V3 DDD Architecture

Decompose a monolithic orchestrator using domain-driven design by isolating core domains like task-management and session-management into modular bounded contexts, reducing coupling and improving maintainability through clean separation of concerns.

The microkernel pattern for modular bounded contexts provides a minimal core with pluggable domain modules and extension points, enabling flexible composition and plugin integration across core domains while maintaining testable code.

Apply DDD principles to claude-flow v3 by defining explicit domain boundaries, value objects, and domain events to support robust business rules, wiring core domains through a microkernel-driven architecture for extensible composition.

You need bounded contexts for architecture modernization when decomposing a monolithic orchestrator to isolate core domains like health-monitoring, reducing coupling and enabling scalable evolution through domain-driven design and messaging.

Domain-driven design works with microkernel-driven architecture by providing a minimal core with pluggable domain modules and extension points, enabling flexible composition and plugin integration across core domains.

Decomposing a monolithic orchestrator into bounded contexts requires defining explicit domain boundaries and domain events, which introduces messaging complexity and requires careful domain modeling to maintain robust business rules.