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Fortinet FCSS_LED_AR-7.6 Exam Syllabus Topics:

Topic	Details
Topic 1	Authentication: This domain covers advanced user authentication using RADIUS and LDAP, two-factor authentication with digital certificates, and configuring syslog and RADIUS single sign-on on FortiAuthenticator.
Topic 2	Zero-Trust LAN Access: This domain covers machine authentication, MAC Authentication Bypass, NAC policies for wireless security, guest portal deployment, and advanced solutions like FortiLink NAC, dynamic VLAN, and VLAN pooling.
Topic 3	Monitoring and Troubleshooting: This section covers configuring quarantine mechanisms, managing FortiAIOps, troubleshooting FortiGate communication with FortiSwitch and FortiAP, and using monitoring tools for wireless connectivity.
Topic 4	Central Management: This section addresses managing FortiSwitch via FortiManager over FortiLink, implementing zero-touch provisioning, configuring VLANs, ports, and trunks, and setting up FortiExtender and FortiAP devices.

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Fortinet FCSS - LAN Edge 7.6 Architect Sample Questions (Q107-Q112):

NEW QUESTION # 107
You are deploying a FortiSwitch device managed by FortiGate in a secure network environment.
To ensure accurate communication, you must identify which protocols are required for communication and control between FortiGate and FortiSwitch. Which three protocols are used by FortiGate to manage and control FortiSwitch devices? (Choose three.)

A. SNMP can be used by FortiGate to manage FortiSwitch devices by monitoring their status.
B. FortiGate uses the Fortilink protocol to establish communication with FortiSwitch.
C. IGMP is required for managing communication between FortiGate and FortiSwitch devices in multicast environments.
D. HTTPS is used by FortiGate to securely manage and configure FortiSwitch devices.
E. CAPWAP is used to establish the control channel between FortiSwitch and FortiGate.

Answer: A,B,D

Explanation:
FortiGate manages FortiSwitch primarily over the FortiLink protocol, which establishes the control and management channel. HTTPS is used for secure communication and configuration tasks, and SNMP can be used for monitoring and status collection of FortiSwitch devices under FortiGate management.

NEW QUESTION # 108
You are configuring machine authentication on a FortiAuthenticator. Which settings must be enabled?
Response:

A. set radius-auth enable
B. define endpoint compliance profile
C. bind LDAP group to policy
D. set machine-auth enable

Answer: D

NEW QUESTION # 109
Which encryption protocols can CAPWAP use to secure the data channel when communicating between a FortiGate wireless controller and FortiAP?

A. SSL/TLS and IPsec
B. WPA3 and TLS
C. SSH and SSL
D. DTLS and IPsec

Answer: D

Explanation:
The correct encryption protocols that CAPWAP can use to secure the data channel between a FortiGate wireless controller and FortiAP are DTLS and IPsec. DTLS (Datagram Transport Layer Security) is natively supported for CAPWAP encryption, and optionally, IPsec can be configured to further secure the tunnel, especially in high-security environments. WPA3 and TLS, SSH and SSL, or SSL/TLS and IPsec are not the protocols CAPWAP employs for this purpose on FortiGate and FortiAP platforms.

NEW QUESTION # 110
Why is the suppression of rogue APs becoming more difficult with the introduction of new wireless security standards, such as 802.11w?

A. 802.11w increases the processing overhead on network devices, slowing down the detection of rogue APs.
B. 802.11w requires that clients authenticate management frames as legitimate, which helps prevent spoofing attacks.
C. 802.11w encrypts all data traffic, making it difficult to identify rogue APs through packet inspection.
D. The 802.11w standard reduces the range of wireless signals, limiting the ability to detect rogue APs at a distance.

Answer: B

Explanation:
With 802.11w, management frames (such as deauthentication and disassociation) are protected and authenticated. This prevents spoofing attacks but also makes it more difficult for wireless intrusion prevention systems (WIPS) to identify and suppress rogue APs using traditional techniques, since those frames can no longer be easily forged or intercepted.

NEW QUESTION # 111
A network administrator connects a new FortiGate to the network, allowing it to automatically discover andI register with FortiManager.
What occurs after FortiGate retrieves the FortiManager address?

A. FortiGate configures its interface settings based on a DHCP response from FortiManager.
B. The device needs to be manually authorized on FortiManager.
C. FortiGate establishes a secure tunnel to FortiManager over TCP port 541.
D. FortiGate sends a discovery request to all devices on the local network using UDP port 1068.

Answer: C

Explanation:
When a FortiGate is deployed usingZero Touch Provisioning (ZTP)or auto-discovery:
* FortiGate retrieves theFortiManager IP address(from DHCP Option 240, FortiCloud/ZTNA provisioning, or manual set).
* The next step isnot UI authorizationor DHCP changes-it immediately attempts to form aFGFM (FortiGate-FortiManager) tunnel.
* The FGFM protocol usesTCP port 541to establish a secure management channel.
FortiManager will still require manual authorization of the deviceinside FortiManager, but this occursafter the tunnel is established.
Therefore, the first automatic action after retrieving the FMG address iscreating the secure FGFM tunnel on TCP/541.

NEW QUESTION # 112
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