[Aug-2025] Fortinet FCP_ZCS-AD-7.4 DUMPS WITH REAL EXAM QUESTIONS [Q22-Q44]

August 12, 2025August 12, 2025 examdumps[Aug-2025] Fortinet FCP_ZCS-AD-7.4 DUMPS WITH REAL EXAM QUESTIONS [Q22-Q44] 0 Comment

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[Aug-2025] Fortinet FCP_ZCS-AD-7.4 DUMPS WITH REAL EXAM QUESTIONS

2025 New DumpsMaterials FCP_ZCS-AD-7.4 PDF Recently Updated Questions

Q22. After integrating a FortiGate VM with Azure Route Server, you detect that routes are not propagating successfully.
What initial step could you perform to diagnose the root cause?

Examine the Azure Microsoft Entra ID permissions associated with the FortiGate VM to ensure that correct authentication is being used for BGP peering

Monitor the network latency between the FortiGate VM and Azure Route Server to identify potential communication delays affecting route propagation

Verify that the FortiGate VM is running the latest firmware version

Verify the BGP peering status on both the FortiGate VM and Azure Route Server

Thefirst and most direct diagnostic stepis toverify the BGP peering statuson both theFortiGate VM and Azure Route Server. If BGP peering is not established or is in an idle or down state, route propagation will fail. This check confirms whether the two systems are communicating and exchanging routes as expected.

Q23. Which role does the local network gateway play in FortiGate to Azure VPN connectivity?

It manages the encryption keys for the VPN connection

It represents the Azure VPN Gateway in the FortiGate configuration

It defines the IP addresses of the on-premises network

It is responsible for load balancing traffic between FortiGate and Azure

Thelocal network gatewayin Azure represents theon-premises VPN device(such as FortiGate) and defines theon-premises public IP addressand theaddress prefixesof the on-premises network. This is essential for configuring site-to-site VPN connections from Azure to FortiGate.

Q24. Refer to the exhibit.

A high availability, active-active FortiGate with Elastic Load Balancing (ELB) and Internal Load Balancing (ILB) was deployed in your Azure environment.
Which tools can you use to configure synchronization? (Choose two.)

FortiGate Clustering Protocol (FGCP)

Autoscale

Heartbeat interfaces

Software-defined network (SDN) Fabric Connector

FortiManager

In aFortiGate active-active HA deployment in Azure, synchronization between instances is achieved using:
FortiGate Clustering Protocol (FGCP)- This is the primary protocol used to synchronize configuration and session information between HA peers.

Heartbeat interfaces- These interfaces are specifically configured to exchange HA state and sync data between the FortiGate VMs, ensuring cluster consistency.

Q25. Refer to the exhibit.

Your organization is planning the implementation of a complex hub-to-spoke solution to meet automated large-scale branch connectivity with multiple regions, offering a diverse range of connectivity options.
Which Azure networking service can deliver a solution?

Azure SD-WAN

Azure Virtual WAN

Azure VPN Gateway

Azure Firewall Manager

Azure Virtual WANis designed forlarge-scale, automated, and global branch connectivity, supporting hub-and-spoke architecturesacross multiple regions. It enablescentralized routing,hub-to-hub connectivity, and integrates withVPN, ExpressRoute, and SD-WAN solutions, making it ideal for complex, multi-region deployments as shown in the diagram.

Q26. 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?

Targets Management

Microsoft Entra ID

Software-defined network (SDN) connector

Service Fabric Cluster

TheSoftware-defined network (SDN) connectorallows FortiGate to dynamically pull metadata such astags, IP addresses, and resource groupsfrom Azure resources. This enablesautomatic policy updatesbased on dynamic IP changes, such as those of a Linux server in a protected subnet.

Q27. Which output was taken on a VM running in Azure?

Azure assigns MAC addresses in a specific Organizationally Unique Identifier (OUI) range. The MAC addressd8-34-99-c5-0A-BCbegins withd8-34-99, which is a Microsoft-assigned OUI used in Azure virtual networks. This strongly indicates the output was taken from a VM running in Azure.

Q28. Refer to the exhibit.

An Azure Route Server and an active-passive FortiGate with Elastic Load Balancing (ELB) and Internal Load Balancing (ILB) have been deployed successfully and they are sharing and populating BGP routes in the Protected VNet.
A Linux server has been deployed in a new VNet spoke. It is expected that Azure Route Server should inject the FortiGate BGP routes into the Linux server but that failed.
How can you diagnose the problem?

Monitor effective routes on the Azure network interface (NIC) of the Linux server

Review FortiGate BGP neighbors

Verify the BGP setup on Azure Route Server

Linux server doesn’t support BGP negotiation with Azure Route Server

TheLinux server in the spoke VNet cannot directly peer BGP with the Azure Route Server, as it is not a BGP-enabled device. Instead,Azure propagates routes to VMs through the effective route tables associated with theirnetwork interfaces (NICs). Therefore, to diagnose why BGP routes are notreaching the Linux VM, you shouldmonitor the effective routes on the NICto verify if the routes from the FortiGate (via the Route Server) are being injected properly.

Q29. Refer to the exhibits, which show the outputs of two commands taken on a Windows VM running in Azure.

Which statement is true about the device with the IP address 10.0.2.4?

It is reachable through FortiGate in transparent mode

It is provided by Azure for routing traffic among subnets

It is on the same VNET as the Windows VM

It is on the same subnet as the Windows VM

Thetrace output shows only one hopto reach10.0.2.4, indicating that the destination isin the same Azure virtual network (VNet)as the Windows VM. Since the VM’s IP is10.0.1.4and the destination is10.0.2.4, they are indifferent subnets, but Azure allowsdirect routing between subnets within the same VNetwithout additional hops.

Q30. 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?

Software-as-a-Service (SaaS)

Platform-as-a-Service (PaaS)

Function-as-a-Service (FaaS)

Infrastructure-as-a-Service (IaaS)

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.

Q31. You are deploying a site-to-site IPsec VPN connection between your on-premise subnet and your Azure VNets.
What is the most important advantage for using FortiGate at both ends of the tunnel?

It minimizes the need for encryption in transit

It allows scaling based on performance and capacity requirements

It provides consistent security policies and configurations

It reduces the need for troubleshooting due to FortiGate automatic configuration

UsingFortiGate at both endsof a site-to-site IPsec VPN tunnel provides the advantage of applyingconsistent security policies, configurations, and management toolsacross both the on-premises and Azure environments. This simplifies policy enforcement, improves operational efficiency, and ensures uniform threat protection.

Q32. Refer to the exhibit.

Your company runs front-end web servers in Azure. You need to deploy a Linux VM to be used as a web server.
To protect your web servers with a web application firewall (WAF), you deploy FortiWeb to secure applications from web-based attacks.
Which FortiWeb operation mode can you implement for this scenario?

Reverse proxy

True transparent proxy

Passive monitoring

Transparent inspection

TheReverse Proxymode is the most appropriate FortiWeb operation mode for this scenario. In this mode, FortiWeb sits between internet users and the Linux web servers, terminating client connections and then forwarding requests to the backend servers. This enablesdeep inspection, protection from web attacks (like SQL injection and XSS), andfull WAF functionality, making it ideal for securing front-end web servers exposed to the internet.

Q33. Refer to the exhibit.

In an expanding corporation, the different branches share resources connecting to Azure through Azure VPN Gateway and ExpressRoute Gateway.
Which Azure solution can you implement to simplify and centralize the seamless sharing of the dynamic routing between FortiGate VMs and branches?

Azure Route Server

Azure Traffic Manager

Azure Virtual Hub

Azure Virtual WAN

Azure Route Serversimplifies dynamic routing by allowing yourFortiGate VMsto exchange BGP routes directly with Azure’s networking fabric. This eliminates the need to manually update route tables and enables seamless, centralized communication between on-premises branches and Azure resources through bothVPN GatewayandExpressRoute Gateway.

Q34. What is a key advantage of the branch-to-hub to hub-to-branch topology in an Azure virtual WAN?

Increased security through isolated connections between branches and hubs

Enhanced scalability enables communication between branch offices

Load balancing enabled by the simultaneous connection of each branch to multiple hubs

Improved branch-to-branch communication for faster data transfer

Thebranch-to-hub to hub-to-branchtopology in Azure Virtual WAN enablesefficient branch-to-branch communicationby routing traffic through connected hubs. This improvesdata transfer speed and reliability between branches without needing direct connections between all sites, simplifying management while maintaining performance.

Q35. What characterizes the branch-to-branch topology in an Azure virtual WAN?

Increased redundancy through multiple connections to the central hub

Enhanced security through centralized traffic management

Simplified network architecture with reduced hub dependencies

Improved scalability for branch offices connecting to Azure

Thebranch-to-branch topologyin Azure Virtual WAN is characterized bydirect connectivity between branchesthrough the Virtual WAN backbone, whichreduces dependency on centralized hubs. This results in asimplified network architecture, lowering latency and optimizing routing between branch locations.

Q36. When you deploy a single FortiGate VM using the available template from the Azure Marketplace, several other resources are also created.
Which two resources, among others, are created during the process? (Choose two.)

Two virtual NICs

One NSG for each interface

One VM Scale set

One new route table

Two virtual NICs – The FortiGate Azure Marketplace template deploys the VM with at least two network interfaces: one for the external/public interface and one for the internal/private interface.
One NSG for each interface – The deployment creates separate Network Security Groups (NSGs) attached to each NIC to control inbound and outbound traffic as per Fortinet’s best practices.

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