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| Section | Objectives |
|---|---|
| Topic 1: Network Access Control | - Configure network segmentation schemas - Explain OT Ethernet concepts - Configure network access authentication |
| Topic 2: Network Security | - Configure automation - Configure virtual patching - Configure security inspections for industrial protocols |
| Topic 3: Monitoring and Risk Assessment | - Create FortiAnalyzer event handlers - Analyze security reports from FortiAnalyzer - Perform risk assessment and management |
| Topic 4: Asset Management | - Implement device detection on FortiGate and FortiNAC - Explain OT standards and Fortinet compliance - Use Fortinet Security Fabric for an OT network |
>> NSEI_OTS_AR-7.6 Most Reliable Questions <<
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NEW QUESTION # 55
In your OT environment, you want to detect the devices passively. Which two methods must you implement?
(Choose two answers)
Answer: B,C
Explanation:
The correct answers are C. Vendor OUI and D. Network traffic .
The study guide explicitly separates active/direct profiling methods from passive/non-direct methods and states that "In OT environments, passive methods are preferred over active methods." It then lists the methods that do not require FortiNAC to interact directly with the device being profiled. Among those methods are "Network traffic: gathered from the infrastructure" and "Vendor OUI: determined by the MAC address gathered from the infrastructure." That directly matches options C and D .
Options A and B are incorrect because SSH and SNMP are shown in the guide under the direct/active profiling methods. The guide's point is that passive detection avoids directly scanning or interacting with OT endpoints, since that can negatively affect performance in industrial environments. Because the question specifically asks for passive detection methods, the correct pair is Vendor OUI and Network traffic .
NEW QUESTION # 56
Refer to the exhibit.
A partial OT network is shown. You have configured the FortiGate device with VLANs to segment the OT network. The supervisor now wants to connect to the PLC from the Engineering Workstation. How can you allow access from the Engineering Workstation to the PLC? (Choose one answer)
Answer: A
Explanation:
The correct answer is D. You must configure a layer 3 switch .
The study guide explains that "Layer 2 devices can add or remove tags" but "cannot modify them." It then states that "A layer 3 device, such as a router or FortiGate, can modify the VLAN tag before routing the packet. This allows them to route traffic between VLANs." It also explicitly describes
"Router on a Stick" as "a way to allow routing between VLANs." Since the exhibit shows a layer-2 switch and the Engineering Workstation and PLC are placed in different VLANs, inter-VLAN communication requires layer-3 routing.
The other options do not solve this requirement. intra-switch-policy explicit/implicit applies to a software switch , where member interfaces are in the same broadcast domain and same subnet, not to routing between separate VLANs. forward domain IDs are used in transparent mode to confine broadcasts to specific broadcast domains; they do not provide inter-VLAN access. Therefore, to let the Engineering Workstation in one VLAN reach the PLC in another VLAN, you need a layer 3 routing function , which matches option D .
NEW QUESTION # 57
Which industrial protocol does not support VLANs? (Choose one answer)
Answer: B
Explanation:
The correct answer is C. EtherCAT .
The study guide states that for industrial Ethernet protocols, "such as Ethernet/IP and Modbus/TCP, you can use VLANs to segment your physical LAN into multiple logical LANs." This directly confirms that Ethernet/IP and Modbus/TCP support VLAN-based segmentation in the OT context.
By contrast, the guide explains that "EtherCAT skips layers 3 to 6 to deliver real-time communication" and describes it as an "Open-Software Modified-Ethernet" approach. Because it does not operate like the standard Ethernet/IP model used for normal VLAN-based segmentation, EtherCAT is the protocol identified here as not supporting VLANs in the way Ethernet/IP and Modbus/TCP do.
So, based on the study guide comparison, the verified answer is EtherCAT .
NEW QUESTION # 58
During layer 2 polling , which two pieces of information are gathered by FortiNAC to identify a device?
(Choose two answers)
Answer: C,D
NEW QUESTION # 59
Refer to the exhibit.
Which statement about this partial Asset Identity List page is correct? (Choose one answer)
Answer: D
Explanation:
The correct answer is B. A firewall policy has a Virtual Patching security profile applied to it .
The decisive clue in the exhibit is the Vulnerabilities column showing KEVs and device-specific vulnerability counts. The study guide explains the virtual patching workflow in this exact way: "FortiGate performs a lookup for device-specific vulnerabilities and mitigation rules in FortiGuard," then
"FortiGuard returns specific OT virtual patching signatures," and "FortiGate caches the signatures and mitigation rules that apply to each device." That is the same behavior reflected by the Asset Identity List showing vulnerability information per detected device.
The guide then states that "When traffic related to the vulnerable device reaches FortiGate, the firewall policy with the virtual patching profile applies." It also says "A virtual patching profile can be applied to firewall policies in any direction, protecting traffic from or to the vulnerable OT device." This directly links the per-device vulnerability visibility to a Virtual Patching profile enforced through firewall policy.
The other options do not match the exhibit. Antivirus is not described in the study guide as building a device- by-device vulnerability list, Application Control is used for OT protocol and message visibility, and IPS focuses on exploit detection and prevention. The Vulnerabilities/KEVs display is the indicator that FortiGate is using Virtual Patching logic for those OT devices.
NEW QUESTION # 60
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