Create collaborative coding sessions with audio, video, and real-time code editing. Run code in multiple languages and share your work instantly.
No laggy screen shares or fragile sync loops. Designed with native Monaco parity, WebRTC media mesh, and millisecond state distribution. Monaco parity, WebRTC media mesh, and millisecond state distribution.
Conflict-free state merges through lightweight operational transforms. Every keystroke, cursor selection, and scroll jump mirrors seamlessly across both peers with zero layout shift.
Run and test algorithms instantly across multiple runtimes. Output pipes straight into your synchronized terminal pane.
No 3rd party conferencing apps required. Crystal-clear WebRTC media channels stream alongside your editor without hogging CPU or introducing background delay. media channels stream alongside your editor without hogging CPU or introducing background delay.
No repositories to configure, no complex authorization flows. Generate a session, share the hash, and write code.
Trigger an encrypted session workspace with default runtime configurations and isolated memory partitions.
Pass your room hash to a peer. WebRTC ICE negotiation establishes a direct peer channel instantly with STUN fallback. Pass your room hash to a peer. WebRTC ICE negotiation establishes a direct peer channel instantly with STUN fallback.
Edit in tandem with dual cursors, run code, talk over noise-cancelled audio, and debug problems together in real-time. noise-cancelled audio, and debug problems together in real-time.
Initialize a new isolated environment or connect to an ongoing session using its room identifier.
Creates an isolated session with live Monaco synchronization and peer-to-peer WebRTC readiness.