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A Linux server was deployed in a protected subnet with a dynamic IP address. A FortiGate VM in the internal subnet provides traffic filtering to it. and you must implement a firewall policy using the IP address of the Linux server.
Which feature could help integrate FortiGate using Linux server tags?
The Software-defined network (SDN) connector allows FortiGate to dynamically pull metadata such as tags, IP addresses, and resource groups from Azure resources. This enables automatic policy updates based on dynamic IP changes, such as those of a Linux server in a protected subnet.
What is a requirement when you deploy a FortiGate active-active cluster in Azure?
In an active-active FortiGate cluster deployment in Azure, you must assign the public IP address to an Azure load balancer. This is required because Azure does not support multiple VMs sharing a single public IP directly. The Azure Load Balancer handles inbound traffic and distributes it to the active FortiGate instances.
Your organization is planning to deploy FortiWeb in Azure to provide a web application security solution to its web servers. One of the requirements is to have granular control of the number of vCPUs and memory assigned to this resource.
Which cloud model could meet this requirement?
Infrastructure-as-a-Service (IaaS) allows you to deploy FortiWeb as a virtual machine in Azure, giving you granular control over vCPU and memory allocation. This model provides full flexibility over the compute resources and network configuration, which is essential for deploying and scaling security appliances like FortiWeb.
In the context of Azure Route Server, what is a primary function of the route server subnet?
The route server subnet in Azure is a dedicated subnet that hosts the Azure Route Server, which functions as the hub for dynamic routing information exchange between Azure virtual networks and BGP-enabled network virtual appliances (NVAs) or on-premises routers. It enables seamless and centralized route propagation.
Refer to the exhibits.
A high availability (HA) active-active FortiGate with Elastic Load Balancing (ELB) and Internal Load Balancing (ILB) was deployed with a default setup to filter traffic to a Linux server running Apache server.
Ports 80 and 22 are open on the Linux server, and on FortiGate a VIP and firewall policy are configured to allow traffic through ports 80 and 22. Traffic on port 80 is successful, but traffic on port 22 is not detected by FortiGate.
What configuration changes could you perform to allow SSH traffic?
Since port 80 traffic is reaching the FortiGate (as shown in the sniffer output) but port 22 traffic is not, the issue lies before the FortiGate, at the Azure Load Balancer level. Azure Load Balancers require an Inbound NAT rule to forward specific ports (like SSH on port 22) to a specific backend VM. Creating a new Inbound NAT rule for port 22 will allow SSH traffic to be properly routed to the FortiGate VM.
