V3 DDD Architecture

Domain-driven design decomposition splits a monolithic orchestrator into modular bounded contexts like task-management and session-management, isolating core domains to achieve scalable and testable code segmentation.

A microkernel pattern enables plugin-based extension by establishing a core kernel for base operations and supporting domain events, allowing plugins to extend functionality without modifying the core orchestrator.

Event-driven communication in a DDD architecture uses domain events to coordinate actions across separated bounded contexts, ensuring modules remain decoupled while reacting to state changes within the system.

Bounded contexts are needed when an AI workflow orchestrator grows too complex, requiring strict domain separation for core areas like health-monitoring and task-management to maintain code clarity and scalability.

Yes, a microkernel architecture supports domain separation by providing a minimal core kernel that coordinates plugin-based extensions, ensuring each domain module operates independently while sharing essential services.

Limitations include the overhead of defining clear module configurations, establishing event-driven communication channels, and ensuring the microkernel core remains lightweight while supporting all required domain extensions.