Modern Scalability Patterns for .NET and Kubernetes Microservices

As modern software demands grow, building applications that can handle sudden traffic spikes and massive data loads is a critical skill. Understanding how to structure your backend systems for high availability and automatic scaling ensures your applications remain responsive under any load. This course guides you through the foundational principles of scaling event-driven microservices. You will transition from writing basic monolithic code to architecting distributed systems that leverage .NET features and Kubernetes orchestration to scale dynamically. What you'll learn: - Understand core scalability concepts and the fundamentals of event-driven architecture. - Apply modern design patterns such as CQRS, Event Sourcing, and Pub/Sub in .NET. - Configure Kubernetes autoscaling, including Horizontal Pod Autoscaler (HPA) and cluster scaling. - Implement resilient communication patterns to handle transient failures and network latency. - Integrate modern observability practices using OpenTelemetry to monitor system health and performance. The course begins with essential terminology and the theoretical foundations of distributed systems. From there, you will read through clear architectural explanations, explore practical .NET code snippets, and learn to write robust Kubernetes configuration files. This course is designed for software developers and aspiring system architects who want to transition into cloud-native engineering. No prior experience with microservice architecture or advanced Kubernetes is required, though a basic familiarity with C# and .NET is helpful. Start reading today to build systems that scale effortlessly.