V3 DDD Architecture

To refactor a god object into bounded contexts, decompose orchestration and session logic into focused domains like task-management and health-monitoring, then define clear repository and service interfaces for each boundary.

Domain events decouple logic in Node.js by allowing bounded contexts to communicate through published events and dedicated handlers instead of tight synchronous coupling, keeping changes localized and behavior testable.

Setting up a microkernel architecture involves building a central kernel that loads and wires domains, then integrating optional plugins via well-defined interfaces and dependency injection for modular extensibility.

You need clean architecture when task orchestration, session lifecycle, and health metrics evolve together in a tangled codebase, requiring responsibilities extracted into domains so changes stay localized and testable.

Yes, the DDD architecture approach supports incremental migration by defining domain boundaries and interfaces first, allowing you to gradually extract responsibilities from the god object without a full rewrite.

Decomposing a god object requires defining strict domain boundaries and setting up event-driven wiring mechanisms, which introduces architectural complexity and upfront interface design overhead compared to monolithic logic.