Stop building "Spaghetti Code" and start building production-ready backends
In the modern era of cloud computing, developers often jump straight
into complex microservices, only to be overwhelmed by operational
costs and distributed system failures. Modular Minimal API .NET 10
introduces a better way: The Modular Monolith
This comprehensive, beginner-friendly guide takes you through the
entire lifecycle of building a high-performance backend. You won't
just learn how to write C# code; you will learn how to architect it.
By combining the lightweight power of .NET 10 Minimal APIs with the
structural integrity of Clean Architecture and PostgreSQL, you will
build a system that is easy to maintain, simple to test, and ready to
scale.
What you will learn:
* The Power of .NET 10: Leverage the latest features of the fastest
.NET yet.
* Modular Monolith Architecture: Learn to draw boundaries and isolate
business logic.
* Clean Architecture: Implement Domain, Application, and
Infrastructure layers correctly.
* PostgreSQL & EF Core: Master schema isolation, performance
indexing, and migrations.
* JWT Security: Secure your API with professional-grade
authentication and rate limiting.
* Microservices Readiness: Learn the exact strategy for extracting
modules into independent services when the time is right.
Complete with professional ASCII diagrams, "Pro Tips," and a full
e-commerce sample project, this book is your mentor-in-a-box for
becoming a Senior .NET Backend Engineer.
Disclaimer
This book was developed with the assistance of Artificial Intelligence (AI) as a research and editorial aid. However, the core architectural concepts, the Modular Minimal API design patterns, and all .NET 10 code implementations presented herein are based entirely on the author’s 14+ years of professional experience in the software industry. Every line of code has been manually written, tested, and validated to ensure industry-standard security, performance, and best practices. While AI helped optimize the prose and structure, the technical authority and final verification remain 100% human-driven.