Apps using LiveKit

LiveKit is a powerful and versatile open-source WebRTC platform designed to simplify the development of real-time audio and video applications. This cutting-edge SDK provides developers with a comprehensive set of tools and features to build scalable, high-quality live streaming and video conferencing solutions. LiveKit offers a seamless integration process, allowing developers to quickly implement real-time communication capabilities into their applications without the need for extensive WebRTC expertise. One of the key advantages of LiveKit is its flexibility and adaptability to various use cases. Whether you're building a one-to-one video chat application, a large-scale virtual event platform, or a collaborative workspace with screen sharing capabilities, LiveKit provides the necessary infrastructure and APIs to support your project. The SDK is designed to handle complex scenarios such as multi-party calls, selective subscriptions, and simulcast streaming, ensuring optimal performance and bandwidth utilization. LiveKit's architecture is built with scalability in mind, allowing applications to handle thousands of concurrent users without compromising on quality or reliability. The platform leverages cloud-native technologies and can be easily deployed on Kubernetes clusters, providing developers with the ability to scale their applications horizontally as user demand grows. This makes LiveKit an ideal choice for businesses looking to future-proof their real-time communication solutions. Security is a top priority in LiveKit, with end-to-end encryption and robust authentication mechanisms built into the core of the platform. Developers can implement custom authentication flows and integrate with existing identity providers to ensure that only authorized users can access their applications. Additionally, LiveKit offers fine-grained controls for managing participant permissions and room access, giving developers complete control over the security of their real-time communication features. The LiveKit SDK supports a wide range of client-side platforms, including web browsers, iOS, Android, and desktop applications. This cross-platform compatibility enables developers to create consistent user experiences across different devices and operating systems. The SDK also provides pre-built UI components and sample applications, allowing developers to quickly prototype and iterate on their ideas without starting from scratch. One of the standout features of LiveKit is its advanced audio and video processing capabilities. The platform offers adaptive bitrate streaming, intelligent packet loss concealment, and automatic bandwidth estimation to ensure the highest possible quality of audio and video under varying network conditions. LiveKit also supports features such as background noise suppression, echo cancellation, and automatic gain control, enhancing the overall user experience in real-time communication applications. For developers looking to extend the functionality of their applications, LiveKit provides a flexible plugin system and webhooks. This allows for easy integration with third-party services, such as speech-to-text engines, sentiment analysis tools, or custom recording solutions. The extensibility of LiveKit makes it an excellent choice for businesses looking to create innovative and feature-rich real-time communication applications.

• LiveKit is an open-source WebRTC platform designed for building real-time audio and video applications, offering a comprehensive suite of features for developers to create scalable and high-quality live streaming experiences.
• It provides a server-side implementation in Go, which allows for efficient handling of WebRTC connections and media routing, enabling developers to build applications that can support thousands of concurrent users.
• LiveKit offers client SDKs for various platforms, including Web, iOS, Android, React Native, and Flutter, making it easy to integrate real-time communication features into applications across different devices and operating systems.
• The platform supports multi-party conferencing, allowing multiple participants to join a room and engage in real-time audio and video communication with low latency and high quality.
• LiveKit implements Selective Forwarding Unit (SFU) architecture, which optimizes bandwidth usage and improves scalability by intelligently routing media streams between participants.
• It provides features like audio and video muting, screen sharing, and adaptive bitrate streaming to ensure smooth performance across different network conditions.
• The platform offers robust security features, including end-to-end encryption and token-based authentication, to protect user privacy and prevent unauthorized access to live sessions.
• LiveKit supports recording and transcoding capabilities, allowing developers to capture and store live sessions for later playback or distribution.
• It provides real-time data channels for implementing features like chat, file sharing, and custom application-specific data exchange alongside audio and video streams.
• The platform offers detailed analytics and monitoring tools, enabling developers to track performance metrics, diagnose issues, and optimize their applications.
• LiveKit supports WebRTC simulcast, which allows for efficient bandwidth usage and improved quality of experience for participants with varying network conditions.
• It provides APIs for dynamic room management, allowing developers to programmatically create, configure, and manage virtual rooms for live sessions.
• The platform offers features like audio mixing and noise suppression to enhance the audio quality of live communications.
• LiveKit supports integration with popular cloud providers, making it easy to deploy and scale applications on platforms like AWS, Google Cloud, and DigitalOcean.
• It provides comprehensive documentation and examples, making it easier for developers to get started and implement advanced features in their applications.
• The platform offers low-latency streaming capabilities, making it suitable for applications that require real-time interaction, such as gaming or live auctions.
• LiveKit supports adaptive streaming, automatically adjusting video quality based on network conditions to ensure smooth playback for all participants.
• It provides features for managing participant permissions and roles within a room, allowing developers to implement moderation and access control in their applications.
• The platform offers support for custom video layouts and compositing, enabling developers to create unique and branded visual experiences for their users.
• LiveKit provides APIs for integrating with external services like speech-to-text or sentiment analysis, enabling developers to add advanced features to their real-time communication applications.

• LiveKit can be used to build real-time video conferencing applications for remote team collaboration, allowing distributed teams to conduct virtual meetings with high-quality audio and video streams.
• Educational institutions can leverage LiveKit to create interactive online learning platforms, enabling teachers to conduct live classes, share screens, and engage with students in real-time.
• Telemedicine platforms can integrate LiveKit to facilitate secure and reliable video consultations between healthcare providers and patients, improving access to medical care in remote areas.
• LiveKit can power virtual events and webinars, allowing organizers to host large-scale online conferences with features like breakout rooms, audience polling, and Q&A sessions.
• Gaming companies can use LiveKit to add in-game voice and video chat functionality, enhancing player communication and social interaction within multiplayer games.
• Customer support teams can implement LiveKit to provide video-based customer service, allowing agents to offer personalized assistance and troubleshoot issues more effectively.
• LiveKit can be utilized in virtual fitness classes and personal training sessions, enabling instructors to lead workouts and provide real-time feedback to participants.
• Financial institutions can integrate LiveKit to offer secure video banking services, allowing customers to consult with advisors and complete transactions remotely.
• Real estate agents can use LiveKit to conduct virtual property tours, enabling potential buyers to explore homes and interact with agents in real-time from anywhere in the world.
• LiveKit can be implemented in virtual courtrooms and legal proceedings, facilitating remote hearings, depositions, and witness testimonies while maintaining security and confidentiality.
• E-commerce platforms can integrate LiveKit to offer live video shopping experiences, allowing sellers to showcase products and interact with customers in real-time.
• Human resources departments can use LiveKit for virtual job interviews and remote onboarding processes, streamlining recruitment and improving the candidate experience.
• LiveKit can power virtual art galleries and museum tours, enabling curators to guide visitors through exhibitions and provide interactive experiences from a distance.
• Social media platforms can integrate LiveKit to offer live streaming capabilities, allowing users to broadcast video content and engage with their audience in real-time.
• LiveKit can be used in remote monitoring and surveillance systems, enabling security personnel to conduct live video checks and respond to incidents promptly.
• Virtual tutoring platforms can leverage LiveKit to facilitate one-on-one or group tutoring sessions, complete with whiteboard functionality and document sharing.
• LiveKit can enhance virtual team-building activities and online workshops, allowing facilitators to conduct interactive exercises and foster collaboration among remote participants.
• Automotive dealerships can use LiveKit to offer virtual test drives and vehicle walkthroughs, enabling potential buyers to explore cars remotely with the guidance of a sales representative.
• LiveKit can be integrated into smart home systems to enable video-based home monitoring and communication between residents and visitors at the front door.
• Virtual career fairs and job expos can utilize LiveKit to connect job seekers with employers through video-based information sessions and one-on-one interviews.

• Twilio Video is a popular alternative to LiveKit, offering robust video, audio, and chat capabilities for real-time communication applications. It provides SDKs for various platforms including iOS, Android, and web browsers, allowing developers to easily integrate video conferencing features into their applications. Twilio Video offers scalable infrastructure and supports features like screen sharing, recording, and custom layouts.
• Agora.io is another powerful alternative that provides real-time voice and video SDKs for building interactive applications. It offers low-latency, high-quality communication across various devices and networks. Agora supports multiple platforms including iOS, Android, Web, Windows, and macOS, making it versatile for cross-platform development. It also provides additional features like real-time messaging, live streaming, and voice effects.
• Vonage Video API (formerly TokBox OpenTok) is a flexible solution for adding live video, voice, and messaging to applications. It offers SDKs for web, iOS, and Android platforms, enabling developers to create customized video experiences. Vonage Video API supports features like screen sharing, recording, and broadcasting, making it suitable for various use cases including telehealth, education, and customer service.
• Jitsi is an open-source alternative that provides a set of tools for building and deploying secure video conferencing solutions. It offers both server-side components and client-side libraries for creating custom video communication applications. Jitsi supports WebRTC and can be self-hosted, giving developers more control over their infrastructure and data. It also provides features like end-to-end encryption, screen sharing, and recording.
• Amazon Chime SDK is a set of real-time communication components that can be used to add audio, video, and screen sharing capabilities to applications. It offers client SDKs for iOS, Android, and JavaScript, as well as server-side APIs for managing meetings and attendees. Amazon Chime SDK leverages AWS's global network infrastructure to provide low-latency, high-quality communication experiences.
• Daily.co API is a WebRTC-based platform that allows developers to add video calls to their applications with just a few lines of code. It offers SDKs for web, iOS, and Android, as well as a REST API for managing rooms and participants. Daily.co supports features like custom layouts, recording, and live streaming, making it suitable for various use cases including virtual events and online education.
• Whereby Embedded is a flexible video meeting API that allows developers to integrate video conferencing capabilities into their applications. It offers a JavaScript SDK and REST API for creating and managing video rooms. Whereby Embedded supports features like screen sharing, recording, and custom branding, making it a versatile choice for building video-enabled applications.
• SignalWire provides a suite of APIs and SDKs for adding real-time voice, video, and messaging capabilities to applications. It offers SDKs for various platforms including web, iOS, and Android, as well as server-side APIs for managing communication sessions. SignalWire supports features like SIP trunking, call recording, and programmable voice, making it suitable for building complex communication systems.
• Dolby.io Communications APIs offer a set of tools for adding high-quality audio and video capabilities to applications. It provides SDKs for web, iOS, and Android platforms, as well as server-side APIs for managing communication sessions. Dolby.io offers features like spatial audio, noise reduction, and echo cancellation, making it ideal for creating immersive communication experiences.
• Zoom Video SDK is a powerful solution for embedding Zoom's video and audio technology directly into applications. It offers SDKs for iOS, Android, Windows, macOS, and web browsers, allowing developers to create custom video experiences using Zoom's infrastructure. The Zoom Video SDK supports features like virtual backgrounds, cloud recording, and breakout rooms, making it suitable for various use cases including telehealth and online education.