dotnet-architect

Designing a .NET API architecture involves applying Clean Architecture and Domain-Driven Design patterns to separate concerns. This ensures reliability, maintainability, and performance across data access, authentication, and deployment modules.

Draft your microservice architecture by defining the tech stack including ASP.NET Core, EF Core, and Dapper. Implement Clean Architecture patterns, configure dependency injection, and establish validation steps for a production-ready .NET API.

Use EF Core for domain modeling and CQRS command operations requiring change tracking, while Dapper optimizes high-performance read queries. A robust .NET backend architecture often combines both to balance maintainability and speed.

Clean Architecture integrates with both minimal and controller-based APIs in ASP.NET Core. You configure dependency injection and middleware to maintain separation of concerns, ensuring robust error handling, logging, and monitoring across both hosting styles.

A robust .NET API requires comprehensive testing, validation, and documentation strategies to ensure maintainable code. This includes validating domain logic, testing CQRS patterns, and verifying dependency injection and error handling mechanisms.

Prepare your .NET API for Docker and Kubernetes by implementing health checks and monitoring endpoints. Configure dependency injection for container environments and integrate CI/CD pipelines to ensure reliable deployment of your clean architecture.