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NEW QUESTION # 78
Refer to the exhibits.
Examine the FortiManager configuration and FortiGate CLI output shown in the exhibit.
The NAC feature is being tested with a device connected to port2 on managed FortiSwitch S224SPTF19005867. The NAC policy has been applied to port2, and traffic was generated from the test device. However, the traffic from the test device does not match the NAC policy and remains in the onboarding VLAN.
What are two possible reasons why the test device is not being correctly classified by the NAC policy?
(Choose two.)
Answer: B,D
Explanation:
From the FortiManager NAC policy:
* Category =Device
* Match criteria includeMAC addressandOperating System = Linux
* Action =Assign VLAN "Students"
From the FortiGate CLI:
diagnose switch-controller switch-info mac-table ...
MAC: 70:88:6b:8c:4a:ce VLAN: 4089 Port: port2
diagnose switch-controller mac-device mac onboarding
VLAN 4089 MAC 70:88:6b:8c:4a:ce
So the device is stuck inVLAN 4089, which is theonboarding VLAN. No NAC policy is matched.
For a NAC policy to match, FortiGate needsdevice-identity information, which comes fromdevice detection on the VLAN / FortiLink interfaceplus theattributes that the policy expects(OS, MAC, etc.).
* A. Device detection is not enabled on VLAN 4089.
* If device detection is disabled on the interface/VLAN where the endpoint lives, FortiGate cannot learn OS / device info.
* Without this, the NAC engine cannot compare against the NAC policy (which relies on OS and other attributes), so the device remains in the onboarding VLAN.#This is a valid root cause.
* B. The device operating system detected by FortiGate is not Linux.
* The NAC policy explicitly requiresOperating System = Linux.
* If the endpoint is actually Windows/macOS, or the OS fingerprint is still "Unknown", the policy will never match, and the device stays in onboarding.#Also a valid reason.
* C. Management communication between FortiGate and FortiSwitch is down.
* CLI output (switch-info mac-table and mac-device) proves FortiGate is talking to the switch and sees MAC/VLAN/port information.#Not a valid reason.
* D. The MAC address configured on the NAC policy is incorrect.
* The exhibits show the MAC in the NAC policy matches the MAC appearing in the MAC table.
#Not the cause here.
NEW QUESTION # 79
Why is it critical to maintain NTP synchronization between FortiGate and FortiSwitch when FortiLink is configured?
Answer: A
Explanation:
NTP synchronization ensures both devices share the same accurate time reference, which is essential for consistent logging, correct authentication processes, and reliable correlation of events across FortiGate and FortiSwitch.
NEW QUESTION # 80
Refer to the exhibits.
FortiGate is configured with an SSID named Corp in which dynamic VLAN assignment is enabled, and also configured with a RADIUS server to send IETF 64, IETF 65, and IETF 81 VSAs to manage VLAN allocation.
The RADIUS server has been confirmed to be sending all the required information to FortiGate.
However, FortiGate is not assigning the correct VLANs to wireless clients.
Based on the information provided, what is causing the issue?
Answer: A
Explanation:
Even though the RADIUS server is correctly sending VLAN assignment attributes (IETF 64, 65, and 81), FortiGate will only apply them if the corresponding VLAN interfaces are already defined on the FortiLink. Since the required VLANs are not preconfigured on FortiGate, dynamic VLAN assignment cannot take effect for wireless clients.
NEW QUESTION # 81
Which LDAP object class should you target in your FortiAuthenticator LDAP query to identify user accounts?
Response:
Answer: C
NEW QUESTION # 82
Refer to the exhibit.
Which shows the WTP profile configuration.
The AP profile is assigned to two FAP-231F APs that are installed in an open plan area.
The first AP has 32 clients associated with the 5 GHz radios and 22 clients associated with the 2.4 GHz radio.
The second AP has 12 clients associated with the 5 GHz radios and 20 clients associated with the 2.4 GHz radio.
A dual-band-capable client enters the area near the first AP and the first AP measures the new client at - 3 3 dBm signal strength. The second AP measures the new client at -43 dBm signal strength.
If the new client attempts to conned to the student 01 wireless network, which AP radio will the client be associated with?
Answer: C
Explanation:
This question combines two FortiAP behaviors shown in the study guide:
* AP handoff for load balancing
* Frequency handoff for band steering to 5 GHz
From the WTP profile in the exhibit:
* set handoff-rssi 30
* set handoff-sta-thresh 30
The LAN Edge 7.6 Architect study guide explains AP handoff like this:
"If the number of clients is already at the defined threshold, new clients will be redirected to join the least busy nearby AP." It also states: "The handoff-sta-thresh parameter defines the threshold value that triggers the handoff protocol for new clients." So, because the first AP 5 GHz radio already has 32 clients, it is above the threshold of 30, meaning AP handoff can be considered.
However, the same extract adds an important condition:
"The handoff-rssi threshold defined in the AP profile applies when a handed-off client tries to connect to the second AP. The client ' s signal strength must be equal to or greater than the defined RSSI value on the new AP." The second AP measures the client at -43 dBm. Based on the configured handoff RSSI threshold of 30, the second AP does not satisfy the required signal condition for the handoff target, so FortiGate does not redirect the client there.
Now consider band selection. The study guide explains frequency handoff:
"Frequency handoff is a band steering technique that FortiGate uses to encourage clients to use the 5 GHz frequency instead of the 2.4 GHz." It also says:
"When a client tries to connect, FortiGate checks whether it can support 5 GHz and, if so, how good the signals are. If a client supports the 5 GHz frequency and the signal is strong enough to connect, FortiGate ignores the client's requests to join the network on 2.4 GHz until the request times out. The client will then automatically try to join the same network using 5 GHz." Because the client is dual-band capable and the first AP sees it at a very strong -33 dBm, FortiGate will steer it to 5 GHz on the first AP.
Why the other options are incorrect:
A). Incorrect. The study guide says frequency handoff encourages dual-band clients to use 5 GHz instead of
2.4 GHz when the 5 GHz signal is strong enough
C). Incorrect. Even though the second AP 5 GHz radio has fewer clients, AP handoff only occurs if the target AP meets the configured handoff RSSI requirement. The study guide explicitly makes that a condition D). Incorrect. 2.4 GHz is not preferred here. The study guide specifically says FortiGate uses frequency handoff to encourage 5 GHz for dual-band-capable clients Final verified conclusion:
The client will associate with the first AP 5 GHz radio because:
* the client is dual-band capable
* FortiGate prefers 5 GHz through frequency handoff
* the first AP has the stronger signal at -33 dBm
* the second AP does not qualify as the handoff target under the configured handoff RSSI condition
NEW QUESTION # 83
......
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