V3 DDD Architecture

Decomposing a monolithic orchestrator uses domain-driven design to split the god object into bounded contexts like task-management and session-management. It creates a microkernel core, domain modules, and domain events for modular, testable code.

A bounded context in domain-driven design is a modular boundary separating specific domain logic, such as health-monitoring or lifecycle-management. This Skill uses them to map clean architecture layers and event-driven communication across isolated, pluggable kernel-plugin systems.

Implementing a microkernel and plugin architecture in TypeScript uses a core kernel with pluggable domain modules. This Skill maps domain interfaces and shared events to enable modular extensions and clean separation between bounded contexts.

Domain-driven design works for refactoring existing TypeScript monoliths by analyzing the current architecture and dividing orchestrator god objects. This Skill maps bounded contexts and interfaces to achieve clean architecture layers and testable domains.

Enabling event-driven communication across domain modules requires implementing shared interfaces and domain events. This Skill uses bounded-context decomposition to ensure clean integration between task-management, session-management, and event-coordination domains.

A microkernel architecture may not suit simple TypeScript applications lacking distinct bounded contexts or domain events. If your orchestrator does not require pluggable kernel-plugin systems or modular domain separation, DDD decomposition introduces unnecessary complexity.