V3 DDD Architecture

Implementing Domain-Driven Design patterns with this Skill decomposes large orchestrator objects into focused, independent domains. It breaks down god objects into modules like Task Management and Session Management to improve testability and separation of concerns.

The microkernel pattern for TypeScript architecture separates core functionality from optional extensions to enable a modular plugin system. This Skill applies it to facilitate event-driven communication and clean architecture layering while maintaining domain-specific service isolation.

You need to decompose god objects when technical debt from tightly-coupled monolithic structures hinders maintainability and scalability. This Skill provides a structured path to transition complex codebases into clean, testable, event-driven architectures supporting bounded contexts.

Implementing clean architecture layering with DDD requires separating domain logic from infrastructure via event-driven communication. This Skill enforces domain-specific service isolation and modular bounded contexts to satisfy requirements for clean architecture layering.

Yes, this DDD refactoring approach supports event-driven communication as a core requirement. It facilitates the transition from monolithic god objects to a modular, bounded context architecture that enables asynchronous event handling and domain-specific service isolation.

Transitioning a monolithic system to a modular plugin architecture is best achieved using a microkernel pattern with DDD. This Skill refactors tightly-coupled codebases into bounded contexts, separating core functionality from optional extensions for long-term scalability.