Ensure that identity provider (IdP)-related entries match the Azure -side configuration.When entering the value in the CLI, ensure you press Ctrl and V before entering.
![]() Once logged in, the browser redirects to the SSL VPN portal. Similarly, internet-bound traffic can be steered to another VNet (VNet5) that hosts FortiGate-VM, as shown in the diagram. Fortinet Secure SD-WAN for Azure Virtual WAN offers organizations the ideal combination of automated set-up, ease of use, security, and visibility across their distributed infrastructure. The solution offers secure and automated branch-to-branch connectivity using Azures global transit network, as well as connectivity from the branch to the Azure Virtual WAN. Fortinets Secure SD-WAN solution integrated with the Azure Virtual WAN allows organizations to accelerate cloud on-ramp to Azure by taking advantage of the dynamic path selection feature when both VPN and ExpressRoute connectivity options are utilized in a hybrid cloud environment. And Fortinet has become the first vendor to announce integration with these enhancements to enable new security use cases, allowing organizations to further secure their Azure VNet deployments. Specifically, FortiGate-VM can now be deployed in a service VNet to secure traffic in all directions. ![]() Fortinet is the first vendor to integrate with these enhancements and fully validate these new use cases. A virtual network connection can then be associated with a single route table. Once a connection to a virtual hub is created, it associates and propagates to the Default route table. However, a connection can be associated to a custom route table to allow the traffic to be sent to the destination indicated as routes in that new route table. Additionally, these new enhancements allow static routes to be configured in a virtual network connection to provide a mechanism to steer traffic through a next-hop IP, which could be a Network Virtual Appliance (NVA) provisioned in a Spoke VNet attached to a virtual hub. The diagram below illustrates how these recent enhancements enable a hub-spoke topology. Specifically, it shows how VNet-to-branch (and VNet-to-internet) traffic can be steered to FortiGate NGFW (NVA). There are two branch office networks that are connected to the Azure Virtual WAN through IPSec and ExpressRoute, respectively. The FortiGate-VM in the Service VNet is deployed with two network interfaces. And all four VNETs are connected to the Virtual WAN Hub in the corresponding region. This is achieved by using custom route tables that are supported on Azure Virtual WAN. By default, Azure Virtual WAN comes with two route tables: A Default Route Table and a None Route Table. In addition, you would need two route tables to configure the routing correctly. Spoke VNETs will associate to the RTV2B route table, and the Service VNET hosting the FortiGate-VMs will associate to the RTShared route table. In this case, that route table is RTV2B, which has a static route for the branch network with the next connection hop. Once the traffic is inspected by the FortiGate-VM, it is forwarded back to the virtual hub. This time, the hub makes its routing decision based on the routes in the route table RTShared, since the Service VNet connection is associated with that route table. ![]()
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