architecture-patterns

Apply Domain-Driven Design to decompose a monolithic backend by mapping domains, enforcing clear boundaries, and defining ports and adapters. This separates core domain logic from infrastructure, enabling maintainable and scalable refactoring.

Structure a backend using clean architecture and hexagonal architecture by implementing a framework-agnostic core, establishing ports and adapters, and enforcing strict dependency direction. This ensures testable core logic independent of external frameworks.

Yes, these architecture patterns support projects ranging from new backend services to major monolith refactors. They provide structured guidance to establish clear boundaries, enforce dependency direction, and maintain scalable systems.

You need hexagonal architecture when you must enforce domain boundaries and maintain a framework-agnostic core. It separates core logic from infrastructure using ports and adapters, ensuring testable and maintainable backend systems.

Enforce dependency direction in a backend architecture by applying clean architecture principles, isolating the framework-agnostic core, and implementing ports and adapters. This ensures infrastructure dependencies point inward toward the domain core.

Separating core logic from infrastructure improves backend maintainability by enforcing domain boundaries and framework-agnostic design. Using ports and adapters ensures testable core logic independent of external framework changes.