This lab demonstrates how to configure Virtual Network (vNet) Peering in Microsoft Azure to enable secure, low-latency communication between isolated virtual networks. Through step-by-step guidance and visual documentation, you'll learn how to navigate the Azure portal, create bi-directional peering links, and validate connectivity between resources across networks.
In this lab I created and configured Virtual Network (vNet) Peering in Azure. vNet Peering allows you to connect two virtual networks, enabling low-latency, high-speed communication between them as if they were part of a single network.
Gain familiarity with the Azure interface and learn how to locate, configure, and manage virtual networks effectively.
Create and configure peering connections to enable secure, low-latency communication between isolated Azure networks.
Practice assigning meaningful names and settings to peering links to support resource tracking, troubleshooting, and long-term maintainability.
Understand and apply two-way peering configurations to ensure seamless communication across both networks.
This screenshot shows the Azure portal's "Resources" section, where various infrastructure components are listed. To begin configuring network connectivity, click on "Virtual networks" as highlighted in the blue callout. This will take you to the list of available vNets for peering setup.
This screenshot shows the list of virtual networks under the "Softweb Development" directory. Each entry includes its name, resource group, and location. To begin peering configuration, locate and click on vNet-App from the list of networks in the PuneRG resource group.
This screenshot shows the "Overview" tab of the VNet-App virtual network. Key details such as address space, location, and connected devices are visible. To begin configuring peering, click the "Peerings" option in the left-hand sidebar under the "Settings" section.
This screen shows the "Peerings" section within the vNet-App virtual network settings. Azure highlights that peering enables seamless connectivity between two virtual networks. Click the "+ Add" button to begin configuring a new peering link.
Define the reverse peering link from app-prod to vNet-App, ensuring access permissions are correctly set and naming the link app-prod-to-app-prod.
Select the appropriate peering link name from the dropdown and confirm the remote network configuration for VNet-Prod.
This view shows the configuration of the remote virtual network app-prod, including access permissions and peering link naming. Ensure both networks allow traffic for full connectivity.
After configuration, the peering status for VNet-App shows "Connected" and "Synchronized" for both local and remote networks—indicating successful bi-directional peering.
This screenshot shows the peering status between VNet-App and app-east, confirming that the networks are synchronized and connected.
