V3 DDD Architecture

Domain-driven design refactoring breaks a monolith into bounded contexts—separate modules representing distinct business domains. This Skill guides decomposing claude-flow v3 into modular domains with clear boundaries, enabling independent development and testing while reducing coupling and complexity.

A microkernel architecture isolates a minimal core with domain logic deployed as plug-ins. This approach supports dynamic feature loading and clean separation of concerns, allowing new domains and extensions in claude-flow v3 without modifying the core system.

Domain decomposition identifies responsibilities within a monolithic object and groups them by business domain into separate modules. This Skill analyzes your orchestrator, maps domain boundaries, and creates focused modules that each handle a specific business capability in claude-flow v3.

Yes. Domain-driven design defines logical boundaries; microkernel architecture enables them as plug-ins. This Skill combines both approaches in claude-flow v3, allowing each bounded context to be developed, tested, and loaded independently as a plug-in.

Clean architecture boundaries prevent cross-domain dependencies, reduce testing complexity, and enable independent scaling and maintenance. This Skill maps context relationships and designs interfaces in claude-flow v3 that enforce these boundaries and support long-term scalability.

Domain events are messages published when significant business actions occur within a context. Other contexts subscribe to these events asynchronously, decoupling domains. This Skill uses domain events in claude-flow v3 to connect bounded contexts while maintaining clean separation.