v3-ddd-architecture

Domain decomposition involves separating a monolithic orchestrator into bounded contexts like task-management, session-management, and health-monitoring. It establishes clean domain boundaries and modular domain definitions to reduce complexity and enable scalable development.

The microkernel pattern in domain-driven design loads core domains while allowing plugin extensions for domain-specific capabilities. It provides kernel coordination and separates application, domain, and infrastructure layers to improve maintainability and testability.

Event-driven communication between bounded contexts is implemented by defining domain events and separating application, domain, and infrastructure layers. This enables clean coordination between domains like event-coordination and lifecycle-management without direct dependencies.

Yes, the microkernel pattern supports plugin architecture for domain-specific capabilities. Core domains are loaded by the kernel while extensions handle specialized orchestration layer functions, enabling modular development without modifying the core system.

Bounded contexts become necessary when a monolithic orchestrator's complexity hinders maintainability and testability. Decomposing into task-management, session-management, and lifecycle-management domains enables scalable development and clean domain boundaries.