Book Image

Hands-On Networking with Azure

By : Mohamed Waly
Book Image

Hands-On Networking with Azure

By: Mohamed Waly

Overview of this book

Microsoft Azure networking is one of the most valuable and important offerings in Azure. No matter what solution you are building for the cloud, you'll fi nd a compelling use for it. This book will get you up to speed quickly on Microsoft Azure Networking by teaching you how to use different networking services. By reading this book, you will develop a strong networking foundation for Azure virtual machines and for expanding your on-premise environment to Azure. Hands-On Networking with Azure starts with an introduction to Microsoft Azure networking and creating Azure Virtual Networks with subnets of different types within them. The book helps you understand the architecture of Azure networks. You will then learn the best practices for designing both Windows- and Linux-based Azure VM networks. You will also learn to expand your networks into Azure and how to use Azure DNS. Moreover, you will master best practices for dealing with Azure Load Balancer and the solutions they offer in different scenarios. Finally, we will demonstrate how the Azure Application Gateway works, offering various layer-7 load balancing capabilities for applications. By the end of this book, you will be able to architect your networking solutions for Azure.
Table of Contents (15 chapters)
Title Page
Dedication
Packt Upsell
Contributors
Preface
Index

Azure Traffic Manager routing methods


When the Traffic Manager receives the DNS query from the clients, it does not directly send it to the service endpoint, but it checks which routing method is being used, and based on that method it will determine to which service endpoint the request will be directed.

Azure Traffic Manager supports the following four routing methods:

  • Performance: This method routes the client queries to the nearest endpoint based on the geographic location to the client, which will provide a better performance for the client because it follows the lowest network latency model
  • Weighted: This method routes the client queries based on a weight that you define
  • Priority: In this method, the queries will be queried to a primary service endpoint, and if it goes down, it will be redirected to a backup service endpoint
  • Geographic: This method detects the region from which the DNS query is originated and redirects it to a specific endpoint