WebRTC Remote Proctoring Integration
Budget: ₹12,500 – ₹37,500 INR
Project Description
We are extending our Remote Proctoring Application where students take online exams and multiple admins/proctors can monitor them in real time.
Currently, we face challenges with one-to-many WebRTC connections (one publisher → multiple viewers). A P2P mesh approach doesn’t scale, so we require a stable SFU (Selective Forwarding Unit) solution.
We are seeking an experienced WebRTC developer who has already integrated one-to-many broadcasting using SFU servers (mediasoup, Janus, ANT Media Server, LiveKit, Jitsi, etc.).
The module should be self-contained, plug cleanly into our existing stack, and work on both Windows and macOS builds.
Requirements & Features
Live Video Streaming: One student test-taker streams their camera to multiple proctors in real time.
Two-Way Audio: Proctors can talk back to candidates if needed.
Screen Sharing: Candidate’s desktop/screen stream alongside their camera.
Session Recording: Automatic recording of sessions (no playback UI required). Files should be downloadable/archivable later.
Scalability: One-to-many should work smoothly with multiple concurrent viewers.
Cross-Platform: Fully functional on Windows and macOS builds.
Clean Integration: Should fit into our current stack (vanilla JavaScript front-end + Node.js/Express back-end).
Documentation: Clear setup instructions, API endpoint details, signaling flow, and how to enable/disable recording.
Final Demo: One student publisher with multiple proctor viewers tested on both Windows and macOS.
Required Experience
Proven work with WebRTC one-to-many streaming using an SFU server.
Hands-on experience with mediasoup / Janus / ANT Media / LiveKit / Jitsi.
Strong Node.js/Express + JavaScript background.
Knowledge of recording and archiving WebRTC sessions.
Deliverables
A working one-to-many WebRTC module integrated into our system.
Source code with build scripts/instructions for Windows & macOS.
Documentation covering:
API endpoints
Signaling logic
Enabling/disabling session recording
Final demo session: One student streaming video + screen to multiple proctors with audio interaction.
We are extending our Remote Proctoring Application where students take online exams and multiple admins/proctors can monitor them in real time.
Currently, we face challenges with one-to-many WebRTC connections (one publisher → multiple viewers). A P2P mesh approach doesn’t scale, so we require a stable SFU (Selective Forwarding Unit) solution.
We are seeking an experienced WebRTC developer who has already integrated one-to-many broadcasting using SFU servers (mediasoup, Janus, ANT Media Server, LiveKit, Jitsi, etc.).
The module should be self-contained, plug cleanly into our existing stack, and work on both Windows and macOS builds.
Requirements & Features
Live Video Streaming: One student test-taker streams their camera to multiple proctors in real time.
Two-Way Audio: Proctors can talk back to candidates if needed.
Screen Sharing: Candidate’s desktop/screen stream alongside their camera.
Session Recording: Automatic recording of sessions (no playback UI required). Files should be downloadable/archivable later.
Scalability: One-to-many should work smoothly with multiple concurrent viewers.
Cross-Platform: Fully functional on Windows and macOS builds.
Clean Integration: Should fit into our current stack (vanilla JavaScript front-end + Node.js/Express back-end).
Documentation: Clear setup instructions, API endpoint details, signaling flow, and how to enable/disable recording.
Final Demo: One student publisher with multiple proctor viewers tested on both Windows and macOS.
Required Experience
Proven work with WebRTC one-to-many streaming using an SFU server.
Hands-on experience with mediasoup / Janus / ANT Media / LiveKit / Jitsi.
Strong Node.js/Express + JavaScript background.
Knowledge of recording and archiving WebRTC sessions.
Deliverables
A working one-to-many WebRTC module integrated into our system.
Source code with build scripts/instructions for Windows & macOS.
Documentation covering:
API endpoints
Signaling logic
Enabling/disabling session recording
Final demo session: One student streaming video + screen to multiple proctors with audio interaction.