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NEW QUESTION # 106
Refer to the exhibits.
A company has multiple FortiGate devices deployed and wants to centralize user authentication and authorization. The administrator decides to use FortiAuthenticator to convert RSSO messages to FSSO, allowing all FortiGate devices to receive user authentication updates.
After configuring FortiAuthenticator to receive RADIUS accounting messages, users can authenticate, but FortiGate does not enforce the correct policies based on user groups. Upon investigation, the administrator discovers that FortiAuthenticator is receiving RADIUS accounting messages from the RADIUS server and successfully queries LDAP for user group information. But, FSSO updates are not being sent to FortiGate devices and FortiGate firewall policies based on FSSO user groups are not being applied.
What is the most likely reason FortiGate is not receiving FSSO updates?
Answer: C
Explanation:
In this design, FortiAuthenticator receivesRADIUS accounting (RSSO) messages, looks up the user in LDAP to get group information, theninjects FSSO logon eventstoward all FortiGate devices.
From the exhibits we know:
* FortiAuthenticatoris receiving RADIUS accountingfrom the RADIUS server.
* LDAP queries are successful and return group membership.
* But FortiGatedoes not receive FSSO logons, so identity-based policies are not applied.
For FortiAuthenticator to create an FSSO logon, the RADIUS accounting record must be correctlyparsed into at least:
* Username
* Client IP address
These are mapped from the RADIUS attributes in theRADIUS Accounting SSO clientconfiguration (for example, User-Name and Framed-IP-Address). If these are not defined or mapped incorrectly, FortiAuthenticator can see the accounting packet butcannot build a valid FSSO session, so no update is sent to FortiGate.
Thus the most likely root cause is:
#The RADIUS Username and Client IPv4 attributes are not correctly definedfor that RADIUS Accounting SSO client (optionA).
Other options conflict with the scenario:
* B- LDAP is already successfully returning groups.
* C- FSSO user group attribute is separate; even without it, FSSO logons would still be created (just without group mapping).
* D- The interfaceisreceiving RADIUS accounting, so it is clearly enabled.
NEW QUESTION # 107
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 # 108
Refer to the exhibits.
An LDAP server has been successfully configured on FortiGate, which forward LDAP authentication requests to a Windows Active Directory (AD) server. Wireless users report that they are unable to authenticate. Upon troubleshooting, you find that authentication fails when using MSCHAPv2.
What is the most likely reason for this issue?
Answer: D
Explanation:
FortiGate can forward LDAP authentication requests, but LDAP does not support MSCHAPv2 because it cannot validate NTLM password hashes. MSCHAPv2 requires a RADIUS server (such as FortiAuthenticator or NPS) to handle the challenge-response exchange with Active Directory.
This is why wireless authentication with PEAP/MSCHAPv2 fails when configured directly against LDAP.
NEW QUESTION # 109
Refer to the exhibits. The exhibits show the FortiGate logs, widget, and CLI.
Security Fabric quarantine automation is being tested using a device with the IP address
10.0.2.1, which is connected to a managed FortiSwitch.
Shortly after attempting to access a malicious website, the device loses access to the internet and other VLANs within the network. However, it can still communicate with other devices within the same VLAN.
Which configuration change is required to fix the issue?
Answer: B
Explanation:
IP Ban only creates firewall blocks at the FortiGate and does not instruct the FortiSwitch to quarantine the endpoint at the access layer. As a result, the device is isolated only at L3 (no internet or inter-VLAN access) but is still allowed L2 communication within its local VLAN.
Replacing the action with Access Layer Quarantine correctly triggers the FortiSwitch port-level isolation, which blocks all traffic - including intra-VLAN - fixing the issue.
NEW QUESTION # 110
What default port is used for FortiAuthenticator to send syslog messages over UDP?
Response:
Answer: A
NEW QUESTION # 111
......
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