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Fortinet NSE7_FSN_AR-7.6 Exam Syllabus Topics:

SectionObjectives
Topic 1: Enterprise Firewall- High availability
- Troubleshooting
- VPN technologies
- Advanced firewall deployment
- Centralized management and analytics
- Routing and advanced networking
- Authentication and identity
- Security Fabric integration
Topic 2: SD-WAN- SD-WAN routing
- Application steering
- Performance SLA
- Overlay VPN
- SD-WAN architecture
- Deployment and troubleshooting

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Fortinet NSE 7 - Secure Networking 7.6 Architect Sample Questions (Q119-Q124):

NEW QUESTION # 119
Refer to the exhibits.


How does FortiGate handle traffic with the source IP address 10.0.1.125 and the destination IP address
128.66.0.125?

Answer: C

Explanation:
The traffic matches service 2's address criteria: 10.0.1.125 belongs to the configured source range 10.0.1.0-
10.0.1.255, and 128.66.0.125 belongs to the destination range 128.66.0.0-128.66.255.255. Service 2 lists port7 and port8 as selected SLA members and uses round-robin load balancing.
However, the SD-WAN guide states: "SD-WAN requires a valid route in the forwarding information base (FIB) so the member can be used to steer traffic." The routing table contains routes through port7 and port8 only for 10.0.1.0/24. It contains no route to 128.66.0.125 through either member.
The only route covering the destination is the default route, which has equal-cost paths through port1 and port2. Consequently, port7 and port8 cannot be used for this flow despite being SLA-selected. FortiGate skips the unusable explicit SD-WAN rule and processes the traffic through the implicit rule using standard FIB routing. Therefore, option A is correct. Options B and C incorrectly assume that selected overrides route availability, while option D is incorrect because valid default routes exist.


NEW QUESTION # 120
Exhibit.

Refer to the exhibit, which contains a screenshot of some phase 1 settings.
The VPN is not up. To diagnose the issue, the administrator enters the following CLI commands on an SSH session on FortiGate:

However, the IKE real-time debug does not show any output. Why?

Answer: D

Explanation:
To display debug output on FortiGate devices, you must always run both the application-specific debug command and the global debug enable command. The command diagnose debug application ike -1 sets up the detail level for the IKE daemon debug, but it does not display any debug output on its own. As described in the FortiOS CLI debugging manuals, the command diagnose debug enable activates debug output on the console, making all previously set debugs visible. This is especially important for VPN troubleshooting- without the enable command, no output appears even if there is VPN traffic.
The correct diagnostic sequence is:
diagnose debug application ike -1
diagnose debug enable
This procedure is found in every FortiOS CLI debug tutorial and troubleshooting workflow.
References:
FortiOS CLI Reference: Debugging VPNs and Real-time Debug Output
FortiGate VPN Troubleshooting Guide: Required Steps for Debug Output


NEW QUESTION # 121
Refer to the exhibit.

The sniffer log on two FortiGate devices are shown. Based on the information in the log, which two factors explain the output on FortiGate FGT-02? (Choose two answers)

Answer: A,C

Explanation:
The output on FGT-01 confirms that the device is actively encapsulating traffic and sending it as ESP packets (Protocol 50) out of port1 towards the IP address 97.86.16.52. The logs show outgoing packets, which confirms FGT-01 is attempting to initiate or maintain the tunnel and that NAT-Traversal is not being used (as it uses raw ESP).
The output on FGT-02 , however, displays (no packets captured). This is significant because the sniffer command diagnose sniffer packet any ' esp ' captures traffic at the network interface level (ingress), regardless of whether a matching VPN configuration exists on the receiving unit. The absence of packets proves that the ESP traffic generated by FGT-01 is physically not arriving at FGT-02 ' s interface.
This behavior is explained by two primary factors:
* Option A (Blocking): An intermediate device, such as an ISP router or firewall, is dropping Protocol
50 traffic. Unlike UDP 500/4500, raw ESP is often blocked by default on many networks or legacy devices.
* Option C (Routing/Misconfiguration): If the administrator configured the wrong remote peer IP on FGT-01 , the packets are being routed to a different destination entirely. Consequently, they never arrive at FGT-02 to be captured.
Option B is incorrect because even without a configured VPN tunnel, the sniffer would still display the incoming ESP packets if they were reaching the interface. Option D is incorrect because FGT-01 is sending ESP, making ' esp ' the correct filter.


NEW QUESTION # 122
Refer to the exhibit, which shows the output of the command get router info bgp neighbors 100.64.2.254 advertised-routes.

What can you conclude from the output?

Answer: C


NEW QUESTION # 123
Refer to the exhibit.

The modified output of live routing kemel is shown
Which two statements about the output are (rue? (Choose two.)

Answer: A,C

Explanation:
We must analyze the flags (*, > , S, O, B) and Administrative Distances (AD) shown in the get router info routing-table database exhibit to determine the correct statements.
Analysis for Option A (The BGP route to 10.0.4.0/24 is not in the forwarding information base):
True. Look at the entry for 10.0.4.0/24.
There is an OSPF route: O * > 10.0.4.0/24 [110/2]. The * indicates it is in the FIB, and > indicates it is the selected route.
There is a BGP route: B 10.0.4.0/24 [200/10]. This line lacks the * flag.
Reason: The OSPF route has an Administrative Distance of 110. The BGP route (iBGP) has an AD of 200.
Since 110 is lower than 200, OSPF wins, and the BGP route is not installed in the Forwarding Information Base (FIB).
Analysis for Option B (The default static route through 10.200.1.254 is in the forwarding information base):
True. Look at the 0.0.0.0/0 entries.
The first entry is S * > 0.0.0.0/0 [10/0] via 10.200.1.254.
The * flag confirms this specific route is installed in the FIB.
The second static route (via 10.200.2.254) has a higher distance ([20/0]) and no * flag, so it is inactive.
Why C is False: ECMP (Equal Cost Multi-Path) requires routes to have the same cost/priority. Here, one static route has AD 10 and the other has AD 20. They are not equal, so ECMP is not performed.
Why D is False: The routing table database shows active routes, not the raw Link State Advertisement (LSA) database. You cannot determine the number of LSAs received solely from this output.
Reference:
FortiGate Security 7.6 Study Guide (Routing): " The routing table database displays all known routes... The * indicates the route is in the FIB... Lower Administrative Distance is preferred. "


NEW QUESTION # 124
......

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