dispatching-parallel-agents

You can investigate independent failures in parallel by dispatching sub-agents in waves. Define focused tasks for distinct failure domains, deploy 2-3 agents per wave, and synthesize their findings before dispatching the next wave to reduce total debugging time.

Wave-based dispatch is an orchestration pattern that deploys agents in sequential waves to investigate independent failures. It governs parallel exploration without shared state, aggregates results after each wave, and performs conflict checks before extracting interfaces for subsequent waves.

To synthesize results without context conflicts, route each agent to a single independent failure domain to prevent cross-contamination. After each wave, aggregate the outputs, identify conflicts, and extract interfaces before dispatching subsequent agents.

Use parallel agents for debugging when failures are distinct across tests or modules and can be explored without shared state. This wave-based dispatch approach is appropriate when independent problems require investigation to reduce total debugging time and avoid bottlenecks.

To consolidate findings after all parallel debugging waves finish, perform a final synthesis. This end-to-end workflow step aggregates results from all completed waves to consolidate findings and inform remediation of the investigated failures.