will learn how to download and run the DeleteSms.sln example project. The video will start with the download page and will end with the opened code editor. You will learn how to download and what to do with the project file. We will show you what software you need to use. This video is only 1 minute long but it is very detailed, so you will have no problem with following the steps.

The example code below is part of the DeleteSms.sln Visual Studio Solution. A visual studio solution can contain multiple projects and multiple files. In this solution there are only two projects: DeleteSms.csproj, Ozeki.Libs.Rest.csproj and one file: Program.cs.

How to use the project (Video tutorial)

In the next video, you will learn how to run the example code and how to check the log of the process. It will start with launching the Ozeki SMS Gateway and will take you all the way to the empty inbox after deleting the SMS. You will learn how to get the message ID and how to use the code to delete a message. The video is only 1:38 long and it contains all the information you need to delete a message using this project.

Runing the C# sms example on Windows

When you use windows to run this sms example written in C#, you will notice that you get slightly better performance, than when you run it on Linux. To understand why this happens, you must bring into mind that C# is using the .NET framework for code execution. This is because the .NET implementation on Windows is optimized for performance, while mono, the .NET implementation on Linux has some catching up to do in this field.

Summary

The guide explained the steps of SMS deleting from Ozeki SMS Gateway using C#. If the article was read carefully, deleting messages from Ozeki SMS Gateway seems really easy with a C# code. This solution shows perfectly how simple to control and configure Ozeki SMS Gateway with C# commands. Ozeki SMS Gateway allows you to manage SMS costs and to keep track of message traffic. With this deleting function, you can remove unwanted messages swiftly.

To continue the reading, visit Ozeki's tutorial pages, where you can find information about similar topics, like multiple SMS sending and SMS scheduling in C#.

Your only thing to do now is to download Ozeki SMS Gateway and let the work begin!

Github: C# SMS API

This article demonstrates how you can download the latest C SMS API library from GitHub. You will learn how to download the GitHub Desktop app and sign into it. You will also learn how to clone a repository from the internet. We assume that you have already used GitHub and you are familiar with Visual Studio. You will be presented with some important information and well-structured step by step instructions. We hope you will find the presented instructions beneficial.

How to download the C# SMS API from GitHub (Quick steps)

To download the C# SMS API from GitHub:

1. Download GitHub Desktop
2. Sign into GitHub.com
3. Configure Git
4. Clone a C# SMS API from the Internet
5. Select c-sharp-send-sms-http-rest-ozeki library
6. Open Ozeki.Libs.Rest.CSharp.sln
7. Start the C# SMS API project
8. Check the sent SMS in Ozeki SMS Gateway

Download Github Desktop

In this video, you will learn how to download the GitHub Desktop application. The video will start with opening the download page of GitHub Desktop and it will take you all the way to having the installer on your computer. The video is only 1 minute long, and you will learn every information you need to complete the download procedure.

Download GitHub desktop

To access the GitHub Desktop download page, you will need to open the link. Here you can get the latest version of the program. Click the purple Download for Windows button (Figure 1). This will start the downloading process. Wait for the browser to finish the process to proceed.

Install Github Desktop

In this video, we will show you how to start the installation process for GitHub Desktop. It will start with launching the installer and will take you all the way to having a working software on your computer. You will also learn how to login to the GitHub Desktop app. The video is only 1 minute long and very detailed. You will have no problem understanding the steps.

Start the installer

If your browser finished downloading the installer, search for it in the downloads folder on your computer. Click it to start the installation process. It will be an application type file named GitHubDesktopSetup-x64.

Load page of installer

After you started the installation process, you will be presented with the window visible on Figure 3. It means that the GitHub Desktop application is being installed on your computer. The application will launch as soon as this window disappear.

Sign in to GitHub Desktop

The next step is to sign in to the GitHub Desktop application. This will require the login credentials of your GitHub user account. Click the Sign in to GitHub.com button to reach the login window. If you have never used GitHub before, you can create a new user account on this page. Click the Create free account link located above the sign in button. It will take you to the new user account creating page.

Provide username and password

The button will open a new browser window, where you need to log in (Figure 5). In this page, you need to use the username and password for your GitHub account. Type in both to the correct textbox and click the Sing in button to proceed to the next step.

Configure the Git

The Configure Git step will define what information will be visible as a commit detail. Check the Use my GitHub account name and email address checkbox (Figure 6). It means that the information from your GitHub will be used to identify the commits you create. It will be visible to any other GitHub user. Click the Finish button to confirm your settings.

Clone the Ozeki.Libs.Rest.Csharp repository

In the next video you will see how to clone a repository. It will start with the opening page of the GitHub desktop app and will take you all the way to having the cloned repository on your computer for editing. In the video, we provide a detailed tutorial on how to copy the URL of the repository you wish to clone and where to paste it. The rest is up to the GitHub Desktop. The video is 54 seconds long, but it has all the steps detailed. You will have no problem following it.

Clone a repository from the Internet

To make any changes to the repository, you need to download the files to your computer. This means that you can edit them offline. It is necessary to have your own copy of the files before editing. In the Let’s get started page, you can choose to Create a tutorial repository if you would like to learn more about the GitHub desktop. To edit the files of the Ozeki repository, choose the Clone a repository from the internet option (Figure 7). It will open a new window where you need to copy the URL of the repository you wish to clone.

Copy the URL code

Now you need to copy the URL of the repository you wish to make a clone of. To do so, please open GitHub in your browser and open the repository. To copy the URL, you have two possible options. The first option is to search for the green Code button located above the list of files (Figure 8). Click it and look for the URL. If you have found it, click the copy icon on the right. The other method is simply copying the URL from the desktop. This will result in the same URL.

Clone the repository

Paste the URL into the clone repository form. Here you can set which repository to clone with the Repository URL textbox (Figure 9). In the Local path, you need to provide an access path, where a new folder will be created to store the files.

Find the repository on your computer

Open the folder you provided for the Clone the repository. To do so, copy the access path from the form before and past it into the File Explorers top bar (Figure 10). Hit enter and it will start loading the folder.

How to use the repository

In the final video, you will learn how to use the repository you just cloned to your computer. The video will start with the opened directory where the cloned files are located. It will end with the successfully launched project for multiple SMS sending. You will learn how to launch a project and how to check the log of it. The video is only 1:38 long and it features all the steps you need to take in a detailed format.

Launch the Visual Studio Project

To launch the project where you could edit the code, look for the Ozeki.Libs.Rest.CSharp file. Open the file and it will launch Visual Studio. You can edit the code there to your likings.

Start sending SMS messages

Click the Send Sms button located on the top of the applications GUI (Figure 12). This will start the script and you can start sending SMS messages. In the code editor panel, you can make changes to the code to run it customized.

Response from the project

Now you will get the response from the C# project. You will see the result of the SMS sending process, the recipients phone number and the body of the message. As you can see on Figure 13, you will see it printed on a console window.

Sent SMS in Ozeki SMS Gateway

In case of a successful sending process, you can see the sent message in the Sent folder of the Ozeki SMS Gateway. To reach it, open the Ozeki SMS Gateway and search for the Sent folder under the users' details panel on the left (Figure 14).

Final thoughts

This article was meant to explain how to get the C# SMS API from GitHub. By following these directions, you can create the solution in a matter of minutes. Sending SMS messages is quick and simple with this innovation using Ozeki SMS Gateway. Important to note that Ozeki SMS Gateway allows you to log SMS messages into a database and offers various reporting capabilities to give more information about your SMS communication, so the supervision functions are there for you.

If you would like to receive more interesting facts about the benefits of other similar solutions, open Ozeki's tutorial page where you can read about things like SMS scheduling and deleting in C#.

Now the only thing to do is to download Ozeki SMS Gateway and start working!

How to use the Ozeki Rest SMS Api Nuget Package

Nuget is the package manager of the .NET framework. You can use a Nuget package in any .NET based application. If you are using Visual Studio 2019 you are able to install a Nuget pakcage with a few clicks. In the following videos I'll show you how to create a C# console application, and how to use the Ozeki.Libs.Rest nuget package in that console application written in C#.

1. Create a new C# console application in Visual Studio
2. Install the Ozeki.Libs.Rest NuGet package
3. Import the previously installed NuGet package with using Ozeki.Libs.Rest;
4. Create a new Configuration, Message and a MessageApi object using the Ozeki.Libs.Rest pakcage
5. Using the MessageApi object send the previously created message

What is NuGet?

NuGet is the official package-manager for NET, mad by Microsoft.

Step 1 - How to create a new C# console application

Step 2 - How to install the Ozeki.Libs.Rest NuGet package

To install a NuGet package in Visual Studio you need to right click onto the icon of the project, then select the Manage NuGet Packages from the dropdown menu. After that you have to search for the package you want to install, in this case it is the Ozeki.Libs.Rest package. When you have found the Ozeki.Libs.Rest package you have to install it by clicking on the Install button. When it is installed, you are able to import and use the package in your project.

Manage NuGet Packages

To reach the menu where you can manage your NuGet Packages, right-click the project title in the Solution Explorer. It will bring up a sub-menu where you can find the 'Manage NuGet Packages...' button (Figure 1). Click it to open the NuGet package installer.

Install the Ozeki.Libs.Rest package

Type in the following text in the search bar of the NuGet Packet manager: 'Ozeki.Libs.Rest'. The search engine will show the one package you need. Choose it by clicking. As you can see on Figure 2, on the right side of the panel, you will find an 'Install' button. Click it and it will start the installation process.

The installed package

Now the previously empty 'installed' packages list, contains a package. It is the installed Ozeki.Libs.Rest. Now you can start using it. If you would like to install more packages to Visual Studio Code, repeat the process, but search for other packages.

Step 3 - How to use the Ozeki.Libs.Rest package in your C# application

In order to use the contents of the Ozeki.Libs.Rest package, you need to import it by using the following line of code:

Creating a program that uses that Ozeki.Libs.Rest

In this video, we are going to show you how to use the Ozeki.Libs.Rest NuGet package in a C# application. The video will start with an empty code editor, and you will see the working SMS sending application at the end of the video. You will learn how to write a code that uses the Ozeki.Libs.Rest to send SMS messages through the Ozeki SMS Gateway. The video is very detailed, you can see all the lines of code you need to provide in order to have a working system. It takes only 1:46 to watch the video, but you will understand the process by the end of it.

The source code of the project

On Figure 4, you can see the source code of the project. As you can see, the 'username' and the 'password' variables contain the login credentials for the HTTP user. The 'Toaddress' and the 'Text' variables contain the address and the text of the message. If you are familiar with the C# programming language, feel free to change the values of the variable to send a customized message.

The output of the program

If you run your program, you will see the result of it in the 'Debug Console'. You will see the text 'Success' and some information about the message after. It means that the message sending was successful. Press and key to close the debug console.

Check the sent folder

After you have done the process, you can check the Sent folder in Ozeki SMS Gateway (Figure 6). There you will see your test message, with any other message sent before. You can find out more information about any message by clicking them.

Summary

This article explained how to use the Ozeki Rest SMS Api Nuget Package. This innovation can be really helpful if you want to send text messages from C#.

The synergy between C# codes and Ozeki SMS Gateway ensures that you get the highest possible performance. The Ozeki SMS Gateway offers excellent logging capabilities, which means you can track down errors quickly and reduce downtime.

Make sure that you don't finish reading here, visit Ozeki's tutorial page where more information can be found about topics like SMS sending and receiving in C#. Now the only thing to do is to download Ozeki SMS Gateway and let the work begin!

Visual Basic tutorial: Hello world

This tutorial helps you get started with Visual Basic. It explains what you need to write your first Visual Basic program. It starts with the basics: you will learn where you can find and download the tools needed, how to install these tools and it will take you all the way to building and running your code. If you have never written a Visual Basic program before this is the place to start. We have created this article, so you can get started with Visual Basic, and move on to our sms examples. If you are already familiar with Visual Basic, you can jump directly to one of the following SMS projects.

VB sms examples:

VB send sms with the HTTP rest api (code sample)
VB send multiple sms with the HTTP rest api (code sample)
VB schedule sms with the HTTP rest api (code sample)
VB receive sms with the HTTP rest api (code sample)
VB delete sms with the HTTP rest api (code sample)
Download the latest Visual Basic sms api library from Github

What is Visual Basic

Visual Basic is a programming language. It is similar to a natural language, like English. It is used to talk to a computer. The major difference between a natural language and a programming language is that programming languages have a more rigorous structure, to help the computer understand it better.

What is Visual Studio

Visual studio is a tool to write a Visual Basic program. Visual studio allows you to type in text using the Visual Basic language, and it makes it possible for you to tell the computer, to read the text and execute the instructions. We use the term "Run" to tell computer to execute the instructions.

What is a Visual Basic Hello world program

The Visual Basic hello world program is the simplest program you can write. It simply prints out the sentence: Hello world on the computer screen. The Hello World program is the first program developers write in any programming language.

How to write your first program in Visual Basic

To write your first program in Visual Basic:

1. Setup Visual Studio
2. Create a new Visual Studio project
3. Select Console Application
4. Name the project
5. Choose .NET for Target Framework
6. Write Hello World program in Visual Basic
7. Run the Hello World program
8. Check the output

Prerequisites

Here is what you need to get started. To write your first computer program in Visual Basic, you need a Windows computer, the Visual Studio programming environment and example code presented below.

• Windows 10 computer
• Microsoft Visual Studio Community Edition
• Ozeki Hello World example project

Download Visual Studio (Video tutorial)

Microsoft Visual Studio Community Edition

In this video, we are going to show you how to download Visual Studio. It will start with opening your browser and will take you all the way to having the installer on your computer. You will learn what page to visit and what button to look for if you want a free version of the software. This video is only 40 seconds long, but it contains all the information you need to download the Microsoft Visual Studio Community Edition. You may download the installer from the following URL: https://visualstudio.microsoft.com/downloads/.

Install Visual Studio (Video tutorial)

In the following video, you will be presented with the process of installing Visual Studio. The video will start with the opened downloads folder with the installer visible there. At the end of the video, you will have a copy of Visual Studio installed on your computer. We assume that you already downloaded the installer file. You will learn what to do in each of the steps and how to set up the program. This video is only 2:40 long and it is very detailed. You can get all the information you need from it.

Create your first visual studio project (Video tutorial)

From this video, you will learn how to create a new project in Visual Studio. The video will start with opening the Visual Studio for the first time. At the end of the video, you will have a project that you can start to work with. You will also learn what settings you need to do to have a usable project file. The video itself is only 41 seconds long, very detailed, and easy to follow. You will have no problem with understanding the steps.

Create a new project

First, open Visual Studio, which you have just installed. You will be then greeted by a welcome screen. This screen lets you create a new project or open previous ones. Under the "Get Started" column on the right, click on Create a new project (Figure 1). This will forward you to the next page where you can configure the settings of your project.

Choose VB Console Application

After you have clicked on "Create a new project" you will be brought to a configuration screen. In order to create a Visual Basic, you will first need to select the Visual Basic Console Application template (Figure 2). Click on this option to select it. Then, click on the Next button on the bottom left to continue.

Name your project

After specifying your project as a Console Application, you will be asked to give it a name. Under the text that reads "Project name" you will find a textbox (Figure 3). Enter your desired name into this textbox to name your project. Give it an easily identifiable and fitting name, so you could always recognize it. Click on the Next button on the bottom right when you are done.

Choose target framework

To finalize your project configuration, you need to select a targeted framework. This can be done on the last configuration page. You can select a targeted framework from the combo box by clicking on it (Figure 5). Here we select .NET Core 3.1. This is a good choice for your project. Click on the Create button on the bottom right to create your project.

Write your 'hello world' program in Visual Basic

The first program you write in any programming language is the 'Hello world' program. The sole aim of this program is to print the term 'Hello world' to the computer screen. In this example the program consists of two lines of code: The first line: Console.WriteLine prints the text.