subagent-driven-development

Automating complex development workflows without context pollution is achieved by dispatching fresh, isolated subagents for each task. This approach ensures specialized agents operate with clean context, preventing cross-task interference and maintaining high-fidelity spec compliance.

A two-stage code review loop in autonomous subagent development enforces rigorous quality gates by requiring separate spec compliance and code quality reviews. Specialized subagents verify functional requirements and code standards independently for every dispatched task.

Executing multi-task development plans using git worktrees involves coordinating specialized subagents within isolated worktree branches. This integration maintains architectural integrity and task isolation, allowing autonomous agents to implement features without overwriting concurrent work.

Yes, you can use subagent-driven development for test-driven development workflows. The skill coordinates multi-task plans by dispatching isolated subagents that handle implementation and multi-stage review, ensuring generated code meets high-fidelity spec compliance required for TDD.

You should not use autonomous subagents for software engineering tasks lacking complex, multi-step plans or standardized prompt templates. The approach requires integration with git worktrees and is designed for high-fidelity spec compliance, making it excessive for simple, isolated code changes.

Yes, standardized prompt templates are required to coordinate subagent execution effectively. They provide the structured instructions necessary for dispatching specialized subagents, ensuring isolated task execution and maintaining architectural integrity across the development workflow.