dispatching-parallel-agents

You can accelerate root-cause discovery by dispatching parallel agents to coordinate multiple independent investigations simultaneously. The approach provides a structured prompt protocol and per-domain task scoping to execute searches concurrently without cross-domain interference.

Parallel dispatch is an agent orchestration technique that runs independent investigations concurrently to accelerate root-cause discovery. You should use it when you have 3 or more independent failures or subsystems that can be analyzed in parallel with no shared state.

To coordinate multiple independent investigations without interference, assign each agent one focused per-domain task using a structured prompt protocol. This ensures agents analyze independent problem domains separately before summaries are collected and integrated during a unified review step.

Parallel agent dispatch does not work for subsystems with shared state. It is designed specifically for 3 or more independent failures or subsystems that can be analyzed in parallel with no shared state to avoid cross-domain interference during task scoping.

The best way to integrate findings from parallel investigation agents is through a unified review and integration step. After parallel execution, collect summaries from agents, verify integration across the independent problem domains, and consolidate findings into a single root-cause result.

Parallel execution dispatches agents simultaneously to reduce total investigation time significantly compared to sequential investigation. By scoping per-domain tasks for 3 or more independent failures with no shared state, agents work concurrently to accelerate root-cause discovery.