From Code to Cloud: Building Resilient, Event-Driven Micro services with .NET, Azure, and DevOps Pipelines

Abstract

The rapid evolution of cloud computing has led to a shift from monolithic architectures to microservices-based designs. The change allows organizations to have scalable, flexible that can adapt to dynamic business requirements. Event-driven architecture (EDA) has come to play a notable facilitator of increasing the responsiveness by use of asynchronous communication. The given paper will include a thorough description of the process of creating resilient  of the NET framework, Microsoft Azure cloud platform and DevOps pipelines. The article explores the main ideas of microservices architecture and its advantages regarding modularity, scalability, and continuous delivery. Also, the shortcomings of the architecture such as the complexity of the system and the consistency of data. It explores the trend patterns, including event sourcing and saga patterns. It can be used to achieve reliable communication in the distributed environments.  Besides, the paper explains the importance of the DevOps practice, particularly the Continuous Integration and Continuous Deployment (CI/CD) in the automation of the software release process and efficiency. It also addresses the integration of observability tools to enhance system resilience and reliability. Overall, this review provides the approaches and new technologies to build strong and scalable microservices systems in contemporary cloud computing setups.