V3 DDD Architecture

Executing the architecture analysis task identifies monolithic orchestrator components and breaks them into focused domains. This skill decomposes god objects into isolated bounded contexts, establishing clean architecture layers for high testability and loose coupling.

Clean architecture separates domain logic from infrastructure by enforcing strict dependency inversion. This skill designs DDD layers where the domain remains independent, ensuring your TypeScript codebase achieves high testability and loose coupling across bounded contexts.

A microkernel pattern enables extensible system design by allowing optional features to be added as independent domain plugins. This skill implements a plugin system where features integrate without modifying the core, facilitating loose coupling and high testability.

You need to refactor a monolithic orchestrator into modular domains when technical debt from god objects causes tight coupling and low testability. This skill addresses these issues by providing a structured DDD framework to decompose code into isolated, testable bounded contexts.

DDD architecture improves testability in existing TypeScript orchestrators by decomposing monolithic structures into isolated bounded contexts. This skill enforces clean architecture layers with strict dependency inversion, ensuring domain logic remains independent and highly testable.