🧪 Streaming Streaming Collaboration Simulation
Interactive jitter-buffer simulator: multiple contributors send packets over noisy network paths into a shared live-stream mixer. Tune buffer delay against latency and jitter, and watch synchronization spread, buffer health and dropped-frame glitches respond in real time.
Real-time collaboration inside a shared live stream — multiple guests, cameras or contributors feeding one broadcast — lives or dies on a single trade-off: how long the mixer waits for packets before it plays them. This simulator models a real playout jitter buffer feeding a shared stream from several independent contributors, each with its own randomly jittering network path. Watch packets fly in from each contributor toward the central mixer, dock in the buffer, and get released together on a shared clock, or arrive too late and drop as a visible glitch. Tune the buffer delay against network latency and jitter and see the live buffer health, dropped-packet count and cross-contributor sync spread respond exactly as they would inside a real WebRTC-based collaborative streaming tool.
This simulation explores the challenges of real-time collaboration within streaming environments. It models how multiple users can interact and contribute to a shared stream.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install