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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Central Management & Deployment | 25% | - FortiAP and FortiExtender management - FortiSwitch management via FortiManager over FortiLink - Zero-touch provisioning and device onboarding - VLAN, port, trunk configuration and policy enforcement |
| Topic 2: Authentication | 25% | - FortiAuthenticator configuration: syslog, RADIUS Single Sign-On (RSSO) - Advanced authentication with RADIUS and LDAP - Two-factor authentication (2FA) and digital certificates |
| Topic 3: Monitoring & Troubleshooting | 20% | - Quarantine and security enforcement - Troubleshooting FortiSwitch, FortiAP, FortiGate integration - FortiAIOps and analytics tools usage - Wireless connectivity and performance monitoring |
| Topic 4: Zero-Trust LAN Access | 30% | - NAC policies for wired and wireless networks - Guest portal and secure access deployment - Machine authentication, MAC Authentication Bypass - FortiLink NAC, dynamic VLAN, VLAN pooling |
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NEW QUESTION # 27
Refer to the exhibits.
The exhibits show the VAP configuration. Wi-Fi SSIDs. and zone table.
Which two statements describe how FortiGate handles VLAN assignment for wireless clients? (Choose two.)
Answer: A,D
Explanation:
The VAP configuration clearly showsVLAN pooling using WTP-groups:
set vlan-pooling wtp-group
config vlan-pool
edit 101
set wtp-group "Floor_1"
edit 102
set wtp-group "Office"
How VLAN assignment works in this mode
VLAN-pooling with wtp-group modemeans:
* Each AP group (WTP group) is tied to exactly one VLAN in the pool.
* The FortiGate doesnot load balanceVLANs.
* Instead, VLANs are mappedper AP group, not per client.
Now verify each answer option:
A). FortiGate will load balance clients using VLAN 101 and 102...
#Incorrect.
FortiGatedoes NOT load-balance clientswhen vlan-pooling is set towtp-group.
Each AP group receivesonly the VLAN mapped to it.
B). All clients in the Corp zone get IPs from 10.0.20.0/24
#Incorrect.
In the Wi-Fi zone table, onlyCorp.102has an IP subnet:
* Corp.101 #0.0.0.0/0.0.0.0(no IP assigned # clients get no DHCP)
* Corp.102 #10.0.20.1/255.255.255.0
Thus, clients associated to VLAN 101cannotget IPs.
C). Clients connecting to APs in the Floor_1 group cannot receive an IP address
#Correct.
Reason:
* Floor_1 WTP-group # VLAN101
* VLAN 101 hasno IPin the Wi-Fi table #0.0.0.0/0.0.0.0
* No DHCP =Clients receive no IP address
D). Clients connecting to APs in the Office group will be assigned to VLAN 102
#Correct.
Reason:
* Office WTP-group maps to VLAN102
* VLAN 102 has subnet10.0.20.0/24
* So Office group clients get an IP in that range
NEW QUESTION # 28
What is the primary benefit of the LAN Edge solution?
Answer: C
Explanation:
The primary benefit of the LAN Edge solution is that it provides centralized management, simplifies operations, and leverages AI/ML to automate tasks, improve visibility, and reduce operational complexity. This directly aligns with its design goal of delivering intelligent and efficient LAN management.
NEW QUESTION # 29
Why is the suppression of rogue APs becoming more difficult with the introduction of new wireless security standards, such as 802.11w?
Answer: C
Explanation:
The correct answer is D.
The LAN Edge 7.6 Architect study guide states: "Note that suppression of rogue APs is becoming increasingly more difficult, because new wireless security standards are beginning to mandate management frame protection (802.11w). This requires that clients authenticate management frames as being legitimate, preventing spoofing attacks. Because rogue suppression is a form of spoofing attack, an AP that the client is not connected to is trying to send deauthentication frames and, as a result, 802.11w prevents the client from taking notice of the dedicated monitoring AP." This exactly matches option D. Rogue AP suppression relies on spoofed deauthentication behavior, and 802.11 w protects management frames, making that suppression method less effective.
Why the other options are incorrect:
A). Incorrect. The study guide does not say 802.11w makes suppression harder because of processing overhead. It specifically points to management frame protection and spoofing prevention B). Incorrect. The study guide does not mention reduced wireless range as the reason.
C). Incorrect. The issue is not data traffic encryption. The study guide specifically refers to authentication of management frames, not general traffic encryption
NEW QUESTION # 30
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: C
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 forwarding between 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
Why the other options are less likely / incorrect
* B. FortiSwitch MAC address table is missing entries
* If MAC table were empty/bad,nothingin that VLAN would work properly, including pinging FortiGate.
* C. FortiGate ARP table is missing entries
* Then FortiGate couldn't ping the devices either; but it can.
* D. Native VLAN misconfigured on ports
* That would affect connectivity to FortiGate too, not only host-to-host.
NEW QUESTION # 31 
You've configured the FortiLink interface, and the DHCP server is enabled by default. The resulting DHCP server settings are shown in the exhibit. What is the role of the vci-string setting in this configuration?
Answer: A
Explanation:
The DHCP configuration shows:
set vci-match enable
set vci-string "FortiSwitch" "FortiExtender"
What this means
VCI = Vendor Class Identifier (DHCP option 60)
When vci-match is enabled, the DHCP server will only respond to DHCP requests from clients whose VCI string matches the configured vendor identifiers.
FortiSwitch and FortiExtender both send DHCP option 60 with:
"FortiSwitch"
"FortiExtender"
This is used in FortiLink deployments so only these devices receive IP addresses on the FortiLink network.
Therefore:
C). To connect, devices must match the VCI string; otherwise, they will not receive an IP address.
#Correct.
This perfectly matches FortiGate FortiLink DHCP behavior.
Summary of incorrect options
A - Ignore FortiSwitch/FortiExtender
#Opposite behavior.
B - Restrict based on hostname
#VCI does NOT check hostname.
D - Reserve IPs
#No reservation occurs; it's filtering, not reserving.
NEW QUESTION # 32
......
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