software-architecture

Apply Clean Architecture by enforcing strict layering across Domain, Application, and Interface layers to achieve separation of concerns. This prevents infrastructure leakage into your domain logic, ensuring your system remains modular, testable, and maintainable.

Refactor a tangled monolith by establishing explicit interfaces and well-scoped modules guided by SOLID principles. This transformation creates testable boundaries and clear separation of concerns, reducing technical debt and improving overall system evolvability.

Document architectural decisions using ADR-style records to capture modularization choices and design rationale. This practice supports system refactoring and evolution by providing clear, historical context for architectural boundaries and domain modeling decisions.

Use Domain-Driven Design concepts like Entities, Value Objects, and Domain Events when modeling complex enterprise projects requiring clear boundaries. This approach supports scalability and evolvability by keeping domain logic isolated and structurally sound.

Dependency Inversion prevents technical debt by ensuring high-level domain modules do not depend on low-level infrastructure modules. Applying this SOLID principle creates modular, maintainable software with clear boundaries that support long-term system scalability.

Infrastructure logic leaks into domain models when Clean Architecture boundaries are not strictly enforced through Dependency Inversion. Establishing clear layering and separation of concerns prevents this leakage, keeping your domain logic pure and maintainable.