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Fortinet NSE4_FGT_AD-7.6 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Firewall Policies and Authentication: This domain focuses on creating firewall policies, configuring SNAT and DNAT for address translation, implementing various authentication methods, and deploying FSSO for user identification.
Topic 2
  • VPN: This domain focuses on implementing meshed or partially redundant IPsec VPN topologies for secure connections.
Topic 3
  • Routing: This domain covers configuring static routes for packet forwarding and implementing SD-WAN to load balance traffic across multiple WAN links.
Topic 4
  • Content Inspection: This domain addresses inspecting encrypted traffic using certificates, understanding inspection modes and web filtering, configuring application control, deploying antivirus scanning modes, and implementing IPS for threat protection.
Topic 5
  • Deployment and System Configuration: This domain covers initial FortiGate setup, logging configuration and troubleshooting, FGCP HA cluster configuration, resource and connectivity diagnostics, FortiGate cloud deployments (CNF and VM), and FortiSASE administration with user onboarding.

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Exam NSE4_FGT_AD-7.6 Questions - NSE4_FGT_AD-7.6 Mock Exam

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Fortinet NSE 4 - FortiOS 7.6 Administrator Sample Questions (Q17-Q22):

NEW QUESTION # 17
Refer to the exhibit.

A network administrator is troubleshooting an IPsec tunnel between two FortiGate devices. The administrator has determined that phase 1 failed to come up. The administrator has also re-entered the pre-shared key on both FortiGate devices to make sure they match.
Based on the phase 1 configuration and the diagram shown in the exhibit, which two configuration changes can the administrator make to bring phase 1 up? (Choose two.)

Answer: A,C

Explanation:
Exact Extract:
"In IKEv1, there are two possible modes in which the IKE SA negotiation can take place: main, and aggressive mode. Settings on both ends must agree; otherwise, phase 1 negotiation fails and both IPsec peers are not able to establish a secure channel."
"When both peers know each other ' s IP address or FQDN, you may want to use main mode to take advantage of its more secure negotiation. In this case, FortiGate can identify the remote peer by its IP address and, as a result, associate it with the correct IPsec tunnel."
"FortiGate supports three DPD modes... The default DPD mode is On Demand ."
" Diffie-Hellman (DH) ... is used during IKE SA negotiation. The use of DH in phase 1 is mandatory and can't be disabled . You must select at least one DH group." Technical Deep Dive:
The correct answers are B and C .
B is correct because phase 1 fails when IKE mode settings do not match between peers. The study guide explicitly says phase 1 settings on both ends must agree. Since this is a static site-to-site tunnel and both peers know each other's IP addresses, Main (ID protection) is the appropriate mode.
C is correct based on the exhibit: BR1-FGT appears bound to the wrong physical interface. The screenshot shows Interface = port1 , while the diagram/answer choice indicates the tunnel should be using port2 . If the phase 1 is bound to the wrong WAN interface, FortiGate sends IKE packets out the wrong path and phase 1 will not come up.
Why the others are not the fix:
* A is not correct because DH is mandatory in phase 1. The issue is not "disable DH group 2" by itself; the real requirement is that the peers negotiate a compatible proposal. The option as written is not the proper corrective action from the guide.
* D is not correct because DPD does not determine whether phase 1 can initially establish. It is a tunnel health/failure-detection feature after negotiation behavior, and On Demand is already the default mode.


NEW QUESTION # 18
A network administrator is reviewing firewall policies in both Interface Pair View and By Sequence View.
The policies appear in a different order in each view. Why is the policy order different in these two views?

Answer: D


NEW QUESTION # 19
A new administrator is configuring FSSO authentication on FortiGate using DC Agent Mode.
Which step is NOT part of the expected process?

Answer: C

Explanation:
In DC Agent mode, the DC agent installed on the Domain Controller captures the logon events (e.g., Event ID 4624) in real-time. It then pushes this information to the Collector Agent. The Collector Agent, which runs as a service on a dedicated machine, is responsible for consolidating this information and then forwarding it to the FortiGate firewall. The FortiGate receives this data and uses the user's IP address to apply appropriate security policies.


NEW QUESTION # 20
Refer to the exhibit.
A partial cloud topology is shown.

You deployed a FortiGate Cloud-Native Firewall (CNF) in AWS.
During the deployment, which components must the FortiGate CNF create to handle traffic from the EC2 instance?

Answer: B

Explanation:
In the FortiGate Cloud-Native Firewall (CNF) for AWS architecture, traffic from workloads (such as an EC2 instance) in the customer VPC is redirected to the security service (FortiGate CNF) using AWS Gateway Load Balancer (GWLB) technology.
The key AWS component that must exist inside the customer VPC to steer workload traffic to the GWLB is the:
Gateway Load Balancer Endpoint (GWLBe)
This endpoint is what the customer VPC routes point to (for example, default route or subnet route entries), enabling transparent insertion of the FortiGate CNF inspection path for EC2 traffic.
Why the other options are not correct:
A: CNF does not "create the customer VPC" (that is customer-owned), and "GWLBe" is the only relevant created item here, not the whole VPC.
C: Customer VPC is not created by CNF, and GWLB is typically part of the CNF service side; the question specifically asks what must be created to handle traffic from the EC2 instance (that requires GWLBe in the customer VPC).
D: CNF does not create the Internet Gateway (IGW) in the customer VPC, and IGW is not the required CNF- created component for steering traffic to FortiGate CNF.


NEW QUESTION # 21
A network administrator enabled antivirus and selected an SSL inspection profile on a firewall policy. When downloading an EICAR test file through HTTP, FortiGate detects the virus and blocks the file. When downloading the same file through HTTPS, FortiGate does not detect the virus and does not block the file, allowing it to be downloaded. The administrator confirms that the traffic matches the configured firewall policy. What are two reasons for the failed virus detection by FortiGate? (Choose two answers)

Answer: C,D

Explanation:
"The only security features you can apply using SSL certificate inspection mode are web filtering and application control... certificate inspection does not allow FortiGate to inspect the flow of encrypted data."
"For antivirus or IPS control, you should use a deep-inspection profile."
"Within the full SSL inspection profile, you can also specify which SSL sites, if any, you want to exempt from SSL inspection." Technical Deep Dive:
The correct answers are A and B .
A is correct because if the firewall policy uses certificate inspection , FortiGate can inspect certificate/SNI metadata only. It cannot decrypt the HTTPS payload, so the antivirus engine never sees the EICAR file contents. That means HTTPS malware scanning fails even though HTTP scanning works.
B is also correct because if the destination site is exempt from SSL inspection , FortiGate intentionally skips decryption for that HTTPS session. Again, no payload decryption means no antivirus content scan.
Why the others are wrong:
C is not the likely reason here, especially for EICAR, which is a very small test file.
D would usually cause browser certificate warnings or connection issues during deep inspection, not a clean download that bypasses AV inspection.
Operationally, HTTPS antivirus requires this chain to be true:
firewall policy match # SSL deep inspection active # site not exempted # AV profile applied .
If either certificate-inspection is used or the site is exempted, FortiGate cannot inspect the encrypted file body.


NEW QUESTION # 22
......

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