subagent-driven-development

You can parallelize independent coding tasks by splitting an implementation plan into multiple sub-tasks and dispatching them to subagents for concurrent execution, which reduces overall turnaround time compared to sequential workflows.

To prevent race conditions during parallel execution, serialize work when multiple tasks touch the same files by enforcing conflict-avoidance rules, and require parent approval for any commit or push operations.

Dispatching bug investigation and modular development concurrently involves specialized subagent routing, assigning each independent task to an appropriate droid type like bug-hunter or worker based on task intent.

Structure tasks for parallel execution by defining a task format with exact file path constraints, clear validation commands, and conflict-avoidance rules, then collect outputs with summaries, changed files, validation claims, and blockers.

Subagent-driven development requires an implementation plan with multiple independent tasks and an environment that supports dispatching tasks to subagents, requiring each subagent to return summaries, files changed, validation, and blockers.

You should not use parallel task dispatch when tasks have dependent follow-ups that require strict sequencing, as the review step must collect subagent outputs and sequence any dependent work before proceeding.