dispatching-parallel-agents

To debug multiple unrelated subsystem failures concurrently, you dispatch parallel agents with one agent assigned per independent domain. This isolates contexts and accelerates resolution by preventing interference between unrelated tasks.

Context leakage in parallel agent workflows occurs when data from one task bleeds into another. The dispatching pattern prevents this by enforcing one agent per independent domain and using self-contained prompts for coordination.

You should dispatch parallel agents for independent debugging tasks when you have 3 or more unrelated failures or subsystem issues. This concurrent approach accelerates investigation when problems can be addressed without shared state.

To structure prompts for parallel agent dispatch, you use a guided template that provides self-contained context for each agent. This preserves coordination data and ensures each specialized agent operates in isolation.

Dispatching parallel agents works effectively for cross-subsystem investigations by assigning one specialized agent per domain. This prevents shared state interference and allows concurrent resolution of complex debugging tasks.

A key limitation of using parallel agents for debugging is that it only works for independent tasks. If your failures or subsystems are related and share state, dispatching isolated agents will not resolve the interconnected issues.