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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Concepts and Initial Configuration | 25% | - Deployment models and infrastructure organization - Isolation networks and quarantine concepts - FortiNAC-F architecture and components - Using configuration wizard for initial setup |
| Topic 2: Integration | 20% | - Syslog and SNMP trap input configuration - FortiNAC-F Manager usage and management - Integration with network devices via SNMP, RADIUS, API - MDM integration and mobile access control |
| Topic 3: Deployment and Provisioning | 30% | - Security automation configuration - High Availability (HA) setup and monitoring - Access control policies and network segmentation - Security policy creation and enforcement |
| Topic 4: Network Visibility and Monitoring | 25% | - Troubleshooting connectivity, policy and system issues - Device discovery, profiling and classification - Logging, reporting and event analysis - Guest and contractor access management |
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NEW QUESTION # 40
Refer to the exhibit.
An administrator has configured the DHCP scope for a registration isolation network, but the isolation process isn't working.
What is the problem with the configuration?
Answer: A
Explanation:
In a FortiNAC-F deployment, the configuration of the DHCP scope for isolation networks (Registration, Remediation, etc.) must perfectly align with the underlying network infrastructure to ensure that isolated hosts can communicate with the FortiNAC appliance. In the provided exhibits, there is a clear discrepancy between the DHCP configuration and the Network Topology.
As shown in the "Network Topology" exhibit, the Registration Network resides on a router interface (or sub-interface) with the IP address 192.168.180.1. This address represents the default gateway for any host placed into the Registration VLAN. However, the "DHCP configuration" exhibit shows the scope "REG-ScopeOne" configured with a Gateway of 10.0.1.254. This 10.0.1.254 address belongs to the management/service network (port2 of FortiNAC), not the registration subnet. If a host in the Registration VLAN receives this incorrect gateway via DHCP, it will attempt to send all off-link traffic to an unreachable IP, preventing it from loading the Captive Portal or communicating with the FortiNAC server.
According to the FortiNAC-F Configuration Wizard Reference, when defining a Layer 3 network scope, the "Gateway" field must contain the IP address of the router interface that acts as the gateway for that specific isolation VLAN. The FortiNAC appliance itself usually sits on a different subnet, and traffic is directed to it via the router's DHCP Relay (IP Helper) and DNS redirection.
"When configuring scopes for a Layer 3 network, the Gateway value must be the IP address of the router interface for that subnet. This allows the host to reach its local gateway to route traffic. If the gateway is misconfigured, the host will be unable to reach the FortiNAC eth1/port2 interface for registration... Ensure the Gateway matches the network topology for the isolation VLAN." - FortiNAC-F Configuration Wizard Reference Manual: DHCP Scopes.
NEW QUESTION # 41
Refer to the exhibit.
An administrator wants to use FortiNAC-F to automatically provision printers throughout their organization. Each building uses its own local VLAN for printers.
Which FortiNAC-F feature would allow this to be accomplished with a single network access policy?
Answer: D
Explanation:
The FortiNAC-F Logical Network feature is specifically designed to provide an abstraction layer between high-level security policies and the underlying physical network infrastructure. In large-scale deployments where different physical locations (like Building 1, 2, and 3 in the exhibit) use different local VLAN IDs for the same type of device (e.g., VLAN 10, 20, and 30 for printers), managing separate policies for each building would create significant administrative overhead.
By using a Logical Network, an administrator can create a single entity-for example, a logical network named "Printers"-and use it as the "Access Value" in a single Network Access Policy. The mapping of this logical label to a specific physical VLAN occurs at the Model Configuration level for each network device. When a printer connects to a switch in Building 1, FortiNAC-F evaluates the policy, identifies that the printer should be in the "Printers" logical network, and checks the Model Configuration for that specific switch to see which VLAN ID is mapped to that label (VLAN 10). If the same printer moves to Building 3, the same single policy applies, but FortiNAC-F provisions it to VLAN 30 based on the local mapping for that building's switch.
This architectural approach ensures that policies remain consistent and easy to manage regardless of the complexity or variations in the local network topology.
"Logical Networks provide a way to define a network access requirement once and apply it across many different network devices that may use different VLAN IDs for that access... Each managed device can use different VLAN IDs for the same Logical Network label. You can define the Logical Networks based on requirements and then associate the network to a VLAN ID when the managed device is configured in the Model Configuration." - FortiNAC-F IoT Deployment Guide: Define the Logical Networks.
NEW QUESTION # 42
An administrator wants FortiNAC-F to pass firewall tags to FortiGate to leverage dynamic address groups used in firewall policies. On FortiNAC-F, what determines the values that are passed?
Answer: D
Explanation:
The correct answer is A . FortiNAC-F passes firewall tags to FortiGate through Security Fabric integration so FortiGate can use those values as dynamic address groups in firewall policies. The study guide explains that firewall tags are administrator-defined string values and that FortiNAC-F dynamically assigns them based on a security policy or logical network. More specifically for network access enforcement, it states that the network access configuration defines the logical network , and the logical network defines the firewall tag through the device model configuration .
This is the same mechanism used in VPN and Fabric workflows: the FortiGate device model contains the mappings of logical networks to the actual tags or groups that FortiNAC-F sends to FortiGate. The guide states that FortiNAC-F network access policies and logical networks determine the group or tag information, while the FortiGate model configuration contains the mappings used for the values sent.
Option B is not the best answer because a device profiling rule can classify a device and may cause it to match a policy, but it does not directly define the FortiGate tag value sent for policy enforcement. Option C can apply firewall tags in security automation scenarios, but the standard FortiGate dynamic address group mapping is defined in model configuration. Option D is unrelated; RADIUS attributes are used in RADIUS access responses, not FortiGate Fabric tag propagation.
NEW QUESTION # 43
In which three ways would deploying a FortiNAC-F Manager into a large environment consisting of several FortiNAC-F CAs simplify management? (Choose three.)
Answer: A,B,D
Explanation:
TheFortiNAC-F Manager (FortiNAC-M)is designed as a centralized management platform for large-scale distributed environments where multiple FortiNAC-F Control and Application (CA) appliances are deployed across different sites. According to theFortiNAC-F Manager Administration Guide, the deployment of a Manager simplifies administrative overhead in three specific ways:
First, it providesGlobal Version Control (B). The Manager serves as a central repository for firmware and software updates, allowing administrators to push specific versions to all managed CAs simultaneously, ensuring consistency across the entire fabric. Second, it enablesPooled Licenses (D). Instead of purchasing and managing individual licenses for every CA, licenses are centralized on the Manager. The Manager then distributes these licenses to the CAs as needed based on their host counts. This " floating " license model optimizes cost and prevents individual sites from running out of capacity while others have excess. Third, it offersGlobal Visibility (E). The Manager aggregates host and device data from every managed CA into a single console. This " single pane of glass " allows an administrator to search for a specific MAC address or user across the entire global organization without logging into individual servers.
While the Manager can assist with configuration templates, authentication security policies (C) and infrastructure modeling (A) are still predominantly managed at the local CA level to ensure site-specific logic and performance.
" The FortiNAC Manager provides a central management console for multiple FortiNAC-F servers (CAs).
Key benefits include: *License Management: Licenses are pooled on the Manager and allocated to managed CAs as needed. *Software Management: Firmware updates can be centrally managed and pushed to all CAs from the Manager. *Centralized Monitoring: Provides a global view of all hosts, adapters, and events across the entire managed environment. " -FortiNAC-F Manager Administration Guide: Overview and Benefits.
NEW QUESTION # 44
Refer to the exhibit.
A FortiNAC-F N+1 HA configuration is shown.
What will occur if CA-2 fails?
Answer: A
Explanation:
In an N+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 the FortiNAC-F 7.6.0 N+1 Failover Reference Manual, when a primary CA (such as CA-2 in 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 does not merge 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, the Secondary CA is designed to take over the functionality of any single failed primary component within 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 # 45
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