Media I/O Layer · WebRTC Component
Built the media I/O layer component for a larger WebRTC platform. Implemented camera, microphone, and screen capture with hardware-accelerated H.264 and Opus encoding/decoding. Cross-platform support for macOS, iOS, Android, Windows, and Linux.
Case study
Media I/O Layer · WebRTC Component
Built the media I/O layer component for a larger WebRTC platform. Implemented camera, microphone, and screen capture with hardware-accelerated H.264 and Opus encoding/decoding. Cross-platform support for macOS, iOS, Android, Windows, and Linux.
Built the media I/O layer component for a larger WebRTC platform as part of a 3-person team. Implemented camera, microphone, and screen capture with hardware-accelerated H.264 and Opus encoding/decoding. Cross-platform support for macOS, iOS, Android, Windows, and Linux.
Key results
macOS, iOS, Android, Windows, Linux
Rust developers
Hardware acceleration enabled
Stack
Timeline
Week 1–2
Platform analysis and architecture design
Week 3–8
Core implementation and platform-specific backends
Week 9–10
Integration testing and documentation
Project Details
Technical implementation and architecture overview
Camera, microphone, screen capture
Implemented unified APIs for capturing video and audio across platforms with hardware-accelerated encoding.
Hardware acceleration
Leveraged native OS interfaces for H.264 and Opus encoding/decoding with minimal CPU overhead.
FAQs
What do you build? +
Web3, AI, Systems, Web. End-to-end. One person. From idea to deployed.
Do you do consultancy? +
Yes. Architecture, stack selection, code reviews. Hourly or contract. Get unstuck fast.
How fast can you deliver? +
Fast. I focus on going live. Less bureaucracy, more shipping. Let's discuss timeline.
One person for everything? +
Yes. Frontend, backend, infrastructure, deployment. Complete systems. End-to-end.