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NEW QUESTION # 22
Refer to the exhibits.
Given the current configuration, what would happen if a contractor triggered two of the defined security filters?
Answer: C
Explanation:
The correct answer is B . In the trigger exhibit, the Filter Match setting is configured as Any 1 Filters , meaning the security trigger is satisfied when any one of the defined filters matches within the configured time window. The contractor triggers two of the defined filters, so two separate security events are generated because FortiNAC-F creates a security event whenever a security filter matches. The study guide confirms that each matched filter generates a security event, and when a trigger contains multiple filters, multiple matched filters can be associated with the resulting alarm.
The security rule exhibit also shows User/Host Profile: Match Contractors . Because the triggering user is a contractor, the user/host profile condition is satisfied. Once the trigger is satisfied and the user/host profile matches, FortiNAC-F generates a security alarm . The fact that Action is set to None does not stop the alarm from being generated; it only means no automated or manual response action is executed from that rule.
Option A is wrong because the contractor profile matches, so an alarm is generated. Option C is wrong because only two filters were triggered, not three. Option D is wrong because two filters matched, so two events are generated, not one.
NEW QUESTION # 23
During the testing of a newly modeled infrastructure switch, the administrator is not seeing hosts as they connect or move from one port to another. What would cause this issue?
Answer: D
Explanation:
The correct answer is A . When FortiNAC-F needs near real-time Layer 2 visibility, it relies on link traps, MAC notification traps, RADIUS, or scheduled/manual Layer 2 polling. The study guide explains that MAC notification traps contain the MAC address learned or removed from the switch MAC address table and the associated port, allowing FortiNAC-F to update its database when hosts connect, disconnect, or move. It also states that MAC notification traps are the preferred method for learning and updating Layer 2 information.
If a newly modeled switch does not show hosts as they connect or move between ports, the likely problem is that MAC notification traps are not correctly configured or not reaching FortiNAC-F . Layer 3 polling failure would affect IP-to-MAC correlation, not the ability to learn which switch port a MAC address is connected to. Disabled scheduled polling could delay updates, but it would not be the best explanation when the expected behavior is immediate host detection during connection or movement testing. Contact polling only checks whether the device is reachable; it does not collect host MAC-to-port visibility.
NEW QUESTION # 24
Which two actions must the administrator perform to allow FortiNAC-F to process incoming syslog messages from an unknown vendor? (Choose two.)
Answer: A,B
Explanation:
The correct answers are A and B . For FortiNAC-F to process syslog messages from a vendor that is not already known, it needs a parser so it can understand the message structure. The study guide describes this under syslog integration: syslog files must be created, and FortiNAC-F parses CSV, CEF, or tag/value messages by using column mapping or tag-to-value mapping. That parser is what allows FortiNAC-F to extract the correct event information from the incoming message.
The sending device must also be modeled in the Inventory view, normally as a pingable device, and its Incoming Events setting must be set to Syslog with the appropriate parser selected. The guide is blunt on this point: FortiNAC-F does not process syslog or trap messages unless the source address belongs to a modeled device.
Option C is wrong because adding the device as a server in the Host view does not prepare FortiNAC-F to parse syslog input. Option D is also wrong because log receivers are for sending FortiNAC-F event or alarm information out to external systems such as FortiAnalyzer, SIEM, or a syslog server, not for receiving and parsing unknown-vendor syslog messages.
NEW QUESTION # 25
When working with a FortiNAC-F Manager and cluster management, what will occur when a cluster manager recovers from a non-responsive state?
Answer: B
Explanation:
The correct answer is C . In FortiNAC-F Manager clustering, the active cluster management role is the leader role, and other cluster members operate as worker nodes. Fortinet's FortiNAC-F 7.6 Manager Cluster Guide states that when a worker is promoted to leader during automatic transition, the original leader becomes a worker node when it comes back online. It also explains that a cluster has one leader and can have multiple workers, with leader/worker roles used for cluster management and heartbeat exchange.
So, if the cluster manager becomes non-responsive and another node takes over leadership, the recovered manager does not automatically reclaim the leader role. It rejoins as a worker node. Option A is wrong because recovery does not automatically remove it into a standalone group. Option B is wrong because automatic return to the previous manager/leader state would create instability and possible split-brain behavior. Option D is wrong because "standby" is not the role described for FortiNAC-F Manager clustering in this context; the documented cluster roles are leader and worker.
NEW QUESTION # 26
While deploying FortiNAC-F devices in a 1+1 HA configuration, the administrator has chosen to use the shared IP address option.
Which condition must be met for this type of deployment?
Answer: A
Explanation:
In a 1+1 High Availability (HA) deployment, FortiNAC-F supports two primary methods for management access: individual IP addresses or a Shared IP Address (also known as a Virtual IP or VIP). The Shared IP option is part of a Layer 2 HA design, which simplifies administration by providing a single URL or IP that always points to whichever appliance is currently in the "Active" or "In Control" state.
For a Shared IP configuration to function correctly, the Primary and Secondary administrative interfaces (port1) must be on the same subnet. This requirement exists because the Shared IP is a logical address that is dynamically assigned to the physical interface of the active unit. Since only one unit can own the IP at a time, both units must reside on the same broadcast domain (Layer 2) to ensure that ARP requests for the Shared IP are correctly answered and that the gateway remains reachable regardless of which unit is active. If the appliances were on different subnets (a Layer 3 HA design), a shared IP could not be used because it cannot "float" across different network segments; instead, administrators would need to manage each unit via its unique physical IP or use a FortiNAC Manager.
"For L2 HA configurations, click the Use Shared IP Address checkbox and enter the Shared IP Address information... If your Primary and Secondary Servers are not in the same subnet, do not use a shared IP address. The shared IP address moves between appliances during a failover and recovery and requires both units to reside on the same network." - FortiNAC-F High Availability Reference Manual: Shared IP Configuration.
NEW QUESTION # 27
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