However, Internet connectivity from the PC was still going directly, not through the VPN tunnel. All was propagated down to the VPN Client, as this screenshot shows:īy the way, you can ignore the 10.1.0.0/16, this is a prefix propagated by the NVA that is not relevant for this scenario. My first test was advertising the 0.0.0.0/0 from the NVA to the Route Server.
Sneak preview: yes it can! This is the topology tested: Internet traffic flow from P2S client through NVAĪs you can see, the NVA can advertise prefixes to the Route Server, the Route Server will propagate them towards the VPN Gateway, and the latter will program them in the VPN Client. The goal of this post is verifying whether Internet connectivity can be achieved using the Azure Route Server too. This P2S connectivity is often limited to Azure resources, but by leveraging the Azure Route Server, additional access is offered.įor example, if an ExpressRoute connection exists in Azure, just by deploying the Route Server in the same Virtual Network as the VPN and ExpressRoute Virtual Network Gateways, the P2S clients will gain network connectivity to on-premises resources as well.
Azure can be used to offer Point-To-Site (P2S) connectivity for individual users, that by leveraging a VPN client on their systems (Windows, Linux or Mac) can get connectivity to Azure resources.
0 kommentar(er)
