You should fill the fields according below. Then let's create the connection on the Virtual Network Gateway
![billing for azure point to site vpn billing for azure point to site vpn](https://docs.microsoft.com/en-us/azure/includes/media/vpn-gateway-faq-p2s-all-include/servercert.png)
I'll use the public ip address from the IPSec Tunnel #1 for now.ġ1. Please note that the public address from the AWS Virtual Private Gateway is described at the configuration file you have downloaded.Īs mentioned earlier, AWS creates two IPSec tunnels to high availability purposes. Now you need to specify the public ip address from the AWS Virtual Private Gateway and the VPC CIDR prefix. The Local Network Gateway is an Azure resource with information to Azure about the customer gateway device, in this case the AWS Virtual Private Gateway Now let’s create the Local Network Gateway In this configuration file you will note that there are the Shared Keys and the Public Ip Address for each of one of the two IPSec tunnels created by AWS:Īfter the creation, you should have something like this:Īdding the AWS information on Azure Configurationġ0.
BILLING FOR AZURE POINT TO SITE VPN SOFTWARE
Please note that you need to change the Vendor, Platform and Software to Generic since Azure isn't a valid option: Set the routing as static pointing to the azure subnet-01 prefix (172.10.1.0/24) Create the Virtual Private Gateway then attach to the VPC The Customer Gateway is an AWS resource with information to AWS about the customer gateway device, which in this case is the Azure VPN Gateway.ħ. Create a customer gateway pointing to the public ip address of Azure VPN Gateway Create a subnet inside the VPC (Virtual Network)Ħ. To create, go to your Resource Group, then click to + AddĪfter click to Review + create, in a few minutes the Virtual Network Gateway will be ready:Ĥ. He contain routing tables and run specific gateway services. The Azure VPN Gateway is a resource composed of 2 or more VM's that are deployed to a specific subnet called Gateway Subnet where the recommendation is to use a /27. Here I'm defining the virtual network address space to 172.10.0.0/16, changing the "default" subnet name to "subnet-01" and defining the subnet address range to 172.10.1.0/24: Set the address space for the virtual network and for the subnet. Crate a resource group on Azure to deploy the resources on thatĬhoose the subscription, the name and the region to be deployed:ĭefine the subscription, resource group, name and region to be deployed:
![billing for azure point to site vpn billing for azure point to site vpn](https://docs.microsoft.com/fr-fr/azure/expressroute/media/expressroute-howto-coexist-classic/scenario1.jpg)
In case of a failure, the second node from Azure VPN Gateway will connect to AWS in a Active/Passive mode.ġ. This means that we will be setting only one "node" from Azure VPN Gateway to establish two VPN connections with AWS. On Azure it doesn't happens by default and in this case you will be using Active/Passive from Azure side. Regarding the high availability, please note that on AWS, by default a VPN connection always will have 2 Public IPs, one per tunnel. What if you can establish a connection between Azure and AWS using only managed solutions instead to have to use virtual machines? This is exactly what we'll be covering on this article connecting AWS Virtual Private Gateway with the Azure VPN Gateway directly without worry to manage IaaS resources like virtual machines.