open-webrtc-toolkit/owt-serverArchived
Owt Server
This project is a scalable real-time communication platform designed for multi-party video and audio conferencing. It functions as a modular media server that orchestrates live sessions, manages virtual meeting rooms, and handles the distribution of media streams across distributed computing environments.
The platform distinguishes itself through its support for protocol bridging, allowing for the translation between WebRTC, RTSP, SIP, and HLS. It incorporates hardware-accelerated transcoding to maintain performance across diverse devices and utilizes a plugin-based architecture to enable custom media processing, such as real-time content analytics and object detection.
The system provides comprehensive infrastructure for managing media pipelines, including session recording, dynamic network adaptation, and the composition of custom video layouts. It also supports telephony integration, enabling connectivity between digital conference rooms and traditional phone systems. Administrative features include multi-tenant service management and token-based access control to secure virtual spaces.
The software is packaged for containerized deployment, facilitating consistent execution and orchestration across development and production clusters.
Features
- Video Conferencing Systems - Provides scalable infrastructure for multi-party video and audio conferencing in virtual meeting rooms.
- Real-Time Media Servers - Routes live media streams across multiple endpoints using scalable server architectures to support high-capacity video communication.
- Streaming Media Processing Pipelines - Implements a server architecture for real-time transcoding, recording, and analytics using hardware-accelerated pipelines.
- Media Transcoding - Performs on-the-fly video format conversion to optimize playback performance for various user devices.
- Realtime Media Routing - Routes and replicates live media streams across a distributed server mesh to support large-scale conferencing.
- Hardware-Accelerated Transcoders - Converts video formats in real-time using hardware acceleration to ensure compatibility across diverse devices.
- Real-time Communication Platforms - Orchestrates multi-party video sessions and live content distribution across diverse network environments.
- Media Streaming Protocol Bridging - Bridges live media between diverse streaming formats like WebRTC, RTSP, and HLS to ensure cross-platform compatibility.
- WebRTC Media Orchestration - Provides a scalable WebRTC media server infrastructure for real-time conferencing and protocol bridging.
- Conference Room Orchestration - Creates and configures virtual spaces for real-time communication by defining participant limits and access permissions.
- Room-Level Access Tokens - Generates single-use access tickets that authorize participants to join specific virtual rooms based on assigned roles.
- Multi-Tenant Data Management - Organizes collections of virtual rooms under distinct identifiers to enable multi-tenant management and administrative isolation.
- Media Session Recording Controls - Captures and archives live audio and video streams for later playback and long-term storage.
- Containerized Services - Bundles server components into container images to ensure consistent execution across distributed infrastructure clusters.
- Distributed Infrastructure - Manages virtual rooms and horizontal scaling of media workloads across distributed computing clusters.
- Microservices Orchestration - Orchestrates modular processing components across clusters to manage signaling and media logic independently.
- Network-Based Quality Scaling - Adjusts transmission parameters dynamically based on current connection conditions to maintain stable media delivery.
- Media Processing Plugins - Executes real-time processing on media streams using custom plugins for tasks like object detection and content analytics.
- Video Scene Layouts - Positions participant video streams within a shared output using relative coordinates to create custom visual compositions.
- Live Video Stream Monitoring - Processes live video feeds through plugins to perform real-time object detection and movement analysis.
- Dynamic Parameter Adjustment - Adjusts transmission parameters in real-time based on network conditions to maintain stable media delivery.
- Media Stream Mixers - Routes and mixes individual audio and video tracks to manage active speaker layouts and media delivery.
- Media Server Load Balancers - Distributes streaming sessions across multiple media server instances to provide load balancing and fault tolerance.
- Telephony and Media Bridging - Integrates traditional telephony and SIP hardware into digital video conferences.
- Media Stream Distribution - Distributes live audio and video content across different platforms and network infrastructures using industry-standard protocols.
- Media Processing Plugins - Supports dynamic injection of custom logic modules into the media pipeline for specialized processing tasks.
Star history
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