You're reading from Exam Ref AZ-104 Microsoft Azure Administrator Certification and Beyond Master Azure administration and pass the AZ-104 exam with confidence

Product type Paperback

Published in Sep 2024

Publisher Packt

ISBN-13 9781805122852

Length 824 pages

Edition 3rd Edition

Tools

Azure Containers

Concepts

Cloud Computing

Author (1):

Donovan Kelly

View More author details

Table of Contents (25) Chapters

Preface

1. Chapter 1: Managing Microsoft Entra ID Objects

2. Chapter 2: Devices in Microsoft Entra ID FREE CHAPTER

3. Chapter 3: Managing Role-Based Access Control in Azure

4. Chapter 4: Creating and Managing Governance

5. Chapter 5: Managing Governance and Costs

6. Chapter 6: Understanding Storage Accounts

7. Chapter 7: Copying Data To and From Azure

8. Chapter 8: Securing Storage

9. Chapter 9: Storage Management and Replication

10. Chapter 10: Azure Resource Manager Templates

11. Chapter 11: Azure Bicep

12. Chapter 12: Understanding Virtual Machines

13. Chapter 13: Managing Virtual Machines

14. Chapter 14: Creating and Configuring Containers

15. Chapter 15: Creating and Configuring App Service

16. Chapter 16: Implementing and Managing Virtual Networking

17. Chapter 17: Securing Access to Virtual Networks

18. Chapter 18: Configuring Load Balancing

19. Chapter 19: Integrating On-Premises Networks with Azure

20. Chapter 20: Monitoring and Troubleshooting Virtual Networking

21. Chapter 21: Monitoring Resources with Azure Monitor

22. Chapter 22: Implementing Backup and Recovery Solutions

23. Chapter 23: Accessing the Online Practice Resources

24. Other Books You May Enjoy

Creating and Configuring Virtual Networks

In this section, you are going to learn how to create and configure VNets and the peering of these networks. You will start with an overview of VNets and IP addressing and explore how it works within Azure.

Before you dive into how to configure VNets, take a moment to understand what VNets are and what their purpose is. A VNet in Azure is a representation of your network in the cloud that is used to connect resources such as Virtual Machines (VMs) and other services to each other.

Unlike traditional networks, which make use of physical cables, switches, and routers to connect resources, VNets are completely software-defined. VNets have isolated IP ranges, and resources placed inside a VNet do not talk to the resources in other VNets by default. To allow resources in two different VNets to talk to each other, you would need to connect the VNets using VNet peering.

Note

All resources deployed to a VNet must reside in the same region...