![]() ![]() ![]() EUSVnet1 & UKSVnet1 are Spoke virtual networks and BASVnet1 is the Hub virtual network. For the connectivity, we will be using the hub-spoke network topology. Each resource group will have its own Azure virtual network. Here I have created three resource groups in three different Azure regions. For this demo, I am using the following setup. If you are using an express route or site-to-site VPN, those networks also should be reachable from the hub network. All other networks will connect to the hub network. Ideally, it should follow hub-spoke network topology and install Azure bastion in the hub network. Azure Bastion Deployed – You need to have already deployed the bastion with the relevant connectivity.Prerequisitesīefore we move forward with the configuration make sure you have the following, In this blog post, I am going to demonstrate how we can enable IP-based connection on the existing Azure bastion. That will provides a seamless RDP/SSH access experience to Azure and Non-Azure virtual machines. Normally when we need to connect to VM via Azure bastion, we use the VM page to connect but with this new feature, we will use Azure bastion itself to initiate the connectivity. It means as long as Azure bastion can reach remote networks via Express route, Site-to-Site VPN, or Peering, we can initiate IP-based RDP/SSH connection to virtual machines. Azure Bastion now supports IP-Based connectivity to on-premises, Azure, and non-azure virtual machines. As long as Azure Bastion subnet can reach the remote network (via VNET peering, VPN), we can use the Azure Bastion service to connect. ![]() When we use Azure Bastion, virtual machines do not require public IP address to connect even if the VM is in a different VNET (same or different subscription). Azure Bastion is a PaaS service that provides seamless RDP/SSH connectivity to virtual machines via Azure portal. ![]()
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