New 2025 Guaranteed Success with DumpsMaterials FCP_ZCS_AD-7.4 Dumps Fortinet PDF Questions [Q50-Q74]

December 2, 2025December 2, 2025 examdumpsNew 2025 Guaranteed Success with DumpsMaterials FCP_ZCS_AD-7.4 Dumps Fortinet PDF Questions [Q50-Q74] 0 Comment

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New 2025 Guaranteed Success with DumpsMaterials FCP_ZCS_AD-7.4 Dumps Fortinet PDF Questions

Exceptional Practice To FCP – Azure Cloud Security 7.4 Administrator Pass the First Time

NO.50 Your organization is in the process of optimizing its Azure network architecture and wants to dynamically manage and exchange routing information between its virtual networks and on-premises networks.
Which Azure service would help to provide a centralized point for efficient route management and dynamic routing?

Azure Virtual WAN

Azure VPN Gateway

Azure ExpressRoute

Azure Route Server

Azure Route Server enables dynamic route exchange using BGP between your Azure virtual network and network virtual appliances (NVAs) or on-premises networks. It provides a centralized and scalable solution for route management, allowing seamless integration of routing updates without manual configuration changes.

NO.51 Which load balancing method should be used in Azure to ensure optimal distribution of traffic across multiple servers?
Response:

Round Robin

Least Connections

IP Hash

Geographic

NO.52 What is a requirement when you deploy a FortiGate active-active cluster in Azure?

You must assign the public IP address to an Azure load balancer.

You must use unicast FGCP to synchronize the configurations.

You must configure both load balancers to allow administrative access.

You must configure all FortiGate VMs with three or more interfaces.

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.

NO.53 What component of Azure is primarily used to enhance data security and privacy through encrypted storage solutions?
Response:

Azure Blob Storage

Azure Key Vault

Azure Security Center

Azure Disk Storage

NO.54 What type of Azure networking element enables you to securely connect Azure virtual networks to each other?
Response:

Azure ExpressRoute

Azure Virtual Network

Azure VPN Gateway

Network Security Groups (NSGs)

NO.55 What does Azure Sentinel primarily manage within the scope of Azure security services?
Response:

Device management

Threat intelligence and analytics

Digital key protection

VPN configurations

NO.56 Which VPN protocol is used when configuring a FortiGate device to connect to an Azure VPN gateway?
Response:

PPTP

SSTP

L2TP

IPsec

NO.57 What does configuring HA using FortiGate in Azure primarily safeguard against?
Response:

SQL injection attacks

Physical hardware failures

Phishing attempts

Unauthorized data access

NO.58 Why would you use a user-defined route in Azure?

To manage user authentication and access control

To have the traffic from the other VMs inspected by FortiGate

To allow inbound management access to FortiGate VMs

To allow communication between FortiGate VMs on two subnets in the same VNET

A user-defined route (UDR) in Azure is used to redirect traffic from other VMs through a FortiGate VM for inspection. By modifying the routing table, you ensure that outbound or inter-subnet traffic is sent to the FortiGate as the next hop, enabling traffic filtering, logging, and security enforcement.

NO.59 What advantages does deploying Azure Virtual WAN bring to a multi-regional organization?
(Choose Two)
Response:

Improved global reach to Azure services

Lower overall network latency

Simplified patch management

Enhanced local security on physical devices

NO.60 What Fortinet solution can be utilized in Azure to secure web applications?
Response:

FortiManager

FortiAnalyzer

FortiWeb

FortiSandbox

NO.61 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 Server simplifies dynamic routing by allowing your FortiGate VMs to 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 both VPN Gateway and ExpressRoute Gateway.

NO.62 How are the configurations synchronized between two FortiGate VMs in an active-passive HA with SDN connector failover deployed from the Azure marketplace?

Using unicast FGCP

Using system autoscaling during a failover

An Azure function distributes the configuration files

By configuring FGSP on the primary

In an active-passive HA deployment of FortiGate VMs in Azure using the Marketplace template, configuration synchronization is handled via unicast FortiGate Clustering Protocol (FGCP). FGCP allows the primary unit to replicate its configuration and session information to the secondary unit, ensuring seamless failover.

NO.63 Which Azure service provides distributed denial of service (DDoS) protection by monitoring and mitigating potential threats?
Response:

Azure Firewall

Azure Application Gateway

Azure Sentinel

Azure DDoS Protection

NO.64 Refer to the exhibit.

The exhibit shows some of the properties of a virtual NIC that is used by a FortiGate VM deployed in Azure.
The virtual NIC shown is connected to a subnet (10.0.1.0/26) with several VMs that will be accessing the internet through the FortiGate VM.
Which statement is true for this scenario?

The NIC in the exhibit needs to be assigned a public IP address.

The VMs in the 10.0.1.0/26 subnet can access the internet through FortiGate.

You must change the default gateway on the VMs in the Internal Subnet for this to work.

The parameters of the virtual NIC are not configured correctly.

For VMs in the 10.0.1.0/26 subnet to access the internet through the FortiGate VM, their default gateway must be changed to the internal IP address of the FortiGate’s NIC in that subnet (e.g., LAB1-FGT-A-Nic2). This ensures traffic is routed through FortiGate for inspection and NAT, rather than directly using Azure’s default system routes.

NO.65 Azure public cloud offers which of the following benefits over traditional data center deployments?
Response:

Higher initial capital costs

Reduced operational flexibility

Scalability on demand

Longer deployment cycles

NO.66 How does autoscaling enhance HA for applications hosted in Azure?
Response:

By automatically adjusting the bandwidth

By adding or removing resources based on demand

By shifting traffic to underutilized servers

By encrypting data transfers

NO.67 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

The local network gateway in Azure represents the on-premises VPN device (such as FortiGate) and defines the on-premises public IP address and the address prefixes of the on-premises network. This is essential for configuring site-to-site VPN connections from Azure to FortiGate.

NO.68 You deployed a FortiGate active-active with ELB/ILB solution using the template from Azure Marketplace.
What is the purpose of the inbound NAT rules configured in the external load balancer in this deployment?

To load balance the incoming traffic between both FortiGate VMs

To filter inbound traffic before it reaches the FortiGate instances

To forward the health probes to both FortiGate VMs

To allow administrative access to the FortiGate VMs

In an active-active FortiGate ELB/ILB deployment, the inbound NAT rules configured on the external load balancer are used to allow administrative access (e.g., HTTPS, SSH) to the individual FortiGate VMs. Since the public IP is associated with the load balancer, NAT rules are required to map specific ports to backend FortiGate instances for management access.

NO.69 Which Azure feature enables an organization (tenant) to manage and secure users, groups, and permissions within a single domain?
Response:

Azure Active Directory B2C

Azure Kubernetes Service (AKS)

Azure Microsoft Entra ID

Azure Cosmos DB

NO.70 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

The Linux 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 their network interfaces (NICs). Therefore, to diagnose why BGP routes are not reaching the Linux VM, you should monitor the effective routes on the NIC to verify if the routes from the FortiGate (via the Route Server) are being injected properly.

NO.71 Which statement about deploying VMs in a gateway subnet is true?

VMs are not allowed in a gateway subnet

VMs can be deployed in a gateway subnet only after you deploy the VPN Gateway

VMs are required in a gateway subnet

VMs are automatically deployed in a gateway subnet

Azure does not allow the deployment of virtual machines (VMs) in a gateway subnet. The gateway subnet is specifically reserved for Azure VPN Gateway or ExpressRoute Gateway instances, and deploying other resources in it can cause gateway deployment or operation failures.

NO.72 Refer to the exhibits.

Two new dynamic firewall addresses have been configured on the FortiGate VM using the external connector to Integrate within the same Azure environment.
The debug output shows that one IP address can be resolved successfully, but the second is empty.
Which steps could you perform to correct the misconfiguration? (Choose all that apply.)

Verify the filter used for the dynamic firewall address

Verify the tags on the target VM

Check for a mistyped Microsof Entra ID subscription

Verify the NSG for the target VM

Verify the Microsoft Entra ID role assignment access rights

The debug output shows that the UbuntuServer address object successfully resolved an IP, while the webServer did not. The most likely cause is a mismatch in the dynamic address filter or missing tags on the target VM.
Verify the filter used for the dynamic firewall address – The filter category=windows may not match any VM metadata, resulting in no matched addresses.
Verify the tags on the target VM – Ensure that the VM has the correct tags (e.g., category=windows) that match the dynamic address filter to enable resolution.

NO.73 Which scenario best utilizes the Azure Route Server for enhanced functionality?
Response:

Managing user access controls

Integrating with virtual appliances for dynamic routing

Hosting static websites

Archiving data

NO.74 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

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.

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