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NEW QUESTION # 30
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: A,C
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 # 31
An administrator wants to form an HA cluster using the FGCP protocol. Which two requirements must the administrator ensure both members fulfill? (Choose two answers)
Answer: C,D
Explanation:
"To successfully form an HA cluster, you must ensure that the members have the same:
* Model: hardware model or VM model
* Firmware version
* Licensing: includes the FortiGuard license, virtual domain (VDOM) license, FortiClient license, and so on
* Hard drive configuration: the same number and size of drives and partitions
* Operating mode: the operating mode-NAT mode or transparent mode-of the management VDOM."
"From a configuration and setup point of view, you must ensure that the HA settings on each member have the same group ID, group name, password, and heartbeat interface settings. Try to place all heartbeat interfaces in the same broadcast domain, or for two-member clusters, connect them directly." Technical Deep Dive:
The correct answers are A and D.
A is correct because FGCP cluster formation requires matching HA parameters, and group ID is explicitly one of them. If the group ID differs, the units will not consider each other part of the same cluster during HA discovery and election.
D is correct because FortiGate HA expects hardware parity in critical platform characteristics, including hard drive configuration. If disk layout differs, the members do not satisfy the HA formation prerequisites.
B is incorrect because the study guide does not require heartbeat interfaces to be in the same IP subnet. The requirement is that heartbeat links be in the same broadcast domain, or directly connected in a two-node design. In practice, heartbeat links are Layer 2 adjacency links; IP subnet matching is not the stated requirement.
C is incorrect because the guide does not say both units must start with the same number of configured VDOMs. What must match is the licensing level and the operating mode of the management VDOM. After cluster formation, the primary synchronizes its configuration to the secondary.
A practical verification set before forming FGCP HA is:
get system status
show system ha
diagnose sys ha status
Operationally, FGCP then uses the heartbeat links for member discovery, health monitoring, election, and config/session synchronization. On supported hardware, session forwarding and HA processing can still benefit from FortiGate's ASIC-assisted architecture, but HA state, config sync, and election logic remain control-plane functions handled by FortiOS.
NEW QUESTION # 32
An administrator wants to configure dead peer detection (DPD) on IPsec VPN for detecting dead tunnels. The requirement is that FortiGate sends DPD probes only when there is no inbound traffic.
Which DPD mode on FortiGate meets this requirement?
Answer: C
Explanation:
Based on the FortiOS 7.6 Infrastructure and IPsec VPN documentation, Dead Peer Detection (DPD) can be configured in three primary modes: On Demand, On Idle, and Disabled.
On Demand (Default Mode): This mode is specifically designed to minimize unnecessary traffic. In this mode, FortiGate sends DPD probes only when there is no inbound traffic but the FortiGate is attempting to send outbound traffic. Because network communication is typically bidirectional, the absence of inbound traffic while outbound traffic is being sent is a primary indicator of a potentially dead tunnel. This matches the specific requirement described in the question.
On Idle: In this mode, DPD probes are sent if no traffic (neither inbound nor outbound) has been observed in the tunnel for a specific period. It verifies the tunnel status even when the connection is completely idle.
Enabled: In older versions or specific CLI contexts, "Enabled" may refer to periodic DPD, but in the current FortiOS 7.x/7.6 GUI and CLI terminology for Phase 1 settings, the active modes are defined as on-demand or on-idle.
Disabled: In this mode, the FortiGate does not send DPD probes but will still respond to DPD probes sent by the remote peer.
The requirement that the administrator wants probes sent only when there is no inbound traffic (usually implying the FortiGate is sending but not receiving) is the fundamental definition of the On Demand mechanism in the Fortinet curriculum.
NEW QUESTION # 33
Exhibits:
You are asked to implement an antivirus profile for files downloaded through FTP, HTTP, and HTTPS.
While testing, you are successful with HTTP and FTP protocols, but FortiGate does not block the file download over HTTPS.
What could be the cause?
Answer: C
Explanation:
"To perform SSL inspection on traffic flowing through the FortiGate device, you must allow the traffic with a firewall policy and apply an SSL inspection profile to the policy. Note that an SSL inspection profile alone will not trigger a security inspection. You must combine it with other security profiles like Antivirus, Web Filter, Application Control, or IPS."
"By default, firewall policies are set with the no-inspection SSL profile. Therefore, any encrypted traffic flows through uninspected... For antivirus or IPS control, you should use a deep-inspection profile. "
"When you use deep inspection, FortiGate impersonates the recipient of the originating SSL session, and then decrypts and inspects the content to find threats and block them . It then re-encrypts the content and sends it to the real recipient. Deep inspection protects from attacks that use HTTPS and other commonly used SSL-encrypted protocols..." Technical Deep Dive:
The correct answer is D . HTTP and FTP are working because FortiGate can inspect those payloads directly with the antivirus profile. HTTPS is different because the traffic is encrypted. If the firewall policy uses only certificate inspection or another non-decrypting SSL mode, FortiGate can identify certificate/SNI information, but it cannot see the downloaded file contents. Without decrypting the HTTPS session, the antivirus engine never receives the payload to scan, so EICAR or other malware can pass.
Why the other options are wrong:
* A is not the issue here. The exhibit shows the antivirus profile and policy are already aligned for proxy- based operation, and the failure is specific to HTTPS visibility.
* B is wrong because web filter is not required for antivirus scanning.
* C is wrong because firewall policies commonly use ACCEPT with security profiles; the antivirus engine can still block the file after policy match. The study guide explicitly says ACCEPT allows the session and then applies antivirus scanning and other packet-processing features.
To fix it, apply deep-inspection on the firewall policy:
config firewall policy
edit < policy-id >
set ssl-ssh-profile " deep-inspection "
set av-profile " HTTP_AV_Profile "
next
end
On real FortiGate hardware, this also has performance implications. Simple flow handling can often stay on accelerated paths, but full SSL deep inspection forces decryption and content scanning through the inspection engine, increasing CPU/WAD workload.
NEW QUESTION # 34
Which two settings are required for SSL VPN to function between two FortiGate devices?
(Choose two.)
Answer: A,C
Explanation:
The FortiGate can be configured as an SSL VPN client, using an SSL-VPN Tunnel interface type.
The FortiGate devices must have the proper CA certificate installed to verify the certificate chain to the root CA that signed the certificate.
NEW QUESTION # 35
......
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