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| Section | Objectives |
|---|---|
| Deployment and Provisioning | - Configure access control on FortiNAC-F - Configure FortiNAC-F security policies - Configure security automation - Configure and monitor high availability (HA) |
| Network Visibility and Monitoring | - Guests and contractors - Use logging options available on FortiNAC - Troubleshoot network devices and device status - Explain and configure device profiling |
| Integration | - Integrate with third-party devices using Syslog and SNMP trap input - Configure and use FortiNAC-F Manager - Explain and configure MDM integration |
| Concepts and Initial Configuration | - Model and organize infrastructure devices - Explain isolation networks and the configuration wizard |
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NEW QUESTION # 21
An organization wants to add a FortiNAC-F Manager to simplify their large FortiNAC-F deployment.
Which two policy types can be managed globally? (Choose two.)
Answer: A,C
Explanation:
A FortiNAC-F Manager allows centralized management of authentication policies so user and device authentication behavior is consistent across all managed CAs. It also supports global network access policies, enabling uniform access control and enforcement logic to be applied throughout the entire deployment from a single management point.
NEW QUESTION # 22
Refer to the exhibit.
A FortiNAC-F N+1 HA configuration is shown.
What will occur if CA-2 fails?
Answer: D
Explanation:
In anN+1 High Availability (HA)configuration, a single secondary Control and Application (CA) server provides backup for multiple primary CA servers. The FortiNAC-F Manager (FortiNAC-M) acts as the centralized orchestrator for this cluster, monitoring the health of all participating nodes.
According to theFortiNAC-F 7.6.0 N+1 Failover Reference Manual, when a primary CA (such asCA-2in the exhibit) fails, the secondary CA (CA-3) is automatically promoted by the Manager to take over the specific workload and database functions of that failed primary. Crucially, the documentation specifies that even after this promotion, the system architecture maintains its N+1 logic. The secondary CA effectively " assumes the identity " of the failed primary while continuing to operate within the N+1 framework established by the Manager.
It doesnotmerge with CA-1 to form a traditional 1+1 active/passive cluster (A), nor does it engage in load balancing (D), as FortiNAC-F HA is designed for redundancy and failover rather than active traffic distribution. Furthermore, CA-3 does not " share " management with CA-1 (C); it independently handles the tasks originally assigned to CA-2. Throughout this failover state, the Manager continues to oversee the group, and CA-3 remains the designated secondary unit currently acting in a primary capacity for the downed node until CA-2 is restored.
" In an N+1 Failover Group, theSecondary CAis designed to take over the functionality ofany single failed primary componentwithin the group. The FortiNAC Manager monitors the primaries and initiates the failover to the secondary... Once failover occurs, the secondary continues to operate as the backup unit for the failed primary while remaining part of the managed N+1 HA configuration. " -FortiNAC-F 7.6.0 N+1 Failover Reference Manual: Failover Behavior Section.
NEW QUESTION # 23
What must an administrator configure to allow FortiNAC-F to process incoming syslog messages that are not supported by default?
Answer: D
Explanation:
FortiNAC-F provides a robust engine for processing security notifications from third-party devices.
For standard integrations, such as FortiGate or Check Point, the system comes pre-loaded with templates to interpret incoming data. However, when an administrator needs FortiNAC-F to process syslog messages from a vendor or device that is not supported by default, they must configure a Security Event Parser.
The Security Event Parser acts as the translation layer. It uses regular expressions (Regex) or specific field mappings to identify key data points within a raw syslog string, such as the source IP address, the threat type, and the severity. Without a parser, FortiNAC-F may receive the syslog message but will be unable to "understand" its contents, meaning it cannot generate the necessary Security Event required to trigger automated responses. Once a parser is created, the system can extract the host's IP address from the message, resolve it to a MAC address via L3 polling, and then apply the appropriate security rules. This allows for the integration of any security appliance capable of sending RFC-compliant syslog messages.
"FortiNAC parses the information based on pre-defined security event parsers stored in FortiNAC's database... If the incoming message format is not recognized, a new Security Event Parser must be created to define how the system should extract data fields from the raw syslog message. This enables FortiNAC to generate a security event and take action based on the alarm configuration."
NEW QUESTION # 24
Two FortiNAC-F devices have been configured as a 1 + 1 HA pair. The primary server went offline and a successful failover to the secondary has occurred. What happens if the primary server comes back online?
Answer: D
Explanation:
The correct answer is A . In a FortiNAC-F 1+1 HA deployment, failover from primary to secondary is automatic, but failback to the primary is not automatic . The study guide states that if the primary device or its network connectivity fails, the secondary assumes control automatically, but restoration of a failed-over HA deployment is a manual administrator-driven process. It further explains that after the cause of the failover is resolved, the administrator must use the Resume Control button to transfer control back to the primary server.
That means when the primary comes back online, it does not immediately take over again. The pair can resume HA communication, but the secondary remains the in-control node until an administrator deliberately returns control to the primary. Option B is wrong because FortiNAC-F 1+1 HA is active-passive, not load- balanced. Option C is wrong because the restored primary does not power itself down for maintenance.
Option D is a trap: five failed heartbeats are used in failure detection and gateway validation logic, not as an automatic failback timer. The exam point is simple: automatic failover, manual failback .
NEW QUESTION # 25
An administrator wants FortiNAC-F to return a group of user-defined RADIUS attributes in RADIUS responses.
Which condition must be true to achieve this?
Answer: A
Explanation:
In FortiNAC-F, theRADIUS Attribute Groupsfeature allows administrators to return customized RADIUS attributes (such as specific VLAN IDs, filter IDs, or vendor-specific attributes) in anAccess-Acceptpacket sent back to a network device. This is particularly useful for supporting " Generic RADIUS " devices that are not natively supported but can be managed using standard AVPairs.
According to theFortiNAC-F Generic RADIUS Wired Cookbookand theRADIUS Attribute Groups sectionof the Administration Guide, there is one critical prerequisite for this feature to function: theinbound RADIUS request must contain the Calling-Station-ID attribute. The Calling-Station-ID typically contains theMAC addressof the connecting endpoint. Because FortiNAC-F is a host-centric system, it uses the MAC address as the unique identifier to look up the host record, evaluate the associated Network Access Policy, and determine which Logical Network (and thus which Attribute Group) should be applied. If the incoming request lacks this attribute, FortiNAC-F cannot reliably identify the host and, as a safety mechanism, willnot include any user-defined RADIUS attributesin the response. This ensures that unauthorized or unidentifiable devices do not receive privileged access through misapplied attributes.
" Configure a set of attributes that must be included in the RADIUS Access-Accept packet returned by FortiNAC...Requirement: Inbound RADIUS request must contain Calling-Station-Id. Otherwise, FortiNAC will not include the RADIUS attributes.This attribute is used to identify the host and its current state within the FortiNAC database. " -FortiNAC-F 7.6.0 Generic RADIUS Wired Cookbook: Configure RADIUS Attribute Groups.
NEW QUESTION # 26
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