design-code-architecture

To define bounded contexts and clean architecture boundaries, you need a structured domain modeling process that isolates business capabilities. This skill guides you through modular monolith design and bounded context definition to ensure long-term maintainability.

Preventing architectural drift requires documenting key architectural choices and rationale in decision logs. By prioritizing expensive-to-reverse decisions and keeping the rest simple, you can refactor prototypes to scale and remain maintainable as your team grows.

Yes, this architectural design process applies to both new project initialization and architectural refactoring scenarios. It orchestrates a multi-phase journey covering domain modeling, system sizing, and data strategy to ensure reversibility and maintainability.

Domain-driven design helps with integration-point hardening by establishing clear bounded contexts that isolate failures. This structured approach covers system sizing and data persistence strategies, directly improving overall system resilience and long-term maintainability.

Yes, documenting architectural decisions is required to maintain consistency across sessions. The process automatically records key architectural choices and rationale in project documentation, preventing architectural drift and over-engineering.

Modular monolith design differs from over-engineering by deliberately prioritizing expensive-to-reverse decisions while keeping the rest of the system simple. It focuses on clean boundaries and bounded contexts rather than adding unnecessary complexity.