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Fortinet NSEI_OTS_AR-7.6 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Monitoring and Risk Assessment	25%	- Event handling and logging with FortiAnalyzer 7.6 - OT-focused risk assessment and management - Threat detection using FortiSIEM 7.4
Topic 2: Network Security	25%	- Deep inspection for industrial protocols (Modbus, DNP3, OPC) - Security automation and threat response - Virtual patching for legacy OT systems
Topic 3: Asset Management	25%	- OT security standards and compliance (IEC 62443, NIST) - Device detection and inventory using FortiGate & FortiNAC - Fortinet Security Fabric for OT environments
Topic 4: Network Access Control	25%	- Purdue Model and secure network segmentation - Authentication and access policies for OT devices - OT Ethernet and industrial communication models

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Fortinet NSE I - OT Security 7.6 Architect Sample Questions (Q18-Q23):

NEW QUESTION # 18
What is the next step if FortiGate cannot detect a device locally? (Choose one answer)

A. FortiGate queries FortiGuard servers.
B. FortiGate queries the local device database (CIDB).
C. FortiGate queries the profiling rules.
D. FortiGate queries OT servers through service connectors.

Answer: A

Explanation:
The correct answer is A. FortiGate queries FortiGuard servers . The study guide explains the device detection process very clearly: "First, FortiGate attempts to detect the devices based on the information in the local device database (CIDB). If FortiGate cannot detect the devices locally, it queries the FortiGuard servers by sending data about the unknown devices to the FortiGuard servers. In response, the FortiGuard servers provide additional information about those devices." This directly answers the question and shows that querying FortiGuard is the next step after local detection fails.
Option D is incorrect because the guide says FortiGate checks the local device database (CIDB) first, before this next step. Option B refers more to FortiNAC-style profiling logic, not FortiGate's OT device detection flow. Option C is also incorrect because service connectors are not described here as the immediate follow-up step for unknown local device detection. The study guide specifically identifies FortiGuard servers as the next destination for device identification assistance.

NEW QUESTION # 19
Refer to the exhibit.

A partial OT network is shown. You have encountered many disconnections in the links and want to improve the availability of this network. Which action can you perform? (Choose one answer)

A. You can implement parallel redundancy protocol.
B. You can implement VDOMs in Edge-FortiGate.
C. You can implement SD-WAN at Floor-1-FortiGate and Floor-2-FortiGate.
D. You can implement HA clusters.

Answer: A

Explanation:
The correct answer is C. You can implement parallel redundancy protocol . The study guide explains that media redundancy involves creating a backup path that can be used when part of the network fails and specifically states that "Parallel Redundancy Protocol (PRP) can be used for a star topology." Since the problem described is many disconnections in the links , the issue is link availability, which is a media redundancy problem rather than a firewall virtualization or policy separation problem. PRP is designed to provide a backup communication path with low recovery time when links fail.
The other options do not fit this scenario as well. HA clusters are described in the guide as a solution for network node redundancy , where a backup firewall or switch takes over when the primary device fails. SD- WAN is recommended for remote site access across multiple WAN links, not for the local floor links shown in this topology. VDOMs provide logical segmentation, not link redundancy or higher link availability.
Because the question is specifically about repeated link disconnections , the best action is to implement PRP .

NEW QUESTION # 20
During layer 2 polling , which two pieces of information are gathered by FortiNAC to identify a device?
(Choose two answers)

A. The time it was learned
B. The system name learned
C. Where it was learned
D. The MAC-to-IP correlation learned

Answer: A,C

NEW QUESTION # 21
Refer to the exhibit.

A partial Incident Analysis page is shown. How was the 360-Degree Security Review OT report attached to the incident? (Choose one answer)

A. Automatically by an event handler
B. Automatically by a stitch
C. Automatically by a playbook
D. Manually by an administrator

Answer: D

Explanation:
The study guide says playbooks are used to automate tasks such as running reports and creating/updating incidents . It also says that after a playbook is triggered, it flows through its configured tasks.
It further shows a sample playbook sequence where an event is detected, an incident is created , a report runs , and details are attached to the incident . That is exactly the kind of workflow shown in the incident analysis view.
By contrast, the study guide says event handlers generate events when logs match configured rules. Event handlers are for detection, not for attaching reports to incidents.

NEW QUESTION # 22
In the Purdue model, at which level are physical assets like the Industrial Internet of Things (IIoT) placed?
(Choose one answer)

A. At Level 1 only
B. Below Level 3.5
C. At Level 5 only
D. Above Level 4

Answer: B

Explanation:
According to the OT Security 7.6 Architect study guide regarding the Purdue Model :
* Asset Location : The study guide states that " All critical physical assets are located on the plant floor and equipped with IIoT sensors. "
* Level Classification : The " plant floor " is further defined as the " control area zone, " which consists of Levels 0, 1, and 2 .
* Hierarchy : The " Operations & Control " zone is identified as Level 3 and Level 3.5 .
* Direct Answer : In the " Introduction " lesson ' s Knowledge Check , the specific question " In the Purdue model, at which level are IIoTs placed? " is provided with the verified answer: Below Level 3.5 .

NEW QUESTION # 23
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