Okena vs p2pmux

Okena is a native terminal multiplexer for running multiple command-line agents and projects in one window. Workspaces can be arranged as side-by-side project columns, tabs, split panes, detachable terminal windows, or fullscreen. The terminal uses GPU-accelerated rendering and supports scrollback of up to 100,000 lines. Okena can save and restore workspace layouts and terminal sessions across restarts; persistence is local. Users can manage Git worktrees as projects and view branches and change statistics. Documented integrations include status or usage information for Claude Code and OpenAI Codex, Docker Compose project services, and opening files in editors. Remote control is documented through a local HTTP and WebSocket API, with a browser client and iOS and Android companion apps. Pairing uses HMAC-SHA256 token authentication and rate-limited pairing codes, and downloaded updates are SHA256 verified. Okena is free and open source under the MIT License, with a listed plan of free. Installation commands are provided for macOS, Linux, and Windows, alongside instructions for building from source.

p2pmux is a free peer-to-peer terminal multiplexer for connecting people and machines to one shared session. Each pane runs a real shell on the machine of the person who opened it, using that host's tools and environment. Shared sessions can have up to 8 members, 9 tabs, and 8 panes per tab, with nested splits. Terminal streaming is end-to-end encrypted and peer-to-peer, with an iroh relay available when NAT requires it. If the coordinator laptop closes, panes on other machines continue running, but layout changes and new joins pause. Processes and credential files remain on the pane host rather than being uploaded to peers. The agent inbox can show detected coding agents and open a pane for terminal input. Anyone with a join code or ticket can see every pane and interact with terminals; join codes last six hours. The project supports macOS and Linux, not Windows. Linux builds require glibc 2.35 or newer, while musl systems must build from source. It is released under the MIT license.