V3 DDD Architecture

To decompose a monolithic orchestrator into bounded contexts, apply domain-driven design to isolate core domains like task-management and session-management, enabling modular and testable software architecture with clear domain boundaries.

A microkernel plugin architecture in domain-driven design provides a minimal core kernel that enables runtime composition and domain extensions, allowing distinct bounded contexts to operate independently while maintaining clean architecture separation.

Wire domain events for modular architecture by configuring explicit event-driven communication channels between bounded contexts, ensuring separation of concerns while allowing core domains like health-monitoring to broadcast state changes efficiently.

Yes, you can use this modular DDD blueprint for similar systems requiring domain isolation, clean architecture, and a microkernel pattern, as it applies generally to domain decomposition beyond just Codex-flow v3.

The best way to migrate a monolithic orchestrator to modular domains is identifying bounded contexts first, then establishing a minimal kernel setup with domain events to plan the transition to clean architecture layers systematically.

Avoid decomposing a monolith into bounded contexts when domain boundaries are ambiguous, runtime composition is unnecessary, or the system lacks clear domains like task-management, making microkernel and event-driven overhead counterproductive.