A Chat API is a software interface that gives you access to a back-end chat service and its server infrastructure, so you can easily add its real-time messaging features into your apps and websites.
With a Chat API, Developers may drastically cut down on the time, expense, and effort required to create chat functionalities from scratch.
Plus for organizations, Chat API acts as the most affordable, and adaptable solution that may increase user engagement and open up new revenue options through a variety of interaction features.
You can use a Chat API to drive unlimited messaging within your app. Plus, there are a number of benefits to using this pre-built solution, especially if you are running a business that aims at customer interactions.
In a nutshell, by choosing a Chat API, you're not just adding a feature, you're giving your users a native chat experience and potentially setting your business apart in a crowded market.
Almost All. A Chat API can be used in any type of app that involves customer interactions and agent-customer interactions. Here are some of the popular use cases where Chat APIs are widely implemented in recent years.
With rising businesses and niches, the implementation of in-app messaging keeps the demand for Chat APIs always at a high note.
Using a Chat API is simple and easy when compared to other conventional ways of developing messaging features in your app. Here are the regular steps that developers need to follow when adding a messaging API.
Now, let us walk you through the steps to choose the perfect chat API for your business.
Among 100s of Chat APIs in the market, only a very few will meet your exact needs. So, how do you assess the providers?
You will need to consider few of the important factors like:
Let’s look into each factor, one by one
When you choose a Chat API, you must look out for features including,
You will need to consider few of the important factors like:
Core/Essential Features | Advanced Interaction Features | Chat Management |
---|---|---|
Real-Time Messaging | Topic-based Chat | Customization |
Private and Group Chats | Video Conferencing | Full Source Code Ownership |
Message History & Backup | Upload Huge Files | White-labeling Option |
Basic Notifications | Live Streaming | Multi-Language Support |
Presence Indicators | Voice Broadcasting | End-to-End Encryption |
File and Media Sharing | Geolocation Sharing | Message Logging and Auditing |
Typing Indicators | Threaded Conversations | User Authentication and Authorization |
Read Receipts and Delivery Status | Chatbot Integration | Roles and Permissions |
Push Notifications | Rich Media Support | Analytics and Reporting |
Profanity Filters | Message Reactions and Emojis | Custom Metadata and Tags |
Chat Moderation Tools | Integration with Other Services | Cross-Platform Support |
Chat Export | Real-time Chat Translation | Advanced UI Customization |
When it comes to customization, only a few APIs in the market meet the expectations of the developers. How much you can customize each part of the API totally depends on how the API has been built to be flexible for changes.
This includes the ability to customize elements such as colors, themes, typefaces and custom UI components to give a branded look to the chat widget in your app.
Furthermore, the chat API you choose must be compatible with web, mobile, and cross-platform frameworks like React Native and Flutter.
This gives you full control over the chat UI and user experience, enabling you to build highly customized in-app chat experiences.
Additionally, the chat API must support basic to unique features like topic-based chat, chatbots and profanity filters all of which can be selectively enabled or customized to meet the specific needs of the application.
Some chat APIs, like MirrorFly, even offer both SaaS and self-hosted deployment models, giving businesses the flexibility to host the chat infrastructure as per their requirements.
There are 5 ways you can host a chat API, in general.
Cloud-based hosting is a popular choice for many businesses that implement chat solutions for user interactions.
This method involves using remote servers managed by a third-party provider to run your chat app.
The biggest advantage of using a cloud-based solution is that you'll spend only a low upfront cost, as you don't need to invest in hardware or infrastructure.
The provider handles all maintenance and updates, reducing the burden on your IT team.
In terms of scalability and flexibility, this hosting lets you easily adjust your resources based on user demand, however, the customization options may be limited when compared to on-premise solutions.
Cloud hosting is ideal for startups, small to medium businesses, or any company with fluctuating user numbers.
On-premises hosting involves running your chat solution on your own servers, data centers and infrastructure.
Hosting on-premises gives you complete control over your data, security and systems, making it attractive for large-scale enterprises and organizations with strict security requirements or specific customisation needs.
With on-premises hosting, you're not paying ongoing subscription fees to a third-party provider. However, this method requires significant upfront investment in hardware and software.
This is a reliable option if you already have in-house IT expertise to manage, maintain, and update the system.
Hybrid hosting combines elements of both cloud-based and on-premises solutions, offering the perks of both solutions.
In this model, you might host sensitive data on-premises while using cloud services for less critical functions or to handle traffic spikes.
The only drawback with this solution is, hybrid systems can be complex to set up and manage, and demands careful planning to perfectly connect your on-prem solution with the cloud servers.
This solution is ideal for companies with varying levels of data sensitivity or those looking to balance control with ease of use.
Serverless hosting is a cloud computing model where a cloud provider dynamically allocates machine resources to manage your application.
You only pay for the resources you consume, rather than pre-paying for the full capacity of servers.
This is a good option for enterprises handling unprecedented workloads.
What you'll miss in this solution is, you'll not have full control over the underlying infrastructure, and this is why serverless architecture may not suit types of businesses.
There's also a chance that you may need to pay for unpredictable costs if usage spikes on your app unexpectedly.
Managed hosting is a service where a third-party provider takes care of the day-to-day management of your chat solution's hardware, software, and infrastructure.
While it typically costs more than some other options, it can be the right option for you if you do not have sufficient in-house IT resources to manage it all.
You'll have very less direct control over the infrastructure compared to on-premises hosting, but the providers will take care of the infrastructure with round-the-clock support.
Platform | Support |
---|---|
Web | Web-based applications through JavaScript, HTML, and CSS. |
Mobile | Mobile applications, including iOS and Android. |
Desktop | Desktop applications, including Windows, macOS, and Linux. |
Cross-Platform | Frameworks that allow development across multiple platforms (e.g., React Native, Flutter). |
Programming Language | Details |
---|---|
JavaScript | Web apps |
Swift | iOS apps |
Kotlin | Android apps |
Java | Android and server-side apps |
Python | Server-side apps and scripting |
PHP | Server-side web apps |
Ruby | Server-side web apps |
C# | Windows apps and server-side apps |
Go | Server-side apps |
TypeScript | A superset of JavaScript for large-scale web apps |
Frontend Framework | Used For |
---|---|
React | User interfaces |
Angular | Mobile and desktop web apps |
Vue.js | User interfaces |
Ember.js | Web apps |
Svelte | Minimal, optimized JavaScript |
Bootstrap | Responsive web apps |
Foundation | Responsive front-end development |
jQuery | Fast, small, and feature-rich JavaScript library |
Backbone.js | Structuring JavaScript apps |
Polymer | Library for building web components |
Backend Framework | Framework Details |
---|---|
Node.js | JavaScript runtime built on Chrome's V8 engine. |
Django | High-level Python web framework. |
Flask | Micro web framework for Python. |
Ruby on Rails | Web app framework written in Ruby. |
Laravel | PHP framework for web artisans. |
Spring Boot | Framework for building Java applications. |
ASP.NET Core | Cross-platform framework for building modern, cloud-based applications. |
Express.js | Minimal and flexible Node.js web application framework. |
FastAPI | Modern, fast (high-performance) web framework for Python. |
Gin | Web framework written in Go. |
Database Technology | Database Details |
---|---|
MySQL | Relational database management system. |
PostgreSQL | Advanced, open-source relational database. |
MongoDB | NoSQL document database. |
Firebase Realtime Database | Cloud-hosted NoSQL database for real-time data syncing. |
Redis | In-memory data structure store, used as a database, cache, and message broker. |
SQLite | Self-contained, high-reliability, embedded, full-featured, public-domain, SQL database engine. |
Cassandra | Distributed NoSQL database. |
DynamoDB | Fully managed NoSQL database service by AWS. |
MariaDB | Community-developed, commercially supported fork of MySQL. |
Oracle Database | Multi-model database management system. |
Communication Protocol | Protocol Details |
---|---|
WebSocket | Protocol for full-duplex communication channels over a single TCP connection. |
HTTP/HTTPS | Protocols for transmitting hypertext requests and information on the internet. |
REST | Architectural style for designing networked applications. |
gRPC | High-performance, open-source universal RPC framework. |
MQTT | Lightweight messaging protocol for small sensors and mobile devices. |
XMPP | Communication protocol for message-oriented middleware based on XML. |
SIP | Protocol used for initiating, maintaining, and terminating real-time sessions. |
SSE (Server-Sent Events) | Standard allowing servers to push real-time updates to browser clients. |
STOMP | Simple Text Oriented Messaging Protocol. |
AMQP | Open standard application layer protocol for message-oriented middleware. |
Chat is becoming a key feature that customers expect from almost every app they use these days. In fact, in-app messaging is a strategy how popular enterprises have built customer interaction and brand awareness, right within their platform. For user-to-user interaction to agent-support, every application demands for a channel for interaction and messaging features serves the purpose well.
A Chat API, like MirrorFly, gives you the complete infrastructure, features and tools to build a native web/ mobile/ desktop chat platform that your app users will love to use.
The API comes with 1000+ unique features like topic-based chat, huge file uploads and chatbots, and is compatible with almost all the technology that you prefer to build it on.
Above this, you have the full freedom to customize the APIs, get access to source code, white-label your app with your own company logo and brand colors, and host it on your own premise/ on MirrorFly's cloud servers.
Fascinating, right?
If you'd like to know more about our Chat API, our team would be more than happy to hop into a quick call with you.
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