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| Section | Objectives |
|---|---|
| Topic 1: Network Security | - Configure automation - Configure virtual patching - Configure security inspections for industrial protocols |
| Topic 2: Monitoring and Risk Assessment | - Analyze security reports from FortiAnalyzer - Create FortiAnalyzer event handlers - Perform risk assessment and management |
| Topic 3: Asset Management | - Use Fortinet Security Fabric for an OT network - Explain OT standards and Fortinet compliance - Implement device detection on FortiGate and FortiNAC |
| Topic 4: Network Access Control | - Configure network segmentation schemas - Explain OT Ethernet concepts - Configure network access authentication |
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NEW QUESTION # 47
You want to protect OT devices that are not updated against known vulnerabilities so you apply virtual patching to the firewall policies. What must you check to confirm that the OT devices are virtually patched?
(Choose one answer)
Answer: C
Explanation:
The correct answer is C. The output of the CLI command get rule otvp status . In the Virtual Patching section, the study guide shows the workflow where FortiGate queries FortiGuard for device-specific vulnerabilities, receives OT virtual patching signatures, maps them to the device MAC address, and then explicitly displays the CLI verification command get rule otvp status together with fields such as Rule-name
, Vuln_type , and Cve . This is the direct confirmation mechanism shown in the guide for checking whether OT devices have virtual patching rules associated with them.
The other options are less accurate for confirmation. The OT View page is for Purdue-level visualization, and the Asset Identity List page shows device and asset information, but neither is presented in the guide as the command or control used to verify virtual patching status. The study guide specifically uses get rule otvp status as the status check tied to virtual patching behavior.
NEW QUESTION # 48
Refer to the exhibit.
A partial Application Sensor profile is shown. When you apply this profile in firewall policy, which two statements are correct? (Choose two answers)
Answer: A,C
Explanation:
The correct answers are A and C . The study guide explains that "You can use application control signatures to detect OT protocols" and that application control provides "granular message type identification." In the exhibit, the Operational Technology application category is included in the Application Sensor profile, so OT application signatures are enabled in this profile.
Option C is also correct because the override table shows Modbus_Read.Holding.Registers = Allow and Modbus = Block . The study guide states that you can use specific granular application control signatures to allow a specific Modbus command and block all others , and it also shows that application control can identify read and write commands separately at message level. Therefore, Modbus write commands are blocked by this profile.
Option B is incorrect because the profile is not simply monitoring all OT protocols; it contains a Block action for Modbus. Option D is incorrect because the study guide links OT protocol visibility specifically to the monitor status , while in the exhibit Modbus_Read.Holding.Registers is set to Allow , not Monitor .
NEW QUESTION # 49
Refer to the exhibit.
Which statement about this partial Asset Identity List page is correct? (Choose one answer)
Answer: C
Explanation:
Based on the OT Security 7.6 Architect study guide regarding the Asset Identity Center and Asset Management :
* Vulnerability Visibility : The Asset Identity List tab displays key metadata for IT and OT devices, including detected addresses, users, and a specific column for Vulnerabilities .
* Virtual Patching Feature : In the OT Security 7.6 architecture, the " Vulnerabilities " column is populated through the OT Security Service license, which includes " OT vulnerability correlation definitions & virtual patching signatures " .
* Correlation Mechanism : FortiGate extracts metadata from OT traffic and uses these signatures to identify known vulnerabilities on the assets. For these vulnerabilities to be identified and correlated in the Asset Identity Center as shown in the exhibit (displaying a count of 8 vulnerabilities), the Virtual Patching feature must be active.
* Architectural Implementation : Virtual patching is a critical component of the " Protection " layer in OT networks, allowing administrators to secure legacy or unpatchable PLCs and RTUs by blocking exploit attempts at the network level using IPS-based virtual patching signatures.
* Exhibit Analysis : The presence of identified vulnerabilities (the number " 8 " in the red shield) in the Asset Identity List confirms that the FortiGate is actively performing vulnerability correlation, which is the operational result of having a Virtual Patching security profile applied to the relevant firewall policy.
NEW QUESTION # 50
Refer to the exhibit.
A simplified OT network is shown. You want to optimize the protection of this OT network. Which two controls must you implement? (Choose two answers)
Answer: A,C
Explanation:
The correct answers are B. IPS on FortiGate_Level5 and C. Virtual patching on FortiGate_Level2 .
The study guide explains that "the first line of defense is securing the IT side of your network" and that FortiGate should be placed to protect ICS environments and stop threats from propagating from IT into OT. It also states that IPS improves OT security because "today's threat landscape requires IPS to block a wider range of threats and improve OT security" and that in IPS mode, vulnerable devices are protected . This makes FortiGate_Level5 , at the upper boundary near the DMZ and external connectivity, the correct place to implement IPS as a primary protection control.
The study guide also states in the Purdue model section that "Level 2 consists of the processes and programs that control the PLCs, RTUs, and IEDs found at Level 1" and that "it is necessary to segment, or even microsegment, these servers with firewall segmentation, along with policies that include application control and virtual patching." In addition, the virtual patching section says "Virtual patching protects OT devices that have not yet been updated against vulnerability exploits" and applies when traffic related to the vulnerable device reaches the firewall policy. Since FortiGate_Level2 sits between the process network and the control network, it is the right enforcement point for virtual patching to protect the PLC-side assets.
Option A is not one of the best answers because offline IDS only detects and logs attacks; the guide says "no traffic flows through FortiGate" in offline IDS mode, whereas IPS can actually block threats. Option D is also not the best answer because OT signatures are enabled within the IPS framework, but the stronger control explicitly described for this design is to deploy IPS at the upper boundary and virtual patching closer to vulnerable OT devices .
NEW QUESTION # 51
Refer to the exhibit.
A partial OT network is shown. In this OT network, you must add additional security measures to detect OT protocols and, therefore, increase the traffic visibility. Which security sensor must you implement to detect the OT protocols in this network? (Choose one answer)
Answer: D
Explanation:
The correct answer is C. Application sensor set to monitor on all the FortiGate devices .
The study guide clearly explains that application control is the feature used to identify OT protocols. It states that "application control detects the protocols used in applications like Modbus, IEC 104, and the contents of the telecontrol messages" and also says "You can use application control signatures to detect OT protocols." It further shows an example where a Modbus application control profile is enabled on a firewall policy "for OT protocol visibility in the monitor status." This directly matches the requirement in the question, which is to detect OT protocols and increase traffic visibility .
The other options do not fit the requirement as precisely. Device detection is for identifying devices and collecting endpoint information, not for detecting industrial protocols. Inline IDS and IPS are focused more on detecting or blocking attacks, exploits, protocol abnormalities, and known vulnerabilities. While IPS can inspect some OT traffic, the study guide distinguishes it from application control by stating that IPS signatures tend to detect exploits, whereas application control signatures tend to provide protocol detection at various levels . Therefore, the required security sensor for OT protocol detection and traffic visibility is the application sensor in monitor mode .
NEW QUESTION # 52
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