V3 DDD Architecture

To decompose a monolithic orchestrator into bounded contexts, you reorganize the system into modular domains with clear ownership, shared interfaces, and domain events to reduce cross-domain dependencies and improve maintainability.

A microkernel architecture with pluggable domains separates a core system from feature-specific bounded contexts, enabling independent domain modules to integrate through shared interfaces with reduced cross-domain dependencies.

Implement clean architecture layering and domain events by structuring modular domains with strict boundaries, using domain events to coordinate cross-context communication while ensuring scalable and testable code structures.

Dependency injection works with a plugin system by managing shared interface dependencies across pluggable domains, reducing direct coupling and improving testability during domain decomposition tasks.

You should not use bounded contexts for architectural refactoring when the existing monolithic orchestrator lacks sufficient complexity to justify the overhead of context mapping, domain events, and clean architecture layering.

You can scaffold domain boundaries and interface design by applying architectural refactor tasks to specific systems, initializing domain decomposition to specify requirements for modular domains and plugin framework integration.