V3 DDD Architecture

Domain-driven design decomposes a monolithic orchestrator by partitioning it into bounded contexts like task-management and session-management, enforcing separation of concerns to reduce coupling and simplify maintenance.

The microkernel pattern supports plugin-based extension by providing a minimal core that handles domain events, enabling runtime extensibility and domain-specific capabilities through modular plugins.

Scaffolding modular domains with value objects and domain events enforces clean architecture practices through explicit interfaces, supporting testability and long-term evolution of the system.

Yes, the microkernel pattern separates concerns across task-management, session-management, health-monitoring, lifecycle-management, and event-coordination contexts to reduce coupling within the orchestrator.

The best way to enforce separation of concerns is adopting a modular domain structure with bounded contexts, explicit interfaces, and domain events to isolate responsibilities and enable a microkernel extension model.

A monolithic orchestrator needs bounded contexts and domain events because high coupling makes maintenance difficult; modular decomposition reduces dependencies and enables independent evolution of domain logic.