git-worktree-swarm

You can use parallel git worktrees to spawn isolated workspaces for concurrent multi-agent execution, preventing interference with the main branch. Dependency-aware wave sequencing ensures tasks respect file and data dependencies across isolated workspaces.

Dependency-aware wave execution sequences parallel tasks across multiple agents by analyzing file and data dependencies. It groups tasks into waves, ensuring that dependent tasks wait for prerequisite work to complete before executing in isolated git worktrees.

Orchestrating parallel git worktrees enforces atomic commits and coordinated merging to keep the main branch clean. After tasks complete in isolated worktrees, the system applies safe merging and cleanup to ensure reproducible collaboration.

Git worktrees are suited for multi-agent collaboration on a single repository regardless of scale. The orchestration system applies phase-based setup, dependency analysis, and context isolation to ensure safe, reproducible collaboration across concurrent agents.

You should avoid parallel git worktrees when tasks share heavy file dependencies that prevent wave isolation, or when your workflow requires synchronous, sequential execution. Worktrees are designed for concurrent, dependency-respecting tasks rather than tightly coupled sequential operations.

Yes, parallel git worktree orchestration includes safe, atomic merging and automatic cleanup. After coordinated merging completes, the system removes isolated workspaces to keep the main branch clean and reproducible for future execution waves.