Using playwright automation with CDP and screencast frames on canvas creates distributed system issues. Can WebRTC stream these frames as a live video track for room-based real-time viewing?
In my previous project, I encountered challenges with synchronizing live video streams coming from a headless session. I experimented with WebRTC to transmit canvas frames in real time and found that working carefully on encoding parameters significantly improved stability and latency. I adjusted both the frame rate and the resolution dynamically based on network conditions, which reduced buffering and improved real-time interaction. Although the integration was complex, using WebRTC allowed more efficient handling of live data streams compared to traditional screncasting techniques.
hey ive tried something similar. got it working by tweaking encoding on the fly. trial n eror helped alot device different latency issues. might need to play with settings more but overall works decently for live room stream, kinda rough but workable.
I have experimented with similar setups in my past projects and found that using WebRTC for streaming canvas frames can indeed be a viable solution to manage distributed system challenges typically present in a headless browser environment. When working with Playwright and CDP, the key is to ensure that frame capturing and encoding are performed efficiently to maintain synchronization and quality. In my experience, careful management of buffering and real-time adjustments to encoding settings are essential, as they help mitigate latency issues and provide smoother live video feeds in a room-based setup.
In my projects, I also faced the challenge of streaming headless browser sessions and experimented with WebRTC for an efficient solution. I noticed that fine-tuning the bitrate and frame size on the fly was crucial to balancing performance and quality. The primary difficulty was synchronizing the live feed with the transmitted data, especially in variable network conditions. Implementing adaptive adjustment protocols helped me maintain consistent quality. My experience suggests that further optimizing the interplay between encoding routines and network feedback is key to achieving reliable and fluid real-time streaming.