agents

Multi-domain agent routing uses a central orchestrator and shared memory mechanism to maintain context across workstreams. It silently routes requests to specialist agents based on domain keywords and language triggers, ensuring coordinated action across debugging, backend, database, and frontend tasks.

The best way to route user requests to a specialist agent is by using a central orchestrator that applies compound keyword routing and language triggers. This approach matches user requests to domain-specific agents and manages fallback orchestration when explicit triggers are absent.

Yes, you can use an orchestrator to coordinate debugging, backend, database, and frontend agents. It routes user requests to the most suitable specialist agent based on domain keywords, applying a shared memory mechanism to maintain state and context across all concurrent workstreams.

You need an orchestrator for multi-domain conversations when user requests require coordinated action across multiple specialist agents. It is necessary when tasks span debugging, backend, database, and frontend domains, and require silent context maintenance to share state across agents.

To set up agent persona files for fallback orchestration, define domain-specific behaviors for each specialist agent. The orchestrator uses these persona files alongside compound keyword routing to direct requests to the right specialist, applying fallback logic to maintain workflow continuity.

If domain keywords do not match a specific specialist agent, the orchestrator applies fallback orchestration. It evaluates compound keywords and language triggers to find the next most suitable specialist, ensuring the user request is still processed while maintaining shared context.