subagents-orchestration-guide

Subagent orchestration coordinates distributed agents to manage task analysis, planning, and execution across complex software projects. It enforces structured JSON communication, triggers requirement analysis, and applies automated quality checks before commits to reduce handoffs and miscommunication.

Multi-agent workflow management is needed for complex projects requiring task scale determination and artifact creation like PRDs, ADRs, or design docs. It orchestrates requirement-analyzer, task-decomposer, and task-executor agents using structured JSON communication to maintain cross-layer coordination.

Subagent orchestration coordinates document lifecycles by delegating to specialized agents including prd-creator, technical-designer, document-reviewer, and design-sync. This ensures continuous alignment between requirement analysis outputs and technical design artifacts across distributed subagents.

Yes, subagent orchestration enforces automated quality checks before commits by routing tasks through a quality-fixer agent. It manages stop points, user approvals, and rollback paths to ensure safe autonomous execution and cross-layer coordination across multiple agents.

Subagent orchestration enforces structured JSON communication across distributed subagents by mandating requirement-analyzer use and coordinating task-decomposer, task-executor, and quality-fixer agents. This structured protocol reduces miscommunication during complex task planning and execution.

Subagent orchestration supports autonomous execution with guardrails by managing defined stop points, user approvals, and rollback paths. It coordinates cross-layer agents to ensure safe task execution while enforcing structured communication and quality checks before commits.