High availability is one of the major architectural concerns for any architect. It forms one of the core non-functional technical requirements for any serious service and its deployment. High availability refers to the feature of a service or application that keeps it operational on a continuous basis, meeting or surpassing its promised defined service level agreement (SLA). Users are promised a certain SLA based on service type. The service should be available for consumption based on its SLA. For example, an SLA can have 99% availability for an application for the entire year. This means it should be available for consumption by users for 361.35 days. If it becomes less than this, this constitutes a breach of the SLA. Most mission-critical applications define their high-availability SLA with five nines for a year. This means the application should be up, running...
Azure for Architects. - Second Edition
By :
Azure for Architects. - Second Edition
By:
Overview of this book
Over the years, Azure cloud services have grown quickly, and the number of organizations adopting Azure for their cloud services is also gradually increasing. Leading industry giants are finding that Azure fulfills their extensive cloud requirements.
Azure for Architects – Second Edition starts with an extensive introduction to major designing and architectural aspects available with Azure. These design patterns focus on different aspects of the cloud, such as high availability, security, and scalability. Gradually, we move on to other aspects, such as ARM template modular design and deployments.
This is the age of microservices and serverless is the preferred implementation mechanism for them. This book covers the entire serverless stack available in Azure including Azure Event Grid, Azure Functions, and Azure Logic Apps. New and advance features like durable functions are discussed at length. A complete integration solution using these serverless technologies is also part of the book. A complete chapter discusses all possible options related to containers in Azure including Azure Kubernetes services, Azure Container Instances and Registry, and Web App for Containers.
Data management and integration is an integral part of this book that discusses options for implementing OLTP solutions using Azure SQL, Big Data solutions using Azure Data factory and Data Lake Storage, eventing solutions using stream analytics, and Event Hubs. This book will provide insights into Azure governance features such as tagging, RBAC, cost management, and policies.
By the end of this book, you will be able to develop a full-?edged Azure cloud solution that is Enterprise class and future-ready.
Table of Contents (17 chapters)
Preface
Free Chapter
Getting Started
Azure Solution Availability and Scalability
Security and Monitoring
Cross-Subscription Deployments Using ARM Templates
ARM Templates - Modular Design and Implementation
Designing and Implementing Serverless Solutions
Azure Integration Solutions
Cost Management
Designing Policies, Locks, and Tags
Azure Solutions Using Azure Container Services
Azure DevOps
Azure OLTP Solutions Using Azure SQL Sharding, Pools, and Hybrid
Azure Big Data Solutions Using Azure Data Lake Storage and Data Factory
Azure Stream Analytics and Event Hubs
Designing IoT Solutions
Other Books You May Enjoy
Customer Reviews