V3 DDD Architecture

To refactor a monolithic orchestrator into modular bounded contexts, apply Domain-Driven Design to map explicit domain interfaces, shared kernels, and domain events, decomposing the system for long-term agility and maintainability.

A microkernel architecture supports plugin extensibility by providing a pluggable module system with clear configuration, enabling independent modules to extend core domains across bounded contexts without modifying the central orchestrator.

Yes, you can use event-driven domain events to separate concerns in a modular architecture, enabling clean decoupling between bounded contexts and producing highly testable individual components.

You need Domain-Driven Design for microkernel decomposition when a monolithic structure hinders maintenance and scalability, requiring reorganization into bounded contexts, explicit interfaces, and a pluggable module system.

The best way to establish domain boundaries and plugin extensibility is reorganizing the monolithic codebase into bounded contexts using DDD, satisfying requirements for clear module configuration and a microkernel-driven plugin system.

Separating bounded contexts with a shared kernel improves modular development by defining explicit domain interfaces, allowing parallel development across domains while maintaining a cohesive core through event-driven domain events.