Which CLI command should an administrator use to view the certificate verification process in real time?
Answer : C
According to the FortiOS CLI Reference Guide, ''The diagnose debug application foauthd command enables debugging of certificate verification process in real time.'' Therefore, option A is true because it describes the CLI command that an administrator should use to view the certificate verification process in real time. Option B is false because diagnose debug application radiusd -1 enables debugging of RADIUS authentication process, not certificate verification process. Option C is false because diagnose debug application authd -1 enables debugging of authentication daemon process, not certificate verification process. Option D is false because diagnose debug application fnbamd -1 enables debugging of FSSO daemon process, not certificate verification process.
Refer to the exhibit.
Examine the FortiGate logs, widget, and CLI output shown in the exhibit.

An administrator is testing the Security Fabric quarantine automation. The test device (10.0.2.2) is connected to a managed FortiSwitch device.
A few seconds after trying to access a malicious website from the test device, the test device can no longer access the internet and other VLANs in the network. However, the device is still able to access other devices in the same VLAN.
Based on the information shown in the exhibit, which modification should the administrator make to fix the problem?
Answer : C
Which two statements about FortiSwitch trunks are true? (Choose two.)
Answer : A, B
Refer to the exhibit.

Examine the FortiManager configuration and FortiGate CLI output shown in the exhibit
An administrator is testing the NAC feature The test device is connected to a managed FortiSwitch device {S224EPTF19"537)on port2
After applying the NAC policy on port2 and generating traffic on the test device the test device is not matching the NAC policy therefore the test device remains m the onboarding VLAN
Based on the information shown in the exhibit which two scenarios are likely to cause this issue? (Choose two.)
Answer : C, D
According to the FortiManager configuration, the NAC policy is set to match devices with the MAC address of 00:0c:29:6a:2b:3c and the operating system of Linux. However, according to the FortiGate CLI output, the test device has a different MAC address of 00:0c:29:6a:2b:3d. Therefore, option B is true. Option A is also true because the FortiSwitch device status is shown as down, which means that the management communication between FortiGate and FortiSwitch is not working properly. This could prevent the NAC policy from being applied correctly. Option C is false because the device operating system detected by FortiGate is Linux, which matches the NAC policy. Option D is false because device detection is enabled on VLAN 4089, as shown by the command ''config switch-controller vlan''.
An administrator is deploying AP's that are connecting over an IPsec network. All APs have been configured to connect to FortiGate manually. FortiGate can discover the APs and authorize them. However, FortiGate is unable to establish CAPWAP tunnels to manage the APs.
Which configuration setting can the administrator perform to resolve the problem?
Answer : B
Refer to the exhibit.

Examine the FortiSwitch security policy shown in the exhibit.
A device that does not support 802.1X authentication is connected to a port using the Port-Security security policy.
What action does the FortiSwitch take on the port?
Answer : A
Based on the provided exhibit and Fortinet's official documentation for FortiOS and FortiSwitch, particularly the NSE 7 - LAN Edge 7.0 materials and the FortiSwitch Administration Guide, the behavior of the FortiSwitch security policy can be analyzed as follows:
The exhibit shows a FortiSwitch security policy configured with the following key settings:
Security mode: Port-based
User groups: FAC-Lab-User (a wired user group)
Guest VLAN: Set to 'onboarding'
Guest authentication delay: 30 seconds
Authentication fail VLAN: Set to 'quarantine'
MAC authentication bypass: Disabled
EAP pass-through: Enabled
Override RADIUS timeout: Disabled
Analysis of the Scenario:
The question specifies that a device that does not support 802.1X authentication is connected to a port using this Port-Security security policy. Since the device does not support 802.1X, it cannot perform the standard 802.1X authentication process. The FortiSwitch will then evaluate alternative configurations to determine the port's behavior:
Guest VLAN Configuration: The Guest VLAN is set to 'onboarding.' According to Fortinet documentation, when a device fails to authenticate via 802.1X (e.g., due to lack of support), and a Guest VLAN is configured, the FortiSwitch assigns the port to the specified Guest VLAN after the guest authentication delay period (30 seconds in this case). The 'onboarding' VLAN is typically used to place unauthenticated devices in a restricted network segment where they can be redirected to a captive portal or other onboarding process.
Authentication Fail VLAN: The Authentication Fail VLAN is set to 'quarantine,' which would apply if authentication fails after an attempt. However, since the device does not support 802.1X, no authentication attempt is made, and this setting does not trigger unless an authentication process is initiated and fails.
MAC Authentication Bypass: This option is disabled, so the FortiSwitch will not attempt to authenticate the device using its MAC address as the username and password.
EAP Pass-Through: This is enabled, allowing EAP frames to pass through to an external RADIUS server, but it is irrelevant here since the device does not support 802.1X.
Port Shutdown: There is no indication in the configuration or Fortinet documentation that the port will be shut down for a device that does not support 802.1X when a Guest VLAN is configured.
Conclusion:
When a device does not support 802.1X authentication and the security policy is set to Port-based with a Guest VLAN configured (set to 'onboarding'), the FortiSwitch assigns the port to the Guest VLAN (onboarding) after the guest authentication delay (30 seconds). This behavior is consistent with Fortinet's design for handling unauthenticated devices in a secure network environment, as outlined in the FortiSwitch Port Security and VLAN assignment sections of the official documentation.
Why not the other options?
B . FortiSwitch shuts down the port: This action would occur only if the port security policy is configured to shut down the port upon authentication failure or violation (e.g., with a limit on MAC addresses), which is not indicated in this configuration.
C . FortiSwitch assigns the port to the quarantine VLAN: The quarantine VLAN is configured as the Authentication Fail VLAN, which applies only after an unsuccessful authentication attempt. Since no 802.1X authentication is attempted due to the device's lack of support, this does not apply.
D . FortiSwitch authenticates the device using the device MAC address as username and password: This requires MAC authentication bypass to be enabled, which it is not in this configuration.
Source Verification:
The answer is verified through the FortiSwitch Administration Guide (FortiOS 7.0) and NSE 7 - LAN Edge 7.0 training materials, specifically the sections on Port Security, 802.1X, and VLAN assignment for unauthenticated devices.
An administrator is testing the connectivity for a new VLAN The devices in the VLAN are connected to a FortiSwitch device that is managed by FortiGate Quarantine is disabled on FortiGate
While testing the administrator noticed that devices can ping FortiGate and FortiGate can ping the devices The administrator also noticed that inter-VLAN communication works However intra-VLAN communication does not work
Which scenario is likely to cause this issue?
Answer : A