Then define a name for the bastion service instance. In the new window, select the same resource group we created in the previous step which is BASRG1. In the marketplace, search for Bastion and then click on it.ĥ. Log in to Azure portal ( ) as Global Administratorģ. The next step of the configuration is to create Azure bastion resources in the Hub network.ġ. Follow the same method and create REBELEUSVM02 Virtual machine. Once the validation is completed, click on Create to complete the VM configuration process.Ĩ. On networking page make sure you have the relevant virtual network and subnet selected. On Disks page, keep default settings and click on Next : Networking >Ħ. Once settings are in, click on Next : Disks >ĥ.
AZURE BASTION SERVICE WINDOWS
It is running windows server 2019 data center edition. In the above, I am creating a virtual machine called REBELEUSVM01 in East US Azure region. Image : Windows Server 2019 Datacentre Gen 1 On the new page, I have used the following configuration values, Then click on + Add | + Virtual machineĤ. Search for the Virtual machines using the search functionģ. Let’s start the process by creating a test VM in EUSRG1 resource group.Ģ. For that, first, we need to create test virtual machines in EUSRG1 and EUSRG2 resource groups. Later on, we are going to test remote access to virtual machines running on Spoke virtual networks by using Azure Bastion. Follow the same method and create EUSVnet2 virtual network. Once the validation is completed, click on Create to complete the virtual network setup.ĩ.
Once return to the main configuration window, click on Review + createĨ. Once settings are in place, click on Add to return to the main window.ħ. This will be the subnet we will be using for the virtual machines. Next, type a name for the subnet and use 10.15.0.0/24 for the Subnet address range. In the new window type 10.15.0.0/16 under IPv4 address space. Then use EUSVnet1 for the virtual network name. Using Resource group drop-down select the EUSRG1. Search for the Virtual Networks using the search functionĤ. Let’s start the configuration process by creating a virtual network under EUSRG1.Ģ. Follow the same method and create EUSRG2 & BASRG1 Resource Groups.Īccording to the plan, we need two virtual networks under EUSRG1 & EUSRG2 resource groups. Once the validation is completed, click on Create to complete the resource group setup.Ħ. In the form type name for Resource group and select East US as Azure region. Search for the Resource groups using the search functionĤ. Log in to Azure Portal ( ) as Global AdministratorĢ.
I have summarized virtual network configuration as follows, Resource GroupĪs the first part of the configuration, I am going to create three new resource groups. We will enable Azure Bastion service on hub virtual network ( BASVnet1) and try to connect to virtual machines hosted in Spoke virtual networks. Both Spoke virtual networks will have VNet peering with Hub virtual network. EUSVnet1 & EUSVnet2 will be Spoke virtual networks and BASVnet1 will be the Hub virtual network. For the connectivity, we will be using the hub-and-spoke network model. Each resource group will have its own Azure virtual network. Here we are going to create three resource groups in the same Azure region. The following diagram explains what we going to set up in this demo. This will also confirm that Azure Bastion works with Global VNet peering as well as VNet peering. The only difference in here is, instead of Global VNet peering, I am using VNet peering (with in Azure Region). Therefore, I am writing this blog post to demonstrate how we can set up Azure Bastion with VNet peering by using the Azure Portal. Some of the readers asked if it’s possible to set up similar using Azure Portal. In there I used Azure PowerShell for the configuration.
This blog post can access using this link.
AZURE BASTION SERVICE HOW TO
In my previous blog post, I demonstrate how to setup Azure Bastion with Global VNet peering.
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