claude-devfleet

You can orchestrate parallel coding agents by dispatching tasks to isolated git worktrees, allowing multiple agents to work simultaneously with configurable concurrency limits and automatic merging of completed changes.

Managing dependencies between parallel coding tasks involves chaining missions into a directed acyclic graph, ensuring dependent tasks automatically launch only when their prerequisite missions complete successfully.

Splitting a full-stack application build into parallel missions requires dividing the project into frontend, backend, and test tasks that execute concurrently in isolated worktrees, consolidating all changes automatically without manual merging.

Yes, git worktrees are required for multi-agent coding automation because they provide the isolated environments necessary for parallel agents to work on separate missions without interfering with each other's changes.

Tracking progress and getting structured reports from parallel coding agents is supported natively, providing end-to-end orchestration that includes project planning, mission dispatch, and structured result reporting.

Automated mission dispatch eliminates the tedious manual work of coordinating multiple coding agents, tracking dependencies, and consolidating results, significantly reducing project delivery time and human error.