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>> NSE4_FGT_AD-7.6 Exam Study Solutions <<
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NEW QUESTION # 56
Refer to the exhibits.
The exhibits show the application sensor configuration and the Excessive-Bandwidth and Apple filter details. Based on the configuration, what will happen to Apple FaceTime if there are only a few calls originating or incoming? (Choose one answer)
Answer: A
Explanation:
According to the FortiOS 7.6 Administrator Study Guide, the Application Control engine processes traffic by evaluating the Application and Filter Overrides section first, using a top-down matching logic similar to firewall policies. In the provided exhibit, there are two override entries:
* Priority 1 : A behavior-based filter for Excessive-Bandwidth with the action set to Block .
* Priority 2 : A vendor-based filter for Apple with the action set to Monitor .
The exhibit titled " Application override configuration " explicitly shows that Apple FaceTime is one of the signatures included within the Excessive-Bandwidth behavior filter. When the FortiGate inspects FaceTime traffic, it matches the first entry (Priority 1) because the signature belongs to the " Excessive-Bandwidth " group. Since the action for this priority is Block , the traffic is dropped immediately.
The phrase " only a few calls " is a common exam distractor; in this context, the " Excessive-Bandwidth " filter refers to the classification of the application (as one that typically consumes high bandwidth) rather than a real-time measurement of the specific session ' s throughput. Because the engine stops searching once a match is found in the overrides, it never reaches the Priority 2 " Monitor " rule or the general Category settings.
NEW QUESTION # 57
A network administrator is configuring an IPsec VPN tunnel for a sales employee travelling abroad.
Which IPsec Wizard template must the administrator apply?
Answer: A
Explanation:
The Remote Access IPsec Wizard template is used for individual users connecting from remote locations, such as traveling employees. This template configures FortiGate to act as an IPsec VPN server, allowing remote clients (like FortiClient) to securely connect and access internal network resources while abroad.
NEW QUESTION # 58
Refer to the exhibits.
An administrator configured both members of an HA cluster at the same time. After one week of monitoring, the administrator wants to verify the HA failover performance. How can the administrator force a failover?
(Choose one answer)
Answer: A
Explanation:
"This slide shows the order when the HA override setting is disabled, which is the default behavior."
"1. The cluster compares the number of monitored interfaces that have a status of up. The member with the most available monitored interfaces becomes the primary.
2. The cluster compares the HA uptime of each member. The member with the highest HA uptime, by at least five minutes, becomes the primary.
3. The member with the highest priority becomes the primary."
"When HA override is disabled, the HA uptime has precedence over the priority setting. This means that if you must manually fail over to a secondary device, you can do so by reducing the HA uptime of the primary FortiGate. You can do this by running the diagnose sys ha reset-uptime command on the primary FortiGate, which resets its HA uptime to 0." Technical Deep Dive:
The correct answer is A .
Both HA members are configured with set override disable , so FGCP does not prefer the higher-priority unit first. With override disabled, the election order is based on monitored interfaces , then HA uptime , then priority , and finally serial number . Since the cluster has been running for one week , the secondary unit will have a much higher HA uptime than a unit whose uptime is reset to zero. Therefore, if the administrator runs diagnose sys ha reset-uptime on the current primary HQ-NGFW-1 , FGCP re-evaluates election and the other member can take over.
Option B is wrong because enabling override only on HQ-NGFW-2 does not by itself force an immediate clean failover in this scenario and also changes election behavior rather than performing the documented manual failover action. Option C is wrong because with override disabled, priority does not beat HA uptime
. Option D can simulate a link failover , but the study guide's documented manual failover method for this exact override-disabled condition is to reset the primary's HA uptime.
Relevant CLI:
diagnose sys ha reset-uptime
get system ha status
diagnose sys ha status
This is the clean exam-aligned method to trigger a controlled HA role change.
NEW QUESTION # 59
Refer to the exhibits.
The exhibits show a diagram of a FortiGate device connected to the network, as well as the IP pool configuration and firewall policy objects.
The WAN (port2) interface has the IP address
100.65.0.101/24.
The LAN (port4) interface has the IP address
10.0.11.254/24.
Which IP address will be used to source NAT (SNAT) the traffic, if the user on HQ-PC-1 (10.0.11.50) pings the IP address of BR-FGT (100.65.1.111)?
Answer: D
Explanation:
From the exhibits, there are three relevant firewall policies from LAN (port4) to WAN (port2), each using a different IP pool for source NAT:
TCP traffic
Service: ALL_TCP
Destination: BR1-FGT
IP Pool: SNAT-Pool → 100.65.0.49
PING traffic
Service: PING
Destination: all
IP Pool: SNAT-Remote1 → 100.65.0.99
IGMP traffic
Service: IGMP
Destination: all
IP Pool: SNAT-Remote → 100.65.0.149
The user on HQ-PC-1 (10.0.11.50) is pinging BR1-FGT (100.65.1.111). In FortiOS, policy matching is based on (among other fields) source, destination, and service, and the first matching policy in top-down order is applied.
Because the traffic is ICMP echo (ping), it matches the policy named PING traffic (service PING, destination all). That policy explicitly uses Use Dynamic IP Pool with SNAT-Remote1, which is configured with external IP 100.65.0.99.
Therefore, the source NAT IP used for this ping is 100.65.0.99.
NEW QUESTION # 60
Refer to the exhibits.
A diagram of a FortiGate device connected to the network, as well as the firewall policy and IP pool configuration on the FortiGate device are shown.
Two PCs. PC1 and PC2, are connected behind FortiGate and can access the internet successfully. However, when the administrator adds a third PC to the network (PC3), the PC cannot connect to the internet.
Based on the information shown in the exhibit, which two configuration options can the administrator use to fix the connectivity issue for PC3? (Choose two.)
Answer: B,C
Explanation:
From the exhibits:
The firewall policy has NAT enabled and is configured to Use Dynamic IP Pool.
The selected IP pool (Internet-pool) is configured as:
Type: One-to-One
External IP Range: 100.65.0.110-100.65.0.111 (only two public IPs)
PC1 and PC2 can access the internet because each one-to-one NAT mapping consumes one public IP from the pool. When PC3 is added, there is no third public IP available in the pool, so FortiGate cannot allocate a one-to-one mapping for PC3 and the session fails.
FortiOS behavior here is standard: with one-to-one IP pools, the available pool size limits how many distinct internal sources can be translated concurrently (depending on allocation and sessions), and a pool with only two IPs will not reliably support three separate hosts needing translations.
Therefore, the administrator can fix this in two valid ways:
B . In the IP pool configuration, set end ip to 100.65.0.112.
This expands the pool by adding an additional public IP address, making three public IPs available (.110, .111, .112), so PC3 can be assigned an address for one-to-one NAT.
D . In the IP pool configuration, set type to overload.
Changing the pool type to overload enables PAT (many-to-one), allowing multiple internal hosts (PC1, PC2, PC3) to share the pool address(es) using different source ports. This removes the "one public IP per internal host" limitation inherent to one-to-one pools.
Why the other options are not correct:
A . Multiple Interface Policies is unrelated to IP pool exhaustion and does not solve NAT allocation limits.
C . match-vip affects VIP matching behavior for destination NAT/virtual IP usage and does not address the source NAT pool shortage causing PC3 to fail.
NEW QUESTION # 61
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