Still doesn't work.įounder and Principal Consultant - Richard M. Just for good measure I tried creating a route table with the VPN client subnet with the next hop as the virtual gateway and assigning it to the gateway subnet. My thinking here is the /24 is divided between the nodes as /25's. In my on-prem network, I have a public-facing VPN device with an IP address of 40.79.70.195. What were going to do here is connect my vNet-Azure virtual network to my on-prem network, using a route-based site-to-site VPN. If I connect and get an address of 172.21.12.130 it fails. In this demonstration, Im going to walk you through the process of creating a route-based site-to-site VPN connection. I'm assuming it is the second node because I've allocated the 172.21.12.0/24 subnet for VPN clients. It appears only to happen when I'm connected to the second node. Oddly, this does not happen every time I connect. Switching back to standard mode restores on-premises connectivity. The VPN gateway fails to route traffic to any on-premises networks reachable via the site-to-site link. However, when I enableĪctive-active mode I can only reach resources in Azure. When I connect to the VPN with a client, I can access resources in Azure and on-premises via a site-to-site VPN connection configured on the same gateway. I have configured a route-based Azure VPN gateway (VpnGw1 SKU) in standard mode.
Change “Company Name Primary Connection” to match the ServiceName in the. You will need to change the path to match your script name and location. The action is powershell.exe -executionbypass -file c:\scripts\azure_route_manager.ps1 -alias “Company Name Primary Connection” vNet2-UAT) is not added in to the VPN client, which will cause the failure of network connection between VPN Client and the peered VNet. #Invoke-Expression "\\mydomain\netlogon\Logon_Script.vbs"ĭeploy a scheduled task to the users computers, you could use Group Policy Preference if you don’t have anything better. Hello, I set up the same environment, and I found if the VPN client was downloaded and installed prior to the configuration of VNet peering, then the route item to the peer ed VNet (e.g. # We Don't have an IP in our Azure P2S range(s) so let just exit New-NetRoute -DestinationPrefix "10.90.30.0/24" -InterfaceAlias $GLOBAL:alias -NextHop $GLOBAL:IpAddresse.IpAddresse New-NetRoute -DestinationPrefix "10.70.20.0/24" -InterfaceAlias $GLOBAL:alias -NextHop $GLOBAL:IpAddresse.IpAddresse New-NetRoute -DestinationPrefix "10.50.0.0/16" -InterfaceAlias $GLOBAL:alias -NextHop $GLOBAL:IpAddresse.IpAddresse RemoveRoutes #Just in case clean up any previous routes for this Interface Get-NetRoute | where | Remove-NetRoute -confirm:$false $GLOBAL:IpAddresse = Get-NetIPAddress -InterfaceAlias $GLOBAL:alias | Select-Object IPAddress Param($GLOBAL:alias='Company Name Primary VPN') # We need to pass the script the connection name Copy and existing route and amend it as required. More info can be found here on Microsoft article “About Point-to-Site VPN routing” Note: for this to work you Virtual Gateway’s and remote Site-to-site endpoints generally need to have BGP configured and working. I wanted my users to be able to connect to resources on these network however Microsoft say you need to add routes manually to the clients, however I found all you need to do is add them in the “routes.txt” file. This is because the built in method requires local admin rights to add these routes.īehind my Azure Virtual Gateway I have site-to-sites VPN and some vnet-to-vnet links. If not then skip this section and see below. This section is only appropriate if your users have local admin rights. Again another simple one, just replace the “azurevpnbanner.bmp” with an image one of your choice. There are plenty of online tools such as to convert an image into an ICO if you don’t have a program. You simply need to use an editor of your choice (such s GIMP) to replace these files, make sure you don’t change the names. I simply logged in to Azure from the client workstation and downloaded the VPN. #Azure point to site vpn route based download#
Last, we download the VPN client on to our client workstation. Then, we set the value of our root certificate as shown below. Set the address pool of it and then the tunnel type IKEv2 and SSTP (SSL).
You should see there are type icons azurebox16.ico (16×16 pixels) and azurebox32.ico (32×32 pixels) The Point to Site Connection will represent your workstation. Navigate into the folder you extracted the installer into.
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