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NEW QUESTION # 27
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: B,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 # 28
Refer to the exhibits.
You have implemented the application sensor and the corresponding firewall policy as shown in the exhibits.
You cannot access any of the Google applications, but you are able to access www.fortinet.com.
Which two actions would you take to resolve the issue? (Choose two.)
Answer: C,D
Explanation:
From the exhibits:
The firewall policy has Application Control enabled and uses certificate-inspection for SSL inspection.
The application sensor has Application and Filter Overrides with the following order (priority):
Excessive-Bandwidth with action Block
Google (vendor filter) with action Monitor
In FortiOS, Application and Filter Overrides are evaluated by priority (top-down). The first matching override is applied. If traffic matches an earlier override with Block, it will be blocked even if a later override would Monitor/Allow it.
Why Google apps fail while www.fortinet.com works:
Many Google applications can be detected as (or can trigger) the Excessive-Bandwidth behavior/signature depending on the specific service and traffic pattern.
Because Excessive-Bandwidth (Block) is above Google (Monitor), Google-related traffic may match the first rule and be blocked before the Google override is evaluated.
Access to www.fortinet.com works because that traffic is not matching the Excessive-Bandwidth override.
Therefore, to resolve:
B). Move up Google in the Application and Filter Overrides section to set its priority higher This ensures Google matches the Google override before any broader blocking override is applied.
E). Set the action for Google in the Application and Filter Overrides section to Allow This explicitly permits Google applications once the higher-priority match occurs (stronger than Monitor for troubleshooting and ensuring access).
Why the other options are not the best fit here:
A (deep-content inspection) can help identify more HTTPS applications, but the exhibit already shows a specific Google override configured; the immediate issue is the override evaluation order and action.
C relates to Web Filter URL categories, but the problem is occurring under Application Control behavior
/vendor overrides.
D (flow-based) is not required to fix an override priority/action conflict.
NEW QUESTION # 29
Refer to the exhibits, which show the system performance output and the default configuration of high memory usage thresholds in a FortiGate.
Based on the system performance output, what can be the two possible outcomes? (Choose two.)
Answer: A,C
Explanation:
FortiGate has entered conserve mode.
The system performance output shows memory usage at 90%, which exceeds the red threshold (88%) configured under memory-use-threshold-red. When this happens, FortiGate automatically enters conserve mode to preserve system stability by stopping or limiting memory-intensive processes.
Administrators cannot change the configuration.
In conserve mode, FortiGate restricts configuration changes and disables some non-essential services until memory usage drops below the green threshold (82%), ensuring that available memory is reserved for critical operations.
NEW QUESTION # 30
Refer to the exhibits.
An administrator wants to add HQ-ISFW-2 in the Security Fabric. HQ-ISFW-2 is in the same subnet as HQ- ISFW. After configuring the Security Fabric settings on HQ-ISFW-2, the status stays Pending. What can be the two possible reasons? (Choose two answers)
Answer: B,D
Explanation:
According to the FortiOS 7.6 Security Fabric documentation and Study Guide, several conditions must be met for a downstream FortiGate to successfully join a Security Fabric.
First, the Upstream FortiGate IP/FQDN configured on the downstream device must point to the IP address of the interface on the upstream device that is listening for fabric connections. In the provided logical topology, the Fabric Root (HQ-NGFW-1) uses port4 with the IP 10.0.11.254 to connect to the internal segmentation firewalls (ISFWs). Since HQ-ISFW-2 is in the same subnet as HQ-ISFW, it is physically and logically connected to the network segment serviced by port4. Therefore, the current configuration of
10.0.13.254 (which is port6, likely the WAN side) is incorrect, and it must be set to 10.0.11.254 (Statement A).
Second, once the downstream device successfully reaches the upstream device, it enters a Pending state. For security purposes, FortiOS does not allow devices to join the fabric automatically; the administrator of the upstream device (in this case, HQ-ISFW or the root) must manually authorize the new device (Statement C) in the Fabric Management console. Until this authorization is granted, the status will remain "Pending" and no fabric data will be synchronized. Statements B and D are incorrect as SAML settings do not block the initial fabric join, and the management IP should be the local device's IP, not the upstream's IP.
NEW QUESTION # 31
Refer to the exhibit. What would be the impact of these settings on the Server certificate SNI check configuration on FortiGate?
Answer: C
Explanation:
With the Server certificate SNI check set to Strict, FortiGate enforces that the SNI must match either the Common Name (CN) or Subject Alternative Name (SAN) in the server certificate; otherwise, it closes the connection.
NEW QUESTION # 32
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