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Fortinet NSE6_OTS_AR-7.6 Exam Syllabus Topics:

QUESTION 41
Refer to the exhibit.

An automation trigger creation wizard is shown. You want to automate some tasks in your OT network. In a FortiGate device, you create a new automation trigger based on a FortiAnalyzer event handler. When you want to configure the Event handler name field, the event handler created in FortiAnalyzer is not shown.
What are two reasons for this? (Choose two answers)

 You must configure the Fabric settings on the FortiGate device.

 You must enable Automation Stitch in the event handler on FortiAnalyzer.

 You must click + Create in the Event handler name field.

 You must add the FortiGate device to FortiAnalyzer and authorize it.

The correct answers are A and B .
Option B is correct because the study guide states that “When a handler generates an event with the automation stitch option enabled, FortiAnalyzer sends a notification” to FortiGate. If Automation Stitch is not enabled in the FortiAnalyzer event handler, that handler will not be usable for the FortiGate automation- stitch workflow. The guide also explains that the configuration of each event handler can include
“Automation stitches” and “Rules,” showing that this is a required part of the FortiAnalyzer-to-FortiGate automation path.
Option A is also correct. The study guide explains the automation flow in the Security Fabric:
“FortiAnalyzer parses the logs and notifies the root FortiGate” and then “The root FortiGate triggers the action.” That means FortiGate must have the FortiAnalyzer connection configured through the Security Fabric side before it can consume FortiAnalyzer event handlers. The warning in the exhibit about configuring a FortiAnalyzer connection also points directly to that requirement.
Option C is incorrect because + Create is not the reason the existing event handler is missing; it is only an interface control. Option D is not the best answer for this item because the question is about why the event handler name list on FortiGate is empty for FortiAnalyzer-triggered automation. The study guide’s verified requirements for that workflow are the FortiAnalyzer-to-FortiGate Fabric connection and enabling Automation Stitch on the FortiAnalyzer event handler.

QUESTION 42
An OT administrator has configured FSSO and local firewall authentication. A user who is part of a user group is not prompted for credentials during authentication.
What is a possible reason?

 FortiGate determined the user by passive authentication

 The user was determined by Security Fabric

 Two-factor authentication is not configured with RADIUS authentication method

 FortiNAC determined the user by DHCP fingerprint method

Fortinet Single Sign-On (FSSO) includes a method called passive authentication. This allows FortiGate to identify and authenticate a user based on their existing Windows login session without prompting the user again for credentials.
Because of this passive authentication, the user will not see a prompt for credentials when accessing resources protected by FortiGate.
This behavior is expected in FSSO deployments where FortiGate can retrieve user login information from the domain controller or through the FSSO agent.
The other options (Security Fabric, two-factor with RADIUS, FortiNAC DHCP fingerprint) are less relevant to this scenario or would not explain the lack of prompt during authentication.

QUESTION 43
Refer to the exhibits. Which statement is true about the traffic passing through to PLC-2?

 IPS must be enabled to inspect application signatures.

 The application filter overrides the default action of some IEC 104 signatures.

 IEC 104 signatures are all allowed except the C.BO.NA 1 signature.

 SSL Inspection must be set to deep-inspection to correctly apply application control.

The application sensor shows several IEC 104 signatures.
The action for IEC_60870.5.104_Information.Transfer.C.BO.NA.1 is set to “Block,” so this signature’s traffic is blocked.
Other listed IEC 104 signatures have the action “Monitor,” meaning they are allowed but logged or monitored.
IPS enabling is not explicitly indicated as required here.
SSL inspection is set to certificate-inspection (not deep-inspection), and the question does not provide enough context to require deep SSL inspection.
The application filter overrides actions for only the C.BO.NA.1 signature, blocking it while other signatures pass.

QUESTION 44
As the first step in your OT network protection plan, you must identify the OT protocols that the FortiGate device supports. Which two configurations must you implement on this FortiGate device? (Choose two answers)

 You must enable Device detection on all the interfaces.

 You must implement an Application Control security profile that monitors OT.

 You must enable the OT signatures.

 You must implement an Intrusion Prevention security profile that monitors OT.

The correct answers are B and C. The study guide states that “You can use application control signatures to detect OT protocols” and that “Application control detects the protocols used in applications like Modbus, IEC 104, and the contents of the telecontrol messages”. It also shows that a Modbus application control profile can be enabled on a firewall policy “for OT protocol visibility in the monitor status.” This directly supports B, because application control is the feature used to identify and monitor OT protocols on FortiGate.
The guide also explains under IPS that “By default, OT signatures are excluded from the signatures lists on the GUI until you enable them on the CLI” using config ips global and set exclude-signatures none. Once enabled, FortiGate can use those OT signatures for OT-aware inspection and protection. That supports C as the second required configuration. A is related to device discovery, not protocol identification, and D is focused on exploit and vulnerability detection rather than the first-step goal of identifying OT protocols.

QUESTION 45
You want to improve access control for your large OT network using passive authentication. What must you configure on FortiGate?

 Two-factor authentication

 Fortinet Single-Sign On (FSSO)

 A FortiAuthenticator device as a remote server

 Local users

QUESTION 46
Refer to the exhibit.

A partial OT network is shown.
You want to enforce access control from Engineering Workstation to PLC.
How can you achieve this on FortiGate?

 You must create forward domain IDs.

 You must set the software switch to implicit.

 You must add authentication in the corresponding firewall policy.

 You must create VDOMs.

Access control from the Engineering Workstation to the PLC is enforced by applying authentication in the firewall policy that governs traffic between their VLANs. This ensures only authenticated users or devices are allowed to reach the PLC.

QUESTION 47
A supervisor is configuring a software switch on a FortiGate device. What must the supervisor configure on FortiGate to control the traffic between member interfaces on the software switch, using firewall policies?

 The supervisor must add different VLAN interfaces to the software switch.

 The supervisor must configure the software switch with at least one wireless interface and one VLAN interface.

 The supervisor must configure a separate forward domain for the software switch.

 The supervisor must configure intra-switch-policy to explicit.

QUESTION 48
Refer to the exhibit.

A FortiAnalyzer report is shown.
You must extract relevant information provided by the report regarding your OT network.
Which two statements are correct? (Choose two.)

 The report covers the last day.

 The attacks are blocked.

 Mobdus traffic is reported.

 The targeted IP address of the attacks is 10.1.5.1.

The report title indicates a daily summary with a defined one-day time range. The Top Threat section shows incidents categorized as blocked, confirming that the detected attacks were blocked.

QUESTION 49
Refer to the exhibit. An OT network architect must implement inter-VLAN routing in the topology.
Traffic from each client is tagged with a unique VLAN. Each client is directly connected to a Layer
2 switch.
Which action must the OT network architect take to achieve this goal?

 Make FortiGate a router on a stick.

 Set the same forward domain on each switch interface.

 Configure a software switch to handle traffic for each client.

 Replace the switch with a Layer 3 device.

With clients in separate VLANs on a Layer 2 switch, inter-VLAN traffic must be routed. Creating VLAN subinterfaces on a single FortiGate physical port (“router on a stick”) lets the FortiGate route and apply policy between those VLANs.

QUESTION 50
As an OT administrator, it is important to understand how industrial protocols work in an OT network. Which communication method is used by the Modbus protocol?

 It uses OSI Layer 2 and the primary device sends data based on request from secondary device.

 It uses OSI Layer 2 and both the primary/secondary devices always send data during the communication.

 It uses OSI Layer 2 and both the primary/secondary devices send data based on a matching token ring.

 It uses OSI Layer 2 and the secondary device sends data based on request from primary device.

Modbus is master/slave: the master (primary) polls; a slave (secondary) replies only when requested. That fits “secondary sends data based on request from primary device.”

QUESTION 51
In the Purdue model, at which level are physical assets like the Industrial Internet of Things (IIoT) placed?

 At Level 5 only

 At Level 1 only

 Above Level 4

 Below Level 3.5

In the Purdue model, Level 1 represents basic control and physical processes, where sensors, actuators, and IIoT devices interact directly with the physical environment.

QUESTION 52
Refer to the exhibit. Based on the topology designed by the OT architect, which two statements about implementing OT security are true? (Choose two.)

 Firewall policies should be configured on FortiGate-3 and FortiGate-4 with industrial protocol sensors.

 Micro-segmentation can be achieved only by replacing FortiGate-3 and FortiGate-4 with a pair of FortiSwitch devices.

 IT and OT networks are separated by segmentation.

 FortiGate-3 and FortiGate-4 devices must be in a transparent mode.

Segmentation separates the IT side from the OT zones in the diagram. FortiGate-3 and FortiGate-4 sit closest to PLC/RTU traffic, so their policies must use industrial protocol sensors to inspect and control those OT flows.

QUESTION 53
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?

 You must configure intra-switch-policy as explicit.

 You must configure intra-switch-policy as implicit.

 You must configure forward domain IDs.

 You must configure a layer 3 switch.

When VLANs are configured on the FortiGate switch and you want controlled communication between them, you must use an explicit intra-switch policy so inter-VLAN traffic is handled through firewall policies. This allows the Engineering Workstation VLAN to access the PLC VLAN in a controlled way

QUESTION 54
Drag and Drop Question
Match each industrial protocol to its corresponding characteristics.
Select each OT industrial protocol in the column on the left and drag and drop it into the blank space next to its corresponding characteristics in the column on the right. After matching a device type to its characteristics, you can move it again if you want to change your answer by clicking the industrial protocol name. You must match all four industrial protocols to their characteristics in the work area.

QUESTION 55
Refer to the exhibit.

You have configured event handlers on FortiAnalyzer to monitor your OT network.
Based on the partial Event Monitor page shown in the exhibit, which statement is correct?

 The corresponding IPS log has a block or drop action.

 The Web.Client event is contained.

 The Web.Client event is unhandled.

 The corresponding IPS log has a quarantine action.

The IPS event status is shown as Mitigated, which indicates the threat was successfully stopped by the security control. For IPS logs, this corresponds to traffic being blocked or dropped rather than merely detected.

QUESTION 56
Refer to the exhibit.

A partial Application Sensor profile is shown. When you apply this profile in a firewall policy, which two statements are correct? (Choose two answers)

 A log is provided for each IEC command.

 A log is provided for each Modbus command.

 OT signatures are enabled.

 All OT protocols are blocked.

The correct answers are A and C .
Option C is correct because the profile clearly contains the Operational Technology category and specific OT application signatures such as Modbus and IEC.60870.5.104 . The study guide says “You can use application control signatures to detect OT protocols” and “You can filter to a specific OT protocol.” That means OT application signatures are active in this sensor profile.
Option A is correct because the guide explains that application control works at different levels: “Detection of protocol (one detection per session)” and “Message level (one detection per protocol message).” It also says you can use application signatures for “granular message type identification.” In the exhibit, IEC.
60870.5.104.Control.Functions is explicitly configured, which is a granular IEC message/control-level signature rather than only a protocol-level match. That means logging and control can occur at the IEC command level.
Option B is not correct because the profile shows Modbus configured at the parent protocol level as Monitor
, while the guide states that the “parent signature takes precedence over the child signature.” Since protocol-level detection is one detection per session , that does not mean FortiGate will necessarily log each Modbus command individually.
Option D is incorrect because even though the broader Operational Technology category is set to block, the profile includes specific application and filter overrides for Modbus and IEC 104 behavior. So the resulting effect is not simply that all OT protocols are blocked .

QUESTION 57
Refer to the exhibit. A Security Fabric logical topology view is shown. Which two statements are correct? (Choose two.)

 Edge-FortiGate, FortiGate-1, and FortiGate-2 have the Security Fabric configured.

 Device detection is enabled on port5 of the Edge-FortiGate device.

 FortiAnalyzer is connected only to Edge-FortiGate.

 FortiAnalyzer has the Security Fabric configured.

The topology shows two detected devices grouped behind LAN (port5), which indicates device detection is enabled on port5 of the Edge-FortiGate. It also shows FortiAnalyzer linked directly only to the Edge-FortiGate, not as a separate Security Fabric member connected to the downstream FortiGates.

QUESTION 58
Which three criteria can a FortiGate device use to look for a matching firewall policy to process traffic? (Choose three.)

 Services defined in the firewall policy.

 Source defined as internet services in the firewall policy

 Lowest to highest policy ID number

 Destination defined as internet services in the firewall policy

 Highest to lowest priority defined in the firewall policy

When a packet arrives, how does FortiGate find a matching policy?
Each policy has match criteria, which you can define using the following objects:
* Incoming Interface
* Outgoing Interface
* Source: IP address, user, internet services
* Destination: IP address or internet services
* Service: IP protocol and port number
* Schedule: Applies during configured times

QUESTION 59
Refer to the exhibit.

A Virtual Patching profile is shown. You have recently updated your SCADA system and would like to apply the SCADA virtual patching profile. Which two statements about this profile are correct? (Choose two answers)

 Only the vulnerability Schneider.Electric.ClearSCADA.HTTP.Interface.XSS is still present.

 Low severity signatures are not blocked for the device with the MAC address 12:12:12:12:12.

 This profile blocks critical severity signatures for all the devices.

 The device with the MAC address 11:11:11:11:11 is considered to have no vulnerabilities.

The correct answers are B and D .
Option B is correct because the profile has Medium , High , and Critical selected, while Low severity is not selected. That means low-severity virtual patching signatures are not enforced by this profile. So for the device with MAC address 12:12:12:12:12 , low-severity signatures are not blocked. The study guide explains virtual patching as device-specific protection where “FortiGate caches the signatures and mitigation rules that apply to each device” and applies them when the related traffic matches the firewall policy.
Option D is correct because the Virtual Patching Exemptions table shows a row with the MAC address 11:
11:11:11:11 and no specific signature listed. The study guide states that in the Virtual Patching profile you can “Exempt a specific device with the MAC address or a specific signature.” A MAC-only exemption means that specific device is excluded from virtual patching enforcement, so in practical terms it is treated as having no applicable vulnerabilities in this profile.
Option C is incorrect because the profile does not block critical signatures for all devices. The exemptions list proves that at least one device can be excluded by MAC address, and a specific signature can also be exempted. Therefore, enforcement is not universal across all devices.
Option A is incorrect because the entry Schneider.Electric.ClearSCADA.HTTP.Interface.XSS appears as a specific signature exemption , not as the only remaining vulnerability. The profile display is showing exemptions, not a statement that only one vulnerability is still present.

QUESTION 60
Refer to the exhibit.

Which statement about this partial Asset Identity List page is correct? (Choose one answer)

 A firewall policy has an Antivirus security profile applied to it.

 A firewall policy has a Virtual Patching security profile applied to it.

 A firewall policy has an Intrusion Prevention security profile applied to it.

 A firewall policy has an Application Control security profile applied to it.

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.

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