ravi-architecture

Multi-agent runtime message routing in a NATS event-driven architecture routes incoming prompts from Omni channels through NATS JetStream to the provider execution layer. The Ravi architecture maps this flow to help developers trace messages across the session dispatcher and runtime request builder.

To debug message routing failures in a TypeScript multi-agent runtime, identify whether the failure originates in the Omni transport, NATS event handling, or provider-specific adapters. The Ravi architecture defines strict boundaries between these layers to isolate issues during system debugging.

Extending the session dispatcher and runtime request builder in a multi-agent operating system requires following specific rules for modifying core modules. The Ravi architecture provides component guidance to ensure extensions maintain defined boundaries between Omni transport, NATS event handling, and provider adapters.

The message flow from an incoming WhatsApp prompt to a provider response in a multi-agent runtime passes from Omni channels through NATS JetStream to provider-specific adapters. The Ravi architecture explains this lifecycle to facilitate developer onboarding and system navigation.

NATS JetStream is used for multi-agent runtime message processing when you need reliable event handling between the Omni transport and provider-specific adapters. The Ravi architecture enforces these boundaries, ensuring NATS handles event routing while providers manage execution.

Modifying provider-specific adapters in a multi-agent runtime architecture requires adhering to defined boundaries between the Omni transport, Ravi core, and provider layers. The Ravi architecture warns that crossing these boundaries during component extension can disrupt message processing lifecycle integrity.