MiroTalk P2P

Simple, secure, fast real-time video conferences up to 4k and 60fps, compatible with all browsers and platforms.

Steady · 56
56/100
Steady

Maintained, but at a slower pace than the leaders in its category.

Maintenance 26/40
Releases 13/25
Community 13/20
Momentum 4/15

Commit activity more than 64% of tracked projects; popularity more than 66%. How this is calculated.

Commits, last 11 months

2025-10: 32 commits 2025-11: 72 commits 2025-12: 68 commits 2026-01: 20 commits 2026-02: 29 commits 2026-03: 54 commits 2026-04: 103 commits 2026-05: 36 commits 2026-06: 6 commits 2026-07: 19 commits 2026-08: 71 commits
2025-10 510 total 2026-08
Stars4.8k
Latest release—
Repo updated27 Sept 2026
LicenceAGPL-3.0
Built withNodejs, Docker

Is MiroTalk P2P actively maintained?

Development is ongoing. The repository recorded 510 commits over the same window, and the last three months alone account for 96 of them.

Activity is cooling: commits are down 50% against the previous quarter. One slow quarter is normal; two in a row is a signal.

No tagged releases are published, so there is no stable version to pin to — you would deploy from the default branch or a container image built from it.

MiroTalk P2P ranks #5 of 10 in Communication - Video Conferencing, placing it mid-table for maintenance activity.

What MiroTalk P2P actually does

MiroTalk P2P is a web application for browser-based video conferencing and real-time communication. It relies on peer-to-peer connections to stream audio and video streams directly between participants without routing media through a central server.

Best fit: It suits small teams or casual meetings where direct browser communication is preferred over routing traffic through a hosted third-party platform.

Worth knowing: The peer-to-peer architecture does not scale efficiently beyond a few participants, leading to high bandwidth demands on each client device. Additionally, the copyleft AGPL-3.0 licence may restrict how you integrate or modify the codebase in proprietary environments.

Deployment notes

You can deploy the container using Docker, though you will typically need to configure a reverse proxy to handle TLS termination for secure WebRTC access. STUN and TURN servers may also be required depending on network topologies and NAT traversal needs.


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