V3 DDD Architecture

To break a monolithic TypeScript codebase into bounded contexts, you define distinct domains like task-management and session-management with explicit interfaces, then wire them through a lightweight microkernel to ensure clean separation of concerns and testability.

A microkernel-inspired architecture in domain-driven design uses a lightweight kernel to wire domains and plugins together, enabling high extensibility and clean separation of concerns across bounded contexts like health-monitoring.

Migrating a god-object orchestrator to modular domains requires a structured phased extraction plan, transitioning monolithic logic into bounded contexts with mapped interfaces and plugin-enabled integration patterns.

Yes, you can use domain events to enable event-based communication between bounded contexts, supporting a flexible plugin system to extend capabilities across domains like task-management and session-management.

The best way to map domain boundaries is applying domain-driven design decomposition to define explicit responsibilities and interfaces for domains like task-management, ensuring modular and testable architecture.

You should avoid bounded-context decomposition if your codebase lacks complex domain logic, as extracting simple operations into separate domains with a microkernel and plugin system introduces unnecessary architectural overhead.