Virtual WAN offer much better scalability though, supporting up to 10,000 concurrent client-based VPN connections. Further, OpenVPN is not supported for Windows 10 Always On VPN, leaving IKEv2 as the only option, which poses some potential operational challenges. It includes support for client-based VPN (currently in public preview at the time of this writing), but only supports IKEv2 and OpenVPN VPN protocols for client connections.
The gateway can be configured to support either device or user connections, not both.Īzure Virtual WAN is the future of remote connectivity for Azure. A maximum of 128 concurrent SSTP connections are supported on all gateway SKUs (256 supported in active/active mode). A maximum of 1000 concurrent IKEv2 connections are supported when using the VpnGw3 or VpnGw3AZ SKUs (2000 supported in active/active mode). The Azure VPN gateway has some limitations though. Azure VPN gateway supports either IKEv2 or SSTP VPN protocols for client connections. With some additional configuration it can be used to support Windows 10 Always On VPN deployments. The Azure VPN Gateway can be configured to support client-based (point-to-site) VPN. Options for supporting Always On VPN connections using native Azure VPN infrastructure depend on the type of VPN gateway chosen. In my experience it works well and can be an option for organizations willing to forgo formal support by Microsoft. However, at the time of this writing, RRAS is not a supported workload on Windows Server in Azure.Īlthough explicitly unsupported, it is possible to deploy Windows Server and RRAS in Azure for Always On VPN. Intuitively it would make sense to deploy Windows Server and RRAS in Azure as well. Windows Server with the Routing and Remote Access Service (RRAS) installed is a popular choice for on-premises Always On VPN deployments. As traditional on-premises workloads are migrated to the cloud, customers are looking for options to host VPN services there as well. 
Organizations everywhere are rapidly adopting Microsoft Azure public cloud infrastructure to extend or replace their existing datacenter.
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