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| Section | Objectives |
|---|---|
| Topic 1: Network Access Control | - Explain OT Ethernet concepts - Configure network access authentication - Configure network segmentation schemas |
| Topic 2: Monitoring and Risk Assessment | - Analyze security reports from FortiAnalyzer - Create FortiAnalyzer event handlers - Perform risk assessment and management |
| Topic 3: Asset Management | - Explain OT standards and Fortinet compliance - Use Fortinet Security Fabric for an OT network - Implement device detection on FortiGate and FortiNAC |
| Topic 4: Network Security | - Configure security inspections for industrial protocols - Configure virtual patching - Configure automation |
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NEW QUESTION # 25
Refer to the exhibit.
A partial OT network is shown.
You have recently removed the air gap in the network to provide full connectivity.
What must you configure to protect your OT network from external attacks?
Answer: B
Explanation:
The correct answer is D . Removing the air gap creates connectivity between the OT environment and external networks, significantly increasing exposure to unauthorized access and cyberattacks. Fortinet explains that the expansion of remote connectivity and IT/OT interconnections increases the OT attack surface and that the modern threat landscape requires IPS to block a wider range of threats . In the shown Purdue-style topology, FortiGate_Level5 is positioned at the upper boundary toward external connectivity and is therefore the appropriate enforcement point for protecting against attacks entering from outside the OT environment. Virtual patching at Level 2 is intended primarily to compensate for known vulnerabilities on specific OT devices that cannot yet be patched. Application Control provides industrial protocol visibility and command-level control, while merely enabling OT signatures at Level 3 does not replace perimeter intrusion prevention. Consequently, IPS belongs on FortiGate_Level5 .
NEW QUESTION # 26
Refer to the exhibits.
The Playbook Monitor dashboard and the analysis of the corresponding incident analysis are shown. You created the playbook with the objective of automatically attaching the report to the incident that was created.
Which two statements are correct? (Choose two answers)
Answer: C,D
Explanation:
The correct answers are C and D .
Option D is correct because the Playbook Monitor clearly shows the starter as On_Demand and the trigger as user(admin) . The study guide states that "ON_DEMAND: The playbook runs when an administrator manually starts it" and also notes that to run it manually, you select the playbook and click Run . This exactly matches the exhibit, so the playbook was manually triggered.
Option C is also correct. The study guide explains that "tasks run one after another" and that "if needed, the output of one task can be used by the tasks that follow it." It also gives an example where workflow logic matters, such as creating an incident and then attaching details to it. In the exhibit, the sequence shown is Attach_report , then Run_report , then Create_Incident , while the incident analysis shows no report attached . Since the report must exist and the incident must already be available before it can be attached properly, the task order is wrong and must be reordered.
Option B is incorrect because the monitor shows multiple tasks completed successfully, not only Create_Incident . Option A is not the best answer because the main problem demonstrated by the exhibits is not simply waiting time, but the incorrect workflow order. The playbook completed successfully, yet the report is still not attached, which indicates a design issue in the task sequence rather than just a delay.
NEW QUESTION # 27
During layer 2 polling , which two pieces of information are gathered by FortiNAC to identify a device?
(Choose two answers)
Answer: B,C
Explanation:
According to the OT Security 7.6 Architect study guide section on Asset Management , specifically regarding FortiNAC Visibility :
* Layer 2 Polling Data : Because each physical address is unique, FortiNAC identifies hosts as they connect to the network. The information gathered during this process fills in the physical address and location information in the database.
* Visibility Components : The guide states that the physical address learned , the time it was learned , and where it was learned from provide the foundation of endpoint visibility in the form of " what, where, and when " information. This confirms that Where it was learned (Option A) and The time it was learned (Option D) are correct.
* Exclusions :
* Layer 3 Polling : The MAC-to-IP correlation (Option B) is explicitly defined as a function of Layer 3 polling , where the correlated IP address is added to the database record for the corresponding MAC address.
* DHCP Fingerprinting : The host name or system name (Option C) and the operating system are gathered via DHCP fingerprinting , not layer 2 polling.
NEW QUESTION # 28
Refer to the exhibit.
Based on the information provided on the partial Event Monitor page shown in the exhibit, how was the attack detected? (Choose one answer)
Answer: D
Explanation:
The correct answer is D. Automatically by an event handler . The study guide explicitly states that "Event handlers generate events on FortiAnalyzer" and "FortiAnalyzer uses event handlers to filter all incoming logs. If the logs received match the conditions set in the event handlers, FortiAnalyzer generates an event." It also says "You can view all generated events on the Event Monitor page." This directly matches the exhibit, which is showing entries on the Event Monitor page. Therefore, the attack shown there was detected automatically through an event handler .
The guide also explains the detection flow: "FortiAnalyzer receives logs," "FortiAnalyzer parses logs," and "FortiAnalyzer generates an event if a rule is matched in an event handler." In addition, the Event Monitor view includes the Handler column, which identifies the event handler that generated the event. That is why the attack is not considered manually detected, and it is not primarily detected by a playbook or stitch.
Playbooks and stitches are used for subsequent automation actions, but the event appearing in Event Monitor is created by the event handler mechanism.
NEW QUESTION # 29
Refer to the exhibit. A partial OT network is shown. You must improve the security of this OT network and implement internal segmentation between network 1 and network 2. How can you achieve the segmentation?
(Choose one answer)
Answer: D
Explanation:
The correct answer is D. You can configure forward domain IDs for each network . The study guide explains that in FortiGate transparent mode, "all interfaces belong to the same broadcast domain, even interfaces with different VLAN IDs" and then states that you should "use this command to subdivide into multiple broadcast domains" with set forward-domain < domain_ID > . It further explains that
"interfaces with the same domain ID belong to the same broadcast domain" and "traffic arriving on one interface is broadcast only to interfaces in the same forward domain ID." This is exactly the mechanism used to separate one internal network from another and improve segmentation.
The other options do not match this requirement. Universal ZTNA is described as controlling user access to applications , not segmenting two internal OT networks. An explicit software switch is for controlling intra- switch or intra-VLAN traffic inside the same software switch broadcast domain, which is more aligned with microsegmentation than separating two routed internal networks. One traffic VDOM does not create segmentation by itself; segmentation with VDOMs requires multiple VDOMs, not one. Therefore, the best choice for segmenting network 1 and network 2 in this scenario is to assign separate forward domain IDs .
NEW QUESTION # 30
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