Deliver microservices architecture, step-by-step: from defining business problems through development, deployment, and monitoring

Increasingly, organizations are modernizing application development by integrating open source technologies into a holistic architecture for delivering high-quality workloads to the cloud. This is a complete, step-by-step guide to building flexible microservices architecture by leveraging Microsoft Azure cloud services, together with key open source technologies such as Java, Node.JS, .NET Core and Angular. Through a realistic case study project, expert Microsoft engineers Ovais Mehboob Ahmed Khan and Arvind Chandaka guide you through every step of technical implementation required to achieve value: establishing end-to-end infrastructure, developing cloud-native applications, automating deployments, monitoring operations, and more.

Microsoft engineers Ovais Mehboob Ahmed Khan and Arvind Chandaka show how to:

Define application features and business requirements, and map them onto microservices using modeling techniques
Design microservices solution architecture that enables high-quality workloads
Develop an application front-end, and build microservices with open source technologies
Leverage Azure Kubernetes Services for Docker container orchestration
Use various patterns to build reliable and resilient microservices
Enforce microservices app security, and use Azure AD B2C for user authentication/authorization
Establish an API gateway that provides a unified “front door” to back-end microservices
Set up continuous integration and deployment with Azure DevOps
Monitor microservices with Azure Monitor and Azure Application Insights

About This Book

For everyone interested in developing microservices, including architects, engineers, and consultants

Will help IT professionals build new applications, modernize existing systems, migrate workloads, improve app management, and more.

Developing Microservices Architecture on Microsoft Azure with Open Source Technologies - nidottu, Englanti, 2021