Open Source WebSocket Libraries
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WebSocket Libraries
View 9183 business solutionsBrowse free open source WebSocket Libraries and projects below. Use the toggles on the left to filter open source WebSocket Libraries by OS, license, language, programming language, and project status.
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Mongoose Embedded Web Server
An embedded web server
Mongoose is a networking library for C/C++. It implements event-driven non-blocking APIs for TCP, UDP, HTTP, WebSocket, MQTT. It is designed for connecting devices and bringing them online. On the market since 2004, used by vast number of open source and commercial products - it even runs on the International Space Station! Mongoose makes embedded network programming fast, robust, and easy. Cross-platform, works on Linux/UNIX, MacOS, Windows, Android, FreeRTOS, etc. Supported embedded architectures: ESP32, NRF52, STM32, NXP, and more. Built-in protocols: plain TCP/UDP, HTTP, MQTT, Websocket. SSL/TLS support: mbedTLS, OpenSSL or custom (via API). Used to solve a wide range of business needs, like implementing Web UI interface on devices, RESTful API services, telemetry data exchange, remote control for a product, remote software updates, remote monitoring, and others. -
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libhv
Network library for developing TCP/UDP/SSL/HTTP/WebSocket/MQTT client
Like libevent, libev, and libuv, libhv provides event loop with non-blocking IO and timer, but simpler api and richer protocols. Cross-platform (Linux, Windows, MacOS, BSD, Solaris, Android, iOS) High-performance EventLoop (IO, timer, idle, custom) TCP/UDP client/server/proxy. TCP supports heartbeat, reconnect, upstream, MultiThread-safe write and close, etc. Built-in common unpacking modes (FixedLength, Delimiter, LengthField) RUDP support: WITH_KCP. SSL/TLS support: (via WITH_OPENSSL or WITH_GNUTLS or WITH_MBEDTLS) HTTP client/server (support https http1/x http2 grpc). HTTP supports static service, indexof service, proxy service, sync/async API handler. HTTP supports RESTful, router, middleware, keep-alive, chunked, SSE, etc. WebSocket client/server. -
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SuperSocket
Extensible socket server application framework for .NET
SuperSocket is a high-performance, extensible socket server framework for .NET applications. It provides a structured foundation for building custom network communication servers without manually implementing every low-level socket concern. The framework supports multiple protocols, including TCP, UDP, and WebSocket, and gives developers a modular architecture for protocol parsing, session handling, command processing, and server hosting. It is suitable for chat servers, game servers, IoT gateways, telemetry services, industrial systems, and other real-time network applications. SuperSocket is designed to be flexible enough for custom binary or text protocols while still offering reusable abstractions for common server patterns. It is most useful for .NET teams that need robust networking infrastructure with room for domain-specific protocol logic. -
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WebSocket ++
C++ websocket client/server library
WebSocket++'s goal is to provide a flexible set of tools for building a wide variety of WebSocket based applications wrapped by low or zero overhead abstractions. It is not opinionated. If something can be practically replacable (with low overhead) based on the user's preference then it is. It accomplishes this via a policy based design built using C++ template metaprogramming. WebSocket++ is a cross platform open source (BSD license) header only C++ library that implements RFC6455 (The WebSocket Protocol) and RFC7692 (Compression Extensions for WebSocket). It allows integrating WebSocket client and server functionality into C++ programs. In its most common configuration full featured network I/O is provided by the Asio Networking Library. Bundled config packages provide sane defaults so most users can get started quickly. As they understand their solution better and want to optimize, the default components can be reconfigured or replaced entirely and transparently. -
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socket.io
Realtime application framework (Node.JS server)
socket.io is a JavaScript library that allows for realtime, bi-directional communication between web clients and servers. It is composed of two parts: a Node.js server and a JavaScript client library that runs in the browser. socket.io is focused on both reliability and speed, delivering an immensely powerful, fast and yet easy to use realtime engine that’s used by just about everyone: from Microsoft Office and Zendesk to hackathon winners and small startups. It’s considered one of the most depended-upon npm modules, and works on every platform, browser or device. -
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Vue-Socket.io
Socket.io implementation for Vuejs and Vuex
Vue-Socket.io is a Socket.IO integration library for Vue.js and Vuex applications. It allows Vue components to listen for real-time socket events through a clean, framework-friendly API. The project helps developers connect frontend applications to Socket.IO servers without manually wiring every event listener and lifecycle behavior. It also supports Vuex integration, making it easier to route socket events into centralized state management. Vue-Socket.io is especially useful for chat apps, dashboards, notifications, collaborative interfaces, live counters, and other real-time user experiences. Because the project is centered on Vue 2-era usage, modern Vue teams should evaluate compatibility before using it in a new application. -
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tokio-tungstenite
Future-based Tungstenite for Tokio
tokio-tungstenite is a Rust library that connects the Tungstenite WebSocket implementation with the Tokio asynchronous runtime. It lets developers build non-blocking WebSocket clients and servers using Tokio’s async networking model. The crate wraps asynchronous TCP streams and upgrades them into WebSocket streams that integrate naturally with Rust futures and async tasks. It is useful for real-time services, streaming applications, chat systems, gateways, backend infrastructure, and any Rust project that needs WebSocket communication without blocking threads. Because it builds on Tungstenite, it inherits a standards-focused WebSocket protocol foundation while adding Tokio compatibility. It is a practical choice for Rust developers who need efficient, event-driven WebSocket networking. -
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GWS
Simple, fast, reliable websocket server & client
GWS is a high-performance WebSocket library for Go that provides both server and client capabilities. It is designed for high-concurrency use cases such as API gateways, chat systems, reverse proxies, online games, real-time streaming, and push or subscription services. The library exposes a minimal event-driven API, allowing developers to build WebSocket applications with relatively little code. It supports standard TCP usage as well as WebSocket operation over KCP and Unix domain sockets. GWS also includes practical features for connection handling, compression, heartbeat management, UTF-8 validation, and scalable read or write loops. It is a strong fit for Go developers who need a lightweight but feature-complete WebSocket foundation for real-time applications. -
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Melody
Minimalist websocket framework for Go
Melody is a minimalist WebSocket framework for Go that wraps the standard WebSocket workflow in a simple, developer-friendly API. It is designed to make real-time server features easier to build without requiring a large framework or complex setup. Developers can use it for chat systems, live notifications, dashboards, multiplayer coordination, collaborative tools, and other bidirectional communication features. Melody provides connection lifecycle hooks, message handlers, broadcasting, session management, and grouped communication patterns. It is built to feel familiar to Go developers and can be integrated into existing HTTP applications. The project is especially useful when a team needs straightforward WebSocket behavior without building connection handling and broadcast logic from scratch. -
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µWebSockets
Compliant web server for the most demanding of applications
Being meticulously optimized for speed and memory footprint, µWebSockets is fast enough to do encrypted TLS 1.3 messaging quicker than most alternative servers can do even unencrypted, cleartext messaging. Furthermore, we partake in Google's OSS-Fuzz with a ~95% daily fuzzing coverage with no sanitizer issues. LGTM scores us flawless A+ from having zero CodeQL alerts and we compile with pedantic warning levels. µWebSockets is written entirely in C & C++ but has a seamless integration for Node.js backends. This allows for rapid scripting of powerful apps, using widespread competence. We've been fully standards compliant with a perfect Autobahn|Testsuite score since 2016. Companies with everything to lose rely on µWebSockets on a daily basis - we power the trading APIs of Bitfinex.com & Kraken.com, handling volumes of multiple billions of USD every day. Other companies include Trello, where µWebSockets is serving their 50 million users with real-time board updates. -
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Sente
Realtime web comms for Clojure/Script
Sente is a small client+server library that makes it easy to build reliable, high-performance realtime web applications with Clojure + ClojureScript. Bidirectional a/sync comms over both WebSockets and Ajax (auto-fallback). It just works, auto keep-alives, buffering, protocol selection, reconnects. Efficient design incl. transparent event batching for low-bandwidth use, even over Ajax. Send arbitrary Clojure vals over edn or Transit (JSON, MessagePack, etc.). Make-channel-socket! and you're good to go. Automatic, sensible support for users connected with multiple clients and/or devices simultaneously. Realtime info on which users are connected over which protocols (v0.10.0+). Flexible model: use it anywhere you'd use WebSockets/Ajax/Socket.IO, etc. Standard Ring security model: auth as you like, HTTPS when available, CSRF support, etc. Fully documented, with examples. Small codebase: ~1.5k lines for the entire client+server implementation. -
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rpc-websockets
JSON-RPC 2.0 implementation over WebSockets for Node.js
The rpc-websockets library enables developers to easily implement their business logic that includes messaging between users, machines or any devices. It provides a possibility to send and receive JSON data through the WebSocket communication protocol in order to support two-way notification push, running RPC methods and firing any types of event signalling. Only clients can call RPC methods and not vice versa at the moment. Both frontend (HTML/JS-based) and backend (Node.js-based) development environments are supported. -
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uWebSockets.js
μWebSockets for Node.js back-ends
µWebSockets.js is a web server bypass for Node.js that reimplements eventing, networking, encryption, web protocols, routing and pub/sub in highly optimized C++. As such, µWebSockets.js delivers web serving for Node.js, 8.5x that of Fastify and at least 10x that of Socket.IO. It is also the built-in web server of Bun. -
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arduinoWebSockets
arduinoWebSockets
A WebSocket Server and Client for Arduino based on RFC6455. -
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ws
Tiny WebSocket library for Go
Zero-copy upgrade. No intermediate allocations during I/O. Low-level API which allows building your own logic of packet handling and buffers reuse. High-level wrappers and helpers around API in wsutil package, which allow to start fast without digging the protocol internals. Existing WebSocket implementations do not allow users to reuse I/O buffers between connections in clear way. This library aims to export efficient low-level interface for working with the protocol without forcing only one way it could be used. Library is tagged as v1* so its API must not be broken during some improvements or refactoring. Example applications using ws are developed in separate repository ws-examples. We can apply the same pattern to read and write structured responses through a JSON encoder and decoder.Zero-copy upgrade helps to avoid unnecessary allocations and copying while handling HTTP Upgrade request. -
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Proxyee
HTTP proxy server,support HTTPS & websocket
Proxyee is a JAVA-written HTTP proxy server library that supports HTTP, HTTPS, and WebSocket protocols, and supports MITM (Man-in-the-middle), which can capture and tamper with HTTP, and HTTPS packets. The CA certificate (src/resources/ca.crt) from the project needs to be imported to a trusted root certificate authority. The CA certificate (src/resources/ca.crt) from the project needs to be imported to a trusted root certificate authority. You can use the CertDownIntercept interceptor to enable the web certificate download feature. -
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WebSocket Kit
WebSocket client library built on SwiftNIO
WebSocket client library built on SwiftNIO. WebSockets allow for two-way communication between a client and server. Unlike HTTP, which has a request and response pattern, WebSocket peers can send an arbitrary number of messages in either direction. Vapor's WebSocket API allows you to create both clients and servers that handle messages asynchronously. -
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websocket for Go
Minimal and idiomatic WebSocket library for Go
websocket is a minimal and idiomatic WebSocket library for Go. Minimal and idiomatic API. First class context.Context support. Fully passes the WebSocket autobahn-testsuite. Single dependency. JSON and protobuf helpers in the wsjson and wspb subpackages. Zero alloc reads and writes. Concurrent writes. Close handshake. net.Conn wrapper. Ping pong API. RFC 7692 permessage-deflate compression. Compile to Wasm. Transparent message buffer reuse with wsjson and wspb subpackages. Gorilla writes directly to a net.Conn and so duplicates features of net/http.Client. Gorilla requires registering a pong callback before sending a Ping. Compare godoc of nhooyr.io/websocket with gorilla/websocket side by side. Will enable easy HTTP/2 support in the future. -
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BeetleX
high performance dotnet core socket tcp communication components
High-performance dotnet core socket tcp communication components, support TLS, HTTP, HTTPS, WebSocket, RPC, Redis protocols, custom protocols and 1M connections problem solution. -
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Laravel WebSockets
Websockets for Laravel
Laravel WebSockets is a package for Laravel 5.7 and up that will get your application started with WebSockets in no time. It has a drop-in Pusher API replacement, a debug dashboard, real-time statistics and even allows you to create custom WebSocket controllers. -
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Rhubarb
A WebSocket library optimized for multiplayer JS games
Rhubarb is a lightweight WebSocket library for multiplayer HTML5 games. It is originally designed to be used by the ROYGBIV Engine. However, it can be used outside of ROYGBIV as well. Javascript is slow, therefore we want to have as much main-process-power as we can in order to do game related calculations, graphics rendering and achieving 60 FPS. For multiplayer games achieving 60 FPS gets even more complicated given that transferring data over WebSockets is a slow operation. It also triggers GC activity by copying the transferred data (if JSON is the preferred way), which eventually slows down the main thread as well. -
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Tyrus
Eclipse Tyrus is the open source JSR 356 - Java API for WebSocket
Eclipse Tyrus is the open source JSR 356 - Java API for WebSocket reference implementation for easy development of WebSocket applications.Eclipse Tyrus is also a Jakarta WebSocket 2.0 compatible implementation. WebSocket protocol defined by IETF provides bi-directional communication between the server and the remote host. The pros are mainly the ability to communicate both ways, low latency and small communication overhead. Therefore Tyrus and WebSocket in general are suitable for web applications that require sending a huge volume of relatively small messages like online games or market ticker broadcasting. -
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WebSocket Ruby
Universal Ruby library to handle WebSocket protocol
Universal Ruby library to handle WebSocket protocol. It focuses on providing abstraction layer over WebSocket API instead of providing server or client functionality. WebSocket Ruby has no external dependencies, so it can be installed from source or directly from rubygems. -
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SNI Cloudflare MASQUE All Countries
Value Added Warp over WebSocket via CDN Tunnel
UDP Over SSL Tunnel UDP Over SSL Tunnel is a free SSL tool with SNI Host (Spoof Host) support ( SSL Injector ). Warp-over-WebSocket-CDN Bypass ISP throttling and DPI by tunneling Cloudflare Warp traffic over WebSocket with Host Header spoofing through major CDN networks (CloudFront / Cloudflare / Akamai). Platform Protocol Tunnel License What It Does Many ISPs throttle or block VPN traffic using Deep Packet Inspection (DPI). Warp-over-WebSocket-CDN wraps WireGuard UDP inside a WebSocket connection with a spoofed Host header, routing traffic through major CDN edge networks (CloudFront, Cloudflare, or Akamai). To any firewall or DPI system, the traffic looks like a legitimate WebSocket upgrade to a CDN-hosted domain. Result: Full Cloudflare Warp speed and privacy, even on heavily restricted networks — including campus, corporate, and ISP-level DPI systems. -
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GoWebSocket
golang supports million-connection distributed chat (IM) system
GoWebSocket is a Go-based distributed WebSocket chat and instant messaging system designed around very high connection counts. It demonstrates how to build a scalable IM architecture using Go, Gin, Nginx load balancing, horizontal deployment, and internal service communication. The project uses gRPC for communication between program components and is structured to support distributed real-time messaging rather than a single-process chat demo. Its documentation highlights single-machine million-connection goals, making performance and concurrency central to the design. gowebsocket is useful for developers studying large-scale WebSocket systems, chat backends, connection management, and Go network programming. It is best treated as a technical reference and learning project for distributed real-time architecture.
Open Source WebSocket Libraries Guide
Getting started with using open source websocket libraries is a great way to create real-time applications quickly. Here are the steps to get up and running:
- Choose Your Library: Before you can get started, you need to decide which websocket library to use. There are many open source libraries available for different programming languages such as HTML5 WebSocket, Node.js, Java Script, Photon, etc. Consider the features offered by each library and choose the one that best suits your project needs.
- Install the Library: Once you’ve chosen your library, it’s time to install it onto your system or computer. Most of these libraries come in packages that include documentation or guides on installation procedures so make sure to read through them before proceeding with installation.
- Connecting Clients and Servers: Websockets require a client–server connection between two endpoints (tools) in order for data transfer to be successful. Before you can start sending data back & forth between two computers or devices, make sure both ends of the connection are properly initialized by writing code according to guidelines provided by your chosen library/framework package.
- Sending & Receiving Data: Once connected, you can start exchanging messages between clients and servers using various protocols (e.g., TCP/IP). Make sure to research which protocol works best for your application and how it should be used correctly before continuing any further steps towards development.
- Developing Applications: Now that everything is set up properly, it’s time for the fun part - developing web applications. With websockets being an enabler of real-time communication between browsers & servers online, developers have endless opportunities when crafting their projects using this technology. Just remember to keep in mind all security concerns related with data transmissions across networks while creating apps with this technology.
If you’ve followed these 5 steps, then you should be all set up and ready to start building your own web applications using open source websocket libraries. Good luck.
What Features Do Open Source WebSocket Libraries Provide?
- Cross-Browser Compatibility: Open source websocket libraries are designed to work with a variety of web browsers, ensuring that users can access the same features regardless of their browser type or version.
- Secure Connections: Many open source websocket libraries provide secure connections in order to protect both the client and server from malicious actors or data breaches. This often includes TLS/SSL encryption as well as authentication protocols such as OAuth.
- Easy Integration: Websockets are often easy to integrate into existing systems due to their lightweight nature. This allows developers to quickly connect the client and server, allowing for rapid development cycles.
- Low Latency: The low latency provided by open source websocket libraries is a key feature which makes them popular for real time applications such as gaming. This ensures a fast and reliable connection between the two endpoints at all times.
- Protocol Support: Most open source websocket libraries support multiple protocols such as HTTP, WebSockets, UDP, and more. This means developers can easily leverage these protocols for different use cases without having to switch services or invest in new infrastructure.
- High Reliability: Another key feature of these libraries is high reliability. This ensures that data is sent quickly and accurately, reducing errors or latency issues which can affect applications such as gaming or streaming.
- Flexible Design: Open source websocket libraries are designed to be flexible, allowing developers to tailor the service to their specific needs. This includes features such as custom protocols, message queue support, and more.
Different Types of Open Source WebSocket Libraries
- Socket.io: Socket.io is a library that enables real-time, bidirectional and event-based communication between the browser and server. It works on every platform, browser or device, focusing equally on reliability and speed.
- Autobahn: Autobahn is an open source library for building WebSocket applications in Python, JavaScript and other languages. It provides features like automatic reconnection handling, cross-browser support and message routing to ease the task of developing real-time application protocols over raw websockets.
- WAMP: WAMP (Web Application Messaging Protocol) is an open source messaging protocol that runs on top of WebSockets for publishing/subscribing messages across multiple client types via RPCs (remote procedure calls). It provides an easier way to build distributed applications using JSON over websockets, without having to worry about security, transport layers etc., allowing developers to focus more on their application logic rather than networking code.
- Ratchet: Ratchet is an open source PHP library for working with the WebSocket protocol. It provides objects for dealing with clients, giving developers the ability to write applications that require low latency data transmission between browsers and servers quickly and easily.
- Faye: Faye is an open source messaging system based on Publish/Subscribe pattern over websockets. It enables easy single page application development by providing a simple asynchronous publisher/subscriber model which can be used independently or as part of a larger system such as NodeJS or Ruby On Rails framework.
- Primus: Primus is an open source library that abstracts realtime server communication over different transports like WebSocket, Server Sent Events and more. It allows developers to write their application logic in a unified way regardless of the transport layer being used underneath. It provides an easy and efficient way to enable asynchronous server communication.
What Are the Advantages Provided by Open Source WebSocket Libraries?
- Improved Security: Open source websocket libraries provide enhanced security features. This allows developers to better protect their applications from malicious attacks, data breaches, and other potential threats. Additionally, these libraries offer a wide range of authentication methods to ensure secure connections between client and server applications.
- Increased Performance: By using an open source websocket library, developers can create applications that are faster and more efficient than traditional web-based communication protocols. These libraries are able to handle higher volumes of data requests with less latency, enabling users to enjoy a smoother user experience.
- Reduced Development Time: Websockets eliminate the need for multiple threads when developing applications in languages like JavaScript or Java. With websockets, developers no longer have to worry about writing code that will support multiple processes or threads at once; instead they can focus on simply creating a single thread that creates a persistent connection with the server side application instead of establishing one-time connections each time data is required. This reduces development time significantly and ensures optimal performance in production environments.
- Robust Functionality: Open source websocket libraries make it easier for developers to create robust functionality within their applications by providing them with access to fully featured APIs and libraries that allow for the easy integration of advanced capabilities such as real-time messaging, media streaming, file sharing, etc.
- Community Support: The open source nature of these websocket libraries makes them extremely popular among developers due to its community-driven support structure which provides access to forums where programmers can seek help from experienced peers in order to troubleshoot any issues they may be experiencing during development. Additionally, open source websocket libraries offer a wide range of tutorials and documentation that can help developers understand the basics of websockets and how to effectively implement them into their applications.
Who Uses Open Source WebSocket Libraries?
- Developers: These are software engineers who use open source websocket libraries to create applications that interact with websockets.
- System Administrators: These professionals use open source websocket libraries to build and maintain networks of connected devices.
- Network Architects: These professionals are responsible for designing the infrastructure needed to enable websockets to run properly.
- Web Designers & Front-End Developers: These individuals use open source websocket libraries while building websites and web applications in order to ensure that websites seamlessly connect with web sockets.
- Embedded Device Makers: These makers create products such as smart home controllers, robots, drones and other connected devices that rely on websockets for communication.
- IoT Programmers: These individuals use open source websocket libraries in order to program Internet of Things (IoT) devices and machines.
- Data Scientists & Analysts: Data scientists and analysts make use of open source websocket libraries when collecting data from a variety of sources in order to identify trends or correlations between different pieces of data over time.
- Security Professionals: These professionals use open source websocket libraries to ensure the safety and security of web applications and networks that use websockets.
How Much Do Open Source WebSocket Libraries Cost?
Open source websocket libraries are completely free. This means that anybody can use them without having to spend any money. Websocket libraries can help developers to quickly and easily create applications with real-time communication capabilities. Many of these libraries are actively maintained, so you don’t have to worry about the code becoming outdated or insecure. Additionally, open source websocket libraries often come with well-documented APIs, which makes it easier for developers to quickly and accurately implement the web socket functionality into their applications. So, in conclusion, open source websocket libraries cost nothing – they’re totally free.
What Software Can Integrate With Open Source WebSocket Libraries?
Open source websocket libraries can integrate with a variety of types of software. For example, web browser applications, cloud services, and real-time data exchange services are all compatible with open source websocket libraries. Many messaging and communication applications can be adapted to use websockets as well as content management systems and virtual machines. Other software types that can work with open source websocket libraries include databases, ecommerce platforms, machine learning frameworks, and game engines. Additionally, mobile apps built on popular operating systems such as Android or iOS can be integrated with open source websocket libraries.
What Are the Trends Relating to Open Source WebSocket Libraries?
- Websockets are increasingly being used for real-time applications due to their low latency, bi-directional communication capabilities.
- The most popular open source websocket libraries are Socket.IO and WebSocket++, both of which provide an easy and extensible way to communicate with other systems via websockets.
- Recently, there has been a trend towards using open source components to build web applications, and this is no different for websocket libraries.
- Developers have been drawn to open source websocket libraries because of their ease of use; developers can quickly spin up a connection with minimal code.
- Open source websocket libraries also give developers access to extensive documentation, making it easier and quicker to find answers when they’re stuck troubleshooting a problem.
- Additionally, the cost savings associated with open source solutions has made them appealing for developers on a budget.
- Finally, due to the growing popularity of container orchestration technologies such as Kubernetes, open source websocket libraries can be deployed over multiple nodes in a distributed system architecture more easily than proprietary solutions.
How To Get Started With Open Source WebSocket Libraries
Users can get started with using open source websocket libraries by first selecting the library that works best for their needs. There are many libraries available, such as Java, JavaScript, Python, and Ruby. Once the library has been selected, the user will need to download it from the library's official website. After downloading the library files to their computer, they should unzip them into a folder they can easily locate.
Next, they will need to install any required dependencies and configure it correctly. The installation and configuration process may vary depending on which operating system is running on their computer or server. Depending on the complexity of their application's websocket requirements, users may also want to set up an authentication strategy and data validation protocol before connecting it to a websocket server.
After all of these steps have been completed successfully, users can start writing code that interacts with websockets. This could involve writing client-side scripts that use JavaScript to communicate with a server via websockets, or building out a server-side application in Java or Python that listens for incoming connections over websockets and handles incoming messages accordingly.
Overall, getting started with using open source websocket libraries is relatively straightforward once users select and download the right library for their particular environment and setup any required dependencies correctly. With some familiarity of coding in whatever language they are working with (JavaScript, Java, Python, etc.), users should be able to have an application up and running with features powered by web sockets in no time.
