How to Configure Azure VNet Peering Across Regions

In this lab, we will configure Azure VNet peering between the East US and West Europe regions. We will then test connectivity between virtual machines in both VNets.

Azure VNet peering allows two virtual networks to communicate through Microsoft’s backbone infrastructure. You can use VNet peering to connect VNets within the same Azure region or across different regions.

Before configuring VNet peering, review the properties of each Azure VNet.

First, check the VNet address space and subnet configuration. Make sure that both networks use the correct settings.

Most importantly, the East US and West Europe VNets must use non-overlapping address spaces. This helps prevent IP addressing conflicts between the connected networks.

You can use Azure Network Watcher to review network connectivity and topology.

Note: Network Watcher was not available in the East US region when this lab was originally tested.

Next, configure Azure VNet peering between the Coreservices VNet and the Manufacturing VNet.

Create a peering connection from each VNet. Then, enable the appropriate options for virtual network access.

After creating the peering connections, verify that the peering status shows as connected on both VNets.

A Private DNS Zone can simplify name resolution for resources in connected VNets.

If required, create a Private DNS Zone and associate it with the relevant VNets. You can also enable automatic registration based on your environment.

Once the VNet peering connection is active, test communication between the virtual machines.

Use the private IP addresses of the VMs to verify connectivity across the peered VNets.

Azure VNet peering connects Azure virtual networks through Microsoft’s private backbone network.

As a result, resources in peered VNets can communicate using private IP addresses. Traffic between peered VNets does not need to travel over the public internet.

VNet peering is particularly useful when organizations need to connect Azure VNets across different regions.

In this lab, we configured peering between the East US and West Europe VNets. We then tested connectivity between virtual machines in both networks.

In this lab, we successfully configured Azure VNet peering between virtual networks in the East US and West Europe regions.

We created the required VNets, subnets, and virtual machines. Next, we configured VNet peering and tested connectivity between the connected networks.

Azure VNet peering provides private network connectivity through Microsoft’s backbone infrastructure. Therefore, it offers a practical way to connect Azure virtual networks across regions without sending traffic through the public internet.

Overall, this lab provides practical experience with Azure VNet peering, cross-region connectivity, Private DNS, and communication between virtual machines using private IP addresses.

Planning to connect Azure VNets across regions or design a scalable cloud network?

Trezbon Technologies can help organizations assess Azure networking requirements, design secure cloud connectivity, and implement solutions aligned with their business and infrastructure needs.

Discuss your Azure networking requirements with Trezbon today.

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In this lab, we successfully configured Azure VNet peering between virtual networks in the East US and West Europe regions. We created the required VNets, subnets, and virtual machines, configured VNet peering, and tested connectivity between the connected networks.

Azure VNet peering provides private network connectivity between Azure virtual networks through Microsoft’s backbone infrastructure. It is a useful solution for connecting workloads across Azure regions without routing traffic through the public internet.

This lab provides a practical understanding of Azure VNet peering, cross-region connectivity, and communication between virtual machines using private IP addresses.