headless-nwave-worker

You can run long-running nwave-ai tasks in the background by dispatching them as headless Claude processes. This executes waves like nw-discover or nw-research as detached processes, allowing them to run without interrupting your active workflow.

Yes, git worktrees are required to run headless nwave-ai waves. The Skill creates git worktrees from your local repository to execute the background processes, ensuring all local changes are properly accounted for during isolation.

The best way to automate complex nwave-ai waves without user interaction is dispatching them as headless Claude processes. This method submits the background work to a headless merge queue, where a content-aware gate handles automated testing and merging.

Yes, the headless merge queue requires Claude Code to operate. Along with nwave-ai, Claude Code is a necessary dependency for dispatching waves and executing the content-aware gate that decides on testing and merging.

Yes, you can submit background code changes to a merge queue using nwave-ai. The Skill dispatches waves as headless processes in a git worktree and submits the resulting work to a headless merge queue for content-aware merging and testing.

You use a headless Claude process for nwave-ai background execution to isolate long-running tasks from your local environment. This approach leverages git worktrees and a merge queue to ensure detached processing and automated merging without constant interaction.