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| Section | Objectives |
|---|---|
| Routing and SD-WAN | - SD-WAN configuration
|
| Security Profiles and Content Inspection | - Web filtering and application control
|
| FortiGate Deployment and System Configuration | - Initial setup and configuration
|
| Monitoring and Troubleshooting | - Logging and reporting
|
| VPN and Secure Connectivity | - IPsec VPN
|
| Firewall Policies and Authentication | - User authentication
|
| Network Security Concepts and Architecture | - Fortinet Security Fabric Overview
|
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NEW QUESTION # 74
You have configured an application control profile, set peer-to-peer traffic to Block under the Categories tab, and applied it to the firewall policy. However, your peer-to-peer traffic on known ports is passing through the FortiGate without being blocked. What FortiGate settings should you check to resolve this issue?
Answer: D
Explanation:
Network Protocol Enforcement settings control how FortiGate inspects and enforces protocols on traffic, including peer-to-peer applications on known ports. If not properly enabled, peer-to-peer traffic may bypass blocking despite the application control profile.
NEW QUESTION # 75
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 # 76
Refer to the exhibit. Which algorithm does SD-WAN use to distribute traffic that does not match any of the SD-WAN rules?
Answer: C
Explanation:
For traffic that does not match any of the defined SD-WAN rules, the default implicit SD-WAN rule is applied. By default, the FortiGate uses a "source-destination IP-based" algorithm, which means all traffic from a specific source IP to a specific destination IP is sent through the same interface.
This ensures that a consistent path is used for traffic between the same source and destination IP addresses.
NEW QUESTION # 77
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 .
What would you do to resolve this issue?
Answer: A
Explanation:
"With these multiple filters, which one has the priority? After the IPS engine examines the traffic stream for a signature match, FortiGate scans packets for matches, in this order, for the application control profile:
1. Application and filter overrides ..."
"Next, the scan checks for application and filter overrides. Because a filter override is configured to block applications that use excessive bandwidth, it blocks all applications using excessive bandwidth , regardless of other categories that allow these applications."
"In this scenario, the filter override (Excessive-Bandwidth) is blocked and, since Dailymotion falls under the excessive bandwidth category, Dailymotion is blocked even though it is set to Monitor in the Application and Filter Overrides section. The priority in which application and filter overrides are placed takes precedence. "
"To allow web filtering, DNS filtering, or application control for HTTPS traffic , you must select an SSL inspection profile with certificate inspection or a deep inspection enabled." Technical Deep Dive:
The problem is not flow-based mode and not the SSL profile. Your firewall policy already has certificate- inspection , and the study guide explicitly says that application control for HTTPS traffic works with certificate inspection or deep inspection . So option B is unnecessary, and option A is unrelated.
The real issue is the override order inside the application sensor:
* Priority 1: Filter = Excessive-Bandwidth , Action = Block
* Priority 2: Vendor = Google , Action = Monitor
FortiGate evaluates overrides from top to bottom and applies the first match . Many Google applications match the Excessive-Bandwidth filter, so they are blocked before the later Google/Monitor override is ever reached. That is why Google apps fail while www.fortinet.com still works.
So the correct fix is to move the Google override above the Excessive-Bandwidth filter , making Google the first match.
A representative CLI-style logic would be:
config application list
edit " default "
config entries
edit 1
set vendor " Google "
set action monitor
next
edit 2
set filter " Excessive-Bandwidth "
set action block
next
end
next
end
That preserves the bandwidth block for other apps while allowing Google applications to match the higher- priority override first.
NEW QUESTION # 78
An administrator creates a new address object on the root FortiGate (HQ-NGFW-1) in the Security Fabric. After synchronization, this object is not available on the downstream FortiGate (HQ-ISFW).
What must the administrator do to synchronize the address object?
Answer: C
Explanation:
The study guide text surfaced from the PDF did not return a matching paragraph for fabric-object-unification, but the exhibit itself shows these critical details:
On HQ-NGFW-1, set configuration-sync default and set fabric-object-unification local On HQ-ISFW, set configuration-sync default The new address object on HQ-NGFW-1 has Fabric global object enabled Those exhibit settings indicate that the object is intended to be a fabric-wide object, but the root FortiGate is currently configured with fabric-object-unification local, which prevents that object from being unified across the fabric.
Technical Deep Dive:
The correct answer is C.
Here is the key logic:
The address object was created on the root FortiGate with Fabric global object enabled.
Normal configuration sync is already set to default, so this is not a generic sync-disabled problem.
The root device is specifically configured with set fabric-object-unification local.
That setting keeps fabric objects local to the device rather than unifying them across downstream fabric members.
Therefore, to make the object propagate as a shared Security Fabric object, the administrator must change the root setting to:
config system csf
set fabric-object-unification default
end
Why the other options are wrong:
A is wrong because the downstream device already has configuration-sync default, and changing it to local would make synchronization more restrictive, not less.
B is wrong because saml-configuration-sync is unrelated to firewall address object synchronization.
D is wrong because downstream-access controls downstream management access behavior, not fabric object propagation.
Operationally, this feature matters when you want shared address objects, services, and policy-referenced objects to remain consistent across the Security Fabric. It reduces duplicate object administration and helps keep policy logic normalized across root and downstream FortiGate devices.
NEW QUESTION # 79
......
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