subagent-driven-development

Executing multi-step implementation plans without context pollution requires dispatching a fresh, isolated subagent for each task. This approach ensures rapid iteration and prevents prior task contexts from corrupting subsequent code generation.

A two-stage review workflow first verifies strict spec compliance, then independently assesses code quality. This sequential isolation ensures the generated code meets functional requirements before undergoing structural and quality evaluations.

Automating task dispatch for independent plan items uses predefined prompt templates to orchestrate per-task subagents within a single session. This reduces manual handoffs and delays while maintaining isolated execution contexts.

You need isolated subagents for rapid code generation when working through multi-step plans with largely independent tasks. This isolation prevents context bleed, allowing each task to execute cleanly without interference from prior steps.

Dispatching fresh subagents per task works for complex plan execution by orchestrating the entire sequence within a single session. It applies predefined templates to trigger isolated reviews and implementation gates before progressing.

The limitations of using subagents for plan execution include dependencies on largely independent tasks. If your multi-step plan requires tightly coupled, interdependent execution, the isolated subagent dispatch model may introduce synchronization friction.