cmux-terminal-multiplexer

Terminal multiplexing for AI agents involves creating side-by-side or stacked panes to run commands concurrently. This approach unifies parallel workspaces, allowing subagents to operate with visible status updates and lightweight messaging patterns.

Yes, headless browser automation is supported within parallel agent workflows via a Playwright-like API. It enables automated web interactions directly inside terminal splits, allowing concurrent subagents to perform coordinated browser tasks.

Yes, managing parallel workspaces requires a CLI with commands to create and manage terminal splits. This CLI tracks subagent status and emits structured outputs for downstream tooling, ensuring coordinated parallel execution.

The best way to track status across parallel subagents is using a programmable terminal multiplexer with visible splits. It monitors concurrent execution and emits structured outputs for downstream tooling, ensuring clear visibility into agent workflows.

To emit structured outputs for downstream tooling, use a programmable terminal multiplexer CLI that tracks subagent status and coordinates browser interactions. This unifies parallel workspaces and feeds structured data directly to subsequent processes.