Designing Cloud-Native Applications on Azure for Beginners

Modern software demands high availability, rapid scaling, and seamless updates, which is why cloud-native architecture has become the industry standard. Transitioning to this model requires understanding how to leverage the right cloud services and open-source tools effectively. This text-based course guides you through the foundational principles of cloud-native design specifically tailored for the Azure ecosystem. You will learn how to evaluate architectural needs, select the right database and container services, and implement modern practices like containerization and continuous integration to build highly resilient systems. What you'll learn: - Understand core cloud-native concepts, microservices architectures, and when to choose cloud-native paths. - Select the right data storage solutions using Azure Cosmos DB and PostgreSQL. - Explore container orchestration fundamentals using Kubernetes and Azure Kubernetes Service. - Learn how modern DevOps practices, CI/CD pipelines, and infrastructure-as-code streamline deployment. - Evaluate real-world scenarios to choose the most cost-effective and scalable Azure components. The course begins with essential terminology and design principles before moving into practical service evaluation and architectural decision-making. Through written explanations, architectural breakdowns, and conceptual exercises, you will develop a clear framework for cloud-native planning. This course is designed for beginner cloud architects, developers, and IT professionals new to cloud-native concepts, requiring no prior Azure experience. Start reading today to build a strong foundation in modern cloud architecture.