plan-task-discipline

To prevent multi-agent coding collisions, you can enforce strict DAG-based task isolation. This ensures workers only modify assigned files within isolated git worktrees, maintaining dependency awareness and preventing scope drift across complex workflows.

DAG enforcement for multi-agent task management ensures tasks are executed only when dependencies are met. By validating task status transitions and file scope boundaries, it prevents invalid state transitions and maintains system integrity.

You can isolate file modifications by maintaining strict boundaries within isolated git worktrees. This prevents parallel workers from interfering with each other's work and explicitly signals any scope drift to maintain system integrity.

DAG-based task orchestration works for complex multi-agent workflows by enforcing strict task lifecycle management. It requires adherence to DAG-based dispatch rules, ensuring agents respect the defined order of operations during execution.

Scope drift happens when agents modify unassigned files, but you can stop it by enforcing strict task lifecycle management. The system explicitly signals scope drift and validates file scope boundaries within isolated git worktrees to prevent interference.