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NEW QUESTION # 12
Refer to the exhibit.
On FortiGate, a RADIUS server is configured to forward authentication requests to FortiAuthenticator, which acts as a RADIUS proxy. FortiAuthenticator then relays these authentication requests to a remote Windows AD server using LDAP.
While testing authentication using the CLI command diagnose test authserver. the administrator observed that authentication succeeded with PAP but failed when using MS-CHAFV2.
Which two solutions can the administrator implement to enable MS-CHAPv2 authentication? (Choose two.)
Answer: C,D
Explanation:
The correct answers are A and B.
The LAN Edge 7.6 Architect study guide explains that when LDAP is the back-end server, CHAP, MS- CHAP, and MS-CHAPv2 do not work because the client sends a one-way password hash, while LDAP expects the actual password:
"If FortiGate is configured to authenticate clients using a remote LDAP server, VPN and wireless clients using CHAP schemes are not able to authenticate... The reason is that during CHAP, MS-CHAP, and MS- CHAPv2 authentication, a client sends a one-way hash of the password. However, the LDAP server, which is on the back end, is expecting the password itself." The same study guide then gives the two valid solutions:
"Two possible methods that you can use to solve the CHAP and LDAP problem are:"
"Use RADIUS: Change your back-end server from LDAP to RADIUS."
and
"If you are using Windows AD as your LDAP server, an alternative is to use FortiAuthenticator as an authentication proxy... You must also configure FortiAuthenticator to log in to the Windows domain using the credentials of a Windows administrator. This adds FortiAuthenticator as a trusted device on the Windows AD domain, allowing FortiAuthenticator to proxy the password hash from the client to the Windows server, using NTLM." That directly matches:
A). Enable Windows Active Directory domain authentication on FortiAuthenticator.
B). Configure FortiAuthenticator to use RADIUS instead of LDAP as the back-end authentication server.
The study guide also states this explicitly in the FortiAuthenticator LDAP configuration section:
"If you want FortiAuthenticator to relay CHAP, MS-CHAP, and MS-CHAPv2 authentication to a Windows AD server, you must enable Windows Active Directory Domain Authentication and enter the credentials for a Windows administrator." And it separately confirms RADIUS as another supported back-end proxy model:
"You can configure FortiAuthenticator to connect to existing RADIUS servers... If the local user database is not used, FortiAuthenticator proxies RADIUS authentication requests." Why the other options are incorrect:
C). Incorrect. RADIUS attribute filtering does not solve the CHAP/MS-CHAPv2 versus LDAP hash problem.
The issue is the back-end authentication method, not attribute filtering.
D). Incorrect. Changing from MS-CHAPv2 to CHAP does not fix it, because the study guide says the same limitation applies to CHAP, MS-CHAP, and MS-CHAPv2 when LDAP is the back end Final verified conclusion:
To enable MS-CHAPv2 authentication in this scenario, the two valid solutions are:
A). Enable Windows Active Directory domain authentication on FortiAuthenticator.
B). Configure FortiAuthenticator to use RADIUS instead of LDAP as the back-end authentication server.
NEW QUESTION # 13
Connectivity tests are being performed on a newly configured VLAN. The VLAN is configured on a FortiSwitch device that is managed by FortiGate. During testing, it is observed that devices within the VLAN can successfully ping FortiGate, and FortiGate can also ping these devices.
Inter-VLAN communication is working as expected. However, devices within the same VLAN are unable to communicate with each other.
What could be causing this issue?
Answer: A
Explanation:
Observed behavior:
Devices in the VLANcan ping FortiGate -> gateway reachability OK.
FortiGatecan ping devicesin that VLAN -> return path OK.
Inter-VLAN routingworks -> FortiGate's L3 and policies are fine.
Devices in the same VLAN cannot ping each other -> problem is on theL2 switching plane, not L3.
On FortiSwitch (managed by FortiGate), there is a feature calledAccess VLAN(sometimes described in NAC/dynamic segmentation context):
WhenAccess VLANis enabled on a VLAN, the switchdoes not perform normal L2 forwardingbetween hosts in that VLAN.
Instead, all traffic from endpoints in that VLAN isforced upstream to FortiGate, as if every frame were destined for the gateway.
This is used for designs where you wantall intra-VLAN traffic inspected by the firewall, implementing micro-segmentation.
Resulting behavior:
Host -> FortiGate: works (frames are forwarded to FortiGate).
FortiGate -> Host: works (routed back).
Host A -> Host B (same VLAN):
Frame from A goes to FortiGate.
FortiGate seessource and destination in same subnet; depending on policy, it may drop or not have a policy allowing that traffic.
Even if allowed, certain designs still break pure L2 expectations.
In the exam scenario, the key point is:
IfAccess VLAN is enabled,local L2 communication within that VLAN is disabled, so hosts in the same VLAN cannot communicate directly.
That perfectly explains:
Same VLAN hosts can't ping each other
But they can both reach FortiGate and beyond
NEW QUESTION # 14
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 # 15
When the MAC address of a device is placed in quarantine on FortiSwitch, what happens to its egress traffic?
Answer: D
Explanation:
When a device'sMAC address is quarantinedon a FortiSwitch (via FortiLink NAC, fabric automation, or manual quarantine), FortiSwitch enforces quarantine using thequarantine VLAN, also called theaccess VLANinside FortiSwitch NAC operations.
FortiSwitch behavior is defined in LAN Edge documentation:
* Quarantined devices are moved into an"access VLAN" reserved for isolation.
* This VLAN isstatically defined on the FortiGate NAC policy, and switch ports dynamically reassign the quarantined MAC into that VLAN.
* All egress traffic from the quarantined MAC is forced into this VLAN, preventing access to the production network.
Thus, the correct description is:
#Traffic is sent to an access VLAN.
Options B, C, and D are incorrect because:
* Quarantine doesnotreassign to native VLAN.
* It doesnotsend untagged traffic arbitrarily.
* It doesnotforward traffic to allowed VLANs
NEW QUESTION # 16
APs have been manually configured to connect to FortiGate over an IPsec network, and FortiGate successfully detects and authorizes them. However, the APs remain unmanaged because FortiGate is unable to establish a CAPWAP tunnel with them.
What configuration change can resolve this issue and enable FortiGate to establish the CAPWAP tunnel over the IPsec connection?
Answer: D
Explanation:
When FortiAPs connect to FortiGate overIPsec tunnels, this is treated similarly to WAN/MPLS deployments.
In these scenarios, FortiGate must know that CAPWAP must traverse anon-L2transport.
FortiAP profiles include:
set mpls-connection enable
This setting is required so that:
* FortiGate can encapsulate CAPWAP inside the transport tunnel
* Remote FortiAPs can establish CAPWAP even when behind routed/IPsec networks Without this option, the FortiGate detects the AP butcannot bring CAPWAP UP, leaving the AP in
"discovered/unauthorized" or "offline" state.
Why others are wrong
* A. Static route# Discovery already succeeds, so routing is not the issue.
* C. Reduce MTU# Sometimes useful for IPsec, but not required for CAPWAP establishment.
* D. Firmware upgrade# Firmware mismatch would show "Managed (upgrade required)," not CAPWAP tunnel failure.
Therefore,set mpls-connection enableis the required fix.
NEW QUESTION # 17
......
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