Microservices in .NET
Course description
This course is a TEXT-BASED ONLINE COURSE designed to provide a convenient and effective reading and learning process for all students.
In today's technology-driven world, creating applications that are easy to scale, maintain, and upgrade has become a necessity. Microservices architecture offers an optimal solution: it breaks down complex systems into independent services, each responsible for its task. This approach speeds up development, simplifies updates, and enhances the flexibility of component integration.
This course will help you master the practical side of microservices. Whether you are a developer, architect, or technical lead, we will guide you through the entire process—from the basics to advanced techniques. You will learn to design, build, and manage microservices architectures that are not only high-performing but also easily scalable and maintainable.
If you strive to move away from monolithic architectures or want to implement microservices correctly from the start, you have come to the right place. The course is packed with practical examples and best practices that you can apply immediately.
By the end of the course, you will be able to confidently design, deploy, and manage microservices systems, as well as successfully scale them under real-world conditions.
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What will you learn?
- Basics of Microservices: Understanding what microservices are, their pros and cons, and when they should be used;
- Creating Your First Microservice: Step-by-step guide to designing and deploying a functional microservice for e-commerce;
- Effective Communication: Learning ways for microservices to interact and work with events through RabbitMQ;
- Managing Cross-Cutting Tasks: Reducing code duplication by using shared libraries between microservices;
- Data Ownership: Managing data, including storage, database schemas, and data exchange between services;
- Enhancing Microservices: Adding features such as Redis caching and working with real-time updates;
- Testing and Monitoring: Implementing testing strategies and using tools like Prometheus to track performance metrics;
- Increasing Fault Tolerance: Ensuring services can handle failures and maintain consistency in distributed systems;
- Security: Implementing authentication, authorization, and secure communication between services;
- API Gateway: Setting up and using an API Gateway for security (Ocelot);
- Confident Deployment: Deploying and scaling microservices using Kubernetes;
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