Resilient Microservices with .NET and Azure: Redundancy and Continuity

In a distributed system, individual service failures are inevitable, but they should never bring down your entire application. Building high-availability systems requires a solid understanding of how to design for redundancy and plan for business continuity. This text-based course guides you through the foundational concepts of system resilience, teaching you how to architect microservices that gracefully handle downtime. You will explore how to implement proven failover strategies and integrate cloud capabilities to keep your applications running smoothly under stress. What you'll learn: - Understand foundational redundancy concepts, high availability principles, and disaster recovery metrics like RTO and RPO. - Implement resilient communication patterns in .NET using modern policies such as retries, circuit breakers, and fallbacks. - Configure Azure load balancing, traffic routing, and geo-redundancy to prevent single points of failure. - Design stateful and stateless microservices that replicate data securely across distributed environments. - Apply health check APIs and observability patterns to detect and mitigate failures before they impact users. The course begins with core terminology and architectural definitions before moving into practical .NET coding patterns and cloud-based deployment strategies. You will progress from local code resilience to global, multi-region cloud architecture through clear text explanations and structured code scenarios. This course is designed for software developers, system architects, and technical beginners eager to build reliable distributed applications, with no advanced cloud experience required. Start reading today to build microservices that remain online, no matter what happens behind the scenes.