parallel-orchestrator

You can run parallel development tasks without conflicts by using isolated git worktrees for each task. This approach auto-creates separate working directories, preventing cross-task interference while enabling scalable parallel execution.

Git worktree orchestration manages decomposed tasks by allocating independent worktrees to each subtask, tracking progress, and executing staged merging with QA verification. This ensures safe integration after parallel execution completes.

To enable parallel task execution, you need parallelization enabled in your configuration file and a decomposed set of independent tasks. The orchestrator then handles worktree allocation, agent dispatch, and progress tracking automatically.

Yes, you can limit resource usage through unified pool management with configurable slots. This optimizes resource allocation and reduces contention when dispatching multiple agents across isolated worktrees.

The best way to automate QA verification during parallel orchestration is to use an orchestrator that applies pre-flight checks, progress tracking, and staged merging. This ensures reliable, repeatable parallel runs with safe conflict avoidance.

You should avoid parallel worktree orchestration when tasks are tightly coupled or have heavy dependencies on each other. This approach requires independent, decomposed tasks to prevent cross-task interference and ensure effective staged merging.