Okena vs WMUX

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.

WMUX is a terminal multiplexer that keeps local terminal workspaces alive when a terminal client disconnects. Its persistent server manages sessions, windows, panes, terminal state, layouts, options, commands, paste buffers, jobs, and clients. That scope is intended for shells, servers, logs, builds, agents, and project work. Users can split panes left or right, or top or bottom, navigate among them, and zoom a pane. WMUX creates a default configuration file on first use, with commands to inspect its path, contents, and effective configuration. It runs on Linux, macOS, and Windows; Windows uses native platform mechanisms without a POSIX emulation layer. The software is free and MIT-licensed. Windows ARM64 builds and package-manager repositories are not currently provided. Release archives have SHA-256 sidecar files, and GitHub attestations can be used to verify build provenance. Its v1 binaries are not Authenticode-signed or Apple-notarized, so Windows SmartScreen or macOS Gatekeeper may show a trust prompt.