NSE7 Multiple Select — 30 Questions

Question 1

An administrator wants to configure FortiGate to automatically block a source IP when a high-severity IPS event is detected. Which TWO components must be configured? (Choose two.)

Accepted Answer

An automation stitch trigger set to 'IPS Event'. Option C is correct because an automation stitch must have a trigger that fires on the relevant log event, and setting the trigger to 'IPS Event' (specifically matching high-severity IPS logs) is what initiates the automated response when the IPS sensor detects the threat. Option E is correct because the stitch also needs an action that performs the blocking; the 'Quarantine' action adds the offending source IP to the quarantine list so FortiGate drops subsequent traffic from it. Together, the IPS Event trigger and the Quarantine action form the automation stitch that automatically blocks the source IP. Option A is not required by the question because, while IPS must be enabled somewhere for events to occur, the question asks specifically about the automation components needed to block the source, not the base policy configuration. Option B is incorrect because FortiGuard category subscription relates to web filtering/security rating services, not to triggering IPS-based quarantine. Option D is incorrect because a static route to the source IP is unrelated to dynamically blocking a detected attacker.

Answer

A firewall policy with IPS enabled

Answer

A FortiGuard category subscription

Answer

A static route to the source IP

Question 2

A FortiGate administrator is configuring an ADVPN with a hub-and-spoke topology. The administrator wants to ensure that spoke-to-spoke traffic can be dynamically established without traversing the hub for every packet. The administrator also wants to ensure that the shortcut tunnels are only established when necessary and are torn down when no longer used. Which two statements about ADVPN shortcut tunnels on FortiGate are correct? (Choose two.)

Accepted Answer

Shortcut tunnels are established when a spoke receives a shortcut offer from the hub and the spoke has a route to the destination spoke's public IP.. ADVPN shortcut tunnels are established on demand when the hub sends a shortcut offer and the originating spoke can reach the destination spoke's public IP. They are torn down after an idle timeout when no traffic matches, reverting traffic to the hub path. This dynamic creation and teardown optimizes spoke-to-spoke communication while preserving the hub as a fallback and control point.

Answer

Shortcut tunnels are always established between all spokes at initial VPN bring-up, regardless of traffic patterns.

Answer

Shortcut tunnels can only be established between spokes that are in the same IP subnet.

Answer

Shortcut tunnels require the hub to be removed from the routing path permanently once established.

Question 3

An administrator is investigating a security incident where a workstation is communicating with a known command and control (C2) server. The FortiGate has IPS enabled but did not block the traffic. Which TWO configuration issues could explain why the IPS did not detect the C2 communication? (Choose two.)

Accepted Answer

The firewall policy does not have SSL deep inspection enabled. Without SSL deep inspection, the FortiGate cannot decrypt HTTPS traffic to inspect the payload for C2 signatures. IPS operates on decrypted content; if the C2 communication uses TLS, the IPS engine only sees encrypted packets and cannot match application-layer signatures. Enabling SSL deep inspection with a valid CA certificate is required to decrypt and inspect the traffic.

Answer

The IPS sensor is configured in 'Inline' mode

Answer

The IPS sensor has 'Logging' disabled

Answer

The FortiGate is operating in 'Transparent' mode

Question 4

An administrator needs to configure VRF to separate traffic for two departments. Which TWO components must be configured for each VRF?

Accepted Answer

A VRF instance. A VRF instance (option A) is the foundational component that must be created for each VRF, as it establishes the separate routing table that isolates the department's traffic. Interface binding to the VRF (option B) is also required because interfaces must be assigned to the VRF so that traffic entering and leaving those interfaces uses the correct VRF routing table. A dedicated VDOM (option C) is incorrect because VDOMs are a Fortinet-specific virtualization concept separate from VRF, and VRF can be configured without VDOMs. Route leaking configuration (option D) is not mandatory for each VRF; it is only needed when you want to selectively share routes between VRFs, which is optional. A separate firewall policy for each VRF (option E) is not a required VRF component, as firewall policies are managed independently of VRF configuration and depend on the platform's security policy model.

Answer

A dedicated VDOM

Answer

Route leaking configuration

Answer

A separate firewall policy for each VRF

Question 5

An administrator needs to configure advanced email security on FortiMail to protect against phishing and spoofing. Which THREE features should be enabled to achieve comprehensive email authentication?

Accepted Answer

DKIM signing and verification. DKIM (DomainKeys Identified Mail) signing and verification is correct because it allows the sending domain to cryptographically sign outgoing emails, and the receiving server to verify that the signature matches the domain’s public DNS record. This ensures the email was not tampered with and originates from an authorized server, directly addressing phishing and spoofing by validating message integrity and sender authenticity.

Answer

Anti-spam Bayesian filtering

Answer

TLS encryption for inbound/outbound

Question 6

A FortiGate in an HA cluster is experiencing intermittent session synchronization failures. The administrator runs 'diagnose sys ha dump sync-status' and sees that sessions are not being synchronized properly. Which TWO potential causes should the administrator investigate?

Accepted Answer

Excessive number of sessions exceeding the session sync limit. FortiGate HA has a configurable session sync limit (default 500,000 sessions). When the number of concurrent sessions exceeds this limit, the FortiGate stops synchronizing new sessions to the backup unit, leading to intermittent synchronization failures. This can be verified by checking the 'ses_sync_limit' value in the HA configuration and comparing it to the current session count. Option D is correct because high packet loss or latency on the heartbeat interface can cause session synchronization failures. The heartbeat interface carries synchronization traffic, and any degradation in its performance can lead to missed or delayed sync packets, resulting in intermittent sync failures. This can be diagnosed by checking heartbeat interface statistics such as packet loss and latency.

Answer

Mismatched HA group IDs

Answer

Incorrect BGP route advertisements

Answer

Mismatched HA passwords

Question 7

An organization uses FortiAnalyzer for centralized logging. The security team wants to use playbooks to automate responses to detected incidents. Which THREE components are essential for a playbook to function?

Accepted Answer

Trigger. In FortiAnalyzer playbooks, the essential building blocks are the trigger, conditions, and actions. Option A (Trigger) is correct because a playbook must have an event source that initiates execution, such as a new log, incident, or event detected by FortiAnalyzer. Option C (Conditions) is correct because conditions define the matching logic or filters that determine whether the playbook should run and which path it follows. Option E (Actions) is correct because actions specify the automated response steps the playbook performs, such as sending notifications, running CLI scripts, or creating incidents. Option B (A report schedule) is not required, since reports are separate scheduled outputs and do not drive playbook execution. Option D (A dashboard visualization) is not required, because dashboards are for display and monitoring, not for the functional logic of a playbook.

Answer

A report schedule

Answer

A dashboard visualization

Question 8

A FortiGate admin configures inter-VDOM routing between VDOM-A and VDOM-B using a VDOM link. The admin wants traffic from VDOM-A to reach a server in VDOM-B. Which three configuration steps are required? (Choose three.)

Accepted Answer

Configure static routes pointing to the VDOM link interface on both VDOMs. Option E is correct because a VDOM link must first be created and its two ends (interfaces) assigned to VDOM-A and VDOM-B, which provides the physical/logical path for inter-VDOM traffic. Option B is correct because each VDOM needs a static route whose destination is the remote subnet and whose gateway/interface is the local VDOM link interface, so traffic is forwarded across the link. Option C is correct because FortiGate security policies are required to permit traffic between interfaces, so VDOM-A needs a policy allowing traffic from its source interface to the VDOM link interface. Option A is not required because NAT is not needed for inter-VDOM routing when addressing is preserved; NAT could even break return-path routing. Option D is not required because ARP must remain enabled on the VDOM link interfaces for next-hop resolution.

Answer

Enable NAT on the VDOM link interface

Answer

Disable ARP on the VDOM link interfaces

Question 9

An administrator is planning a multi-VDOM deployment with a management VDOM. Which TWO statements about management VDOMs are correct? (Choose two.)

Accepted Answer

The management VDOM can be used for FortiGuard updates. Option A is correct because in a multi-VDOM FortiGate deployment the management VDOM is specifically designed to carry out-of-band management functions, including FortiGuard update traffic (FortiGuard services such as AV/IPS signature and web-filter database downloads), which is why it is often given its own dedicated management interface and route. Option D is correct because the management VDOM is intended to host administrative access services such as HTTPS GUI and SSH, allowing administrators to log in and manage the device independently of the production VDOMs. The remaining options are incorrect: the management VDOM can still contain firewall policies (so B is false), it does not require a separate license since VDOMs are a built-in feature of the FortiGate platform (so C is false), and user traffic is not required to traverse the management VDOM—it is reserved for management-plane traffic, not data-plane forwarding (so E is false).

Answer

The management VDOM cannot have firewall policies

Answer

The management VDOM requires a separate license

Answer

All user traffic must pass through the management VDOM

Question 10

A FortiGate administrator is configuring a multi-VDOM deployment. The administrator wants to use a single physical interface for multiple VDOMs. Which TWO methods allow this?

Accepted Answer

Use NP6 virtual interfaces (e.g., virtual wire) on supported models. Option C is correct because a physical interface can be partitioned into VLAN subinterfaces (e.g., port1.10, port1.20), and each subinterface can be assigned to a different VDOM, allowing one physical port to serve multiple VDOMs. Option B is correct because on NP6-accelerated FortiGate models, NP6 virtual interfaces such as virtual wire pairs (and NP6 vlinks) can be created and mapped into different VDOMs, letting a single physical NP6 interface be shared across VDOMs. Option A is incorrect because a physical interface can belong to only one VDOM at a time; it cannot be directly assigned to multiple VDOMs. Option D is incorrect because a software switch is a single interface object that resides in one VDOM and cannot be assigned to multiple VDOMs simultaneously. Option E is incorrect because inter-VDOM routing is used to pass traffic between VDOMs and does not allow sharing the same physical interface or the same IP subnet across VDOMs.

Answer

Use the same physical interface in multiple VDOMs directly

Answer

Create a software switch interface and assign it to multiple VDOMs

Answer

Configure inter-VDOM routing to share the same IP subnet

Question 11

A FortiGate administrator is planning to deploy VDOMs to separate customer traffic. The administrator wants to use FortiManager for centralized management. Which TWO prerequisites must be met before the VDOMs can be managed from FortiManager?

Accepted Answer

The FortiGate must be assigned to an ADOM. FortiManager uses ADOMs (Administrative Domains) to logically group managed devices, and a FortiGate must be assigned to an ADOM before its VDOMs can be managed. Option D is correct because the FortiGate must be added to the FortiManager device list (via model or managed registration) to establish communication and allow policy/object provisioning to its VDOMs.

Answer

Inter-VDOM routing must be enabled

Answer

FortiAnalyzer must be registered with FortiManager

Answer

All VDOMs must be in the same ADOM

Question 12

An administrator is troubleshooting why a new firewall policy on a managed FortiGate is not taking effect. The policy was created in FortiManager and installed successfully. Which TWO steps should the administrator verify to identify the issue? (Select TWO.)

Accepted Answer

Check if the policy is disabled. Option C is correct because a policy that exists in FortiManager and installs successfully can still be administratively disabled on the managed FortiGate, in which case it will never match traffic; the administrator should confirm the policy's status is enabled. Option D is correct because firewall policies are evaluated top-down and the first matching policy wins, so if a broader or conflicting policy appears above the new policy in the policy list, the new policy will never be hit; verifying its position in the order is essential. Option A is not appropriate because rebooting the FortiGate does not resolve a policy configuration or ordering problem and would only cause unnecessary downtime. Option B is not the right focus because routing determines whether traffic reaches the FortiGate and which interface/next-hop is used, but the scenario states the policy itself is not taking effect, not that traffic is failing to route. Option E is not relevant because HA status affects failover and session synchronization, not whether a specific installed policy matches traffic.

Answer

Reboot the FortiGate

Answer

Review the FortiGate's routing table

Answer

Verify the FortiGate's HA status

Question 13

An administrator is troubleshooting an IPsec VPN Phase 2 negotiation failure. The debug shows 'no matching phase 2 proposal' from the remote peer. Which TWO of the following are likely causes? (Choose two.)

Accepted Answer

The local and remote proxy IDs (subnets) are not matching. IPsec Phase 2 negotiation requires the proxy IDs (local and remote subnets) to match exactly between peers. The 'no matching phase 2 proposal' debug message indicates the remote peer received a proposal with a subnet or traffic selector that does not match its configured proxy ID. This is a common misconfiguration when defining which traffic should be encrypted over the VPN tunnel.

Answer

The pre-shared key is incorrect

Answer

The firewall policy does not allow UDP port 500

Answer

The IKE version (IKEv1 vs IKEv2) is different

Question 14

A network administrator is troubleshooting a split-brain scenario in an HA cluster. Which TWO conditions can cause split-brain? (Choose two.)

Accepted Answer

Loss of heartbeat link between HA members. Options A and D are correct. Loss of HA heartbeat communication (A) causes both units to think they are primary. Mismatched HA configuration (D) can also cause split-brain. Option B causes failover but not split-brain. Option C is irrelevant.

Answer

One unit has a higher priority

Answer

Firmware version mismatch

Answer

Session pickup is disabled

Question 15

A security analyst wants to use automation stitches on FortiGate to automatically block IP addresses that trigger an IPS signature for 'SSH Brute Force'. Which two components are required to create this automation stitch? (Choose two.)

Accepted Answer

Action: 'Add to Block List'. Option A ('Add to Block List') is correct because the automation stitch must contain an action that actually enforces the block; the 'Add to Block List' action inserts the offending source IP into the FortiGate's local block list so subsequent traffic from that address is dropped. Option D ('IPS Event') is correct because the stitch needs a trigger that fires when the IPS signature for 'SSH Brute Force' is detected, and the IPS Event trigger is the mechanism that initiates the automation stitch upon an IPS log event. Together, the IPS Event trigger and the Add to Block List action form the required trigger-plus-action pair for this scenario. Option B (FortiAnalyzer log query) is not required because automation stitches on FortiGate are triggered by local event/log conditions, not by querying FortiAnalyzer. Option C (Email Notification) is an action that would only notify someone rather than block the IP, so it does not fulfill the blocking requirement. Option E (FortiGuard category) relates to web filtering categorization and is unrelated to blocking an IP that triggered an IPS signature.

Answer

FortiAnalyzer log query

Answer

Action: 'Email Notification'

Answer

FortiGuard category

Question 16

An organization wants to implement multiple layers of defense against advanced persistent threats. Which three Fortinet solutions would be most effective in an ATP strategy? (Choose three.)

Accepted Answer

FortiSandbox. FortiSandbox is correct because it provides dynamic analysis of suspicious files and URLs in a controlled, isolated environment, detecting zero-day and advanced malware that signature-based solutions miss. It integrates with other Fortinet security products to share threat intelligence and automate blocking, forming a critical layer in an ATP strategy by catching threats that evade initial defenses.

Answer

FortiMail

Answer

FortiWeb

Question 17

A security team is configuring FortiMail for email security. They want to ensure that incoming emails are authenticated using SPF, DKIM, and DMARC, and that emails failing authentication are quarantined. Which THREE settings must be configured in FortiMail? (Choose three.)

Accepted Answer

Enable DKIM verification in the anti-spam policy. DKIM verification must be explicitly enabled in the anti-spam policy to allow FortiMail to validate the DKIM signature on incoming emails. Without this setting, DKIM authentication is not performed, and the email's DKIM status will not be evaluated.

Answer

Enable TLS encryption for incoming SMTP

Answer

Configure a recipient verification policy

Question 18

A FortiGate administrator is investigating a security incident and needs to identify which user initiated a specific outbound connection to a malicious IP address. The company uses FSSO for authentication. Which THREE pieces of information from FortiAnalyzer logs would be MOST useful? (Choose three.)

Accepted Answer

Username from the FortiGate authentication log. FSSO (Fortinet Single Sign-On) maps network sessions to Active Directory usernames via the FortiGate authentication log. When investigating which user initiated an outbound connection to a malicious IP, the username from this log directly ties the session to a specific identity, enabling attribution beyond just IP addresses.

Answer

Destination IP address

Answer

Event type (e.g., traffic, event, attack)

Question 19

A FortiGate administrator wants to use FortiManager automation stitches to automatically block IP addresses that trigger multiple intrusion prevention events. Which two components are required to configure an automation stitch? (Choose two.)

Accepted Answer

Trigger. An automation stitch in FortiManager requires a Trigger to define the event that initiates the stitch (e.g., an intrusion prevention event) and an Action to specify the response (e.g., blocking an IP address via a firewall address object). The Trigger monitors for specific log messages or system events, while the Action executes the configured remediation step. Without both, the stitch cannot be created or function.

Answer

Playbook

Answer

Destination

Answer

Schedule

Question 20

Which THREE actions can an administrator perform using FortiManager in a Security Fabric environment? (Choose three.)

Accepted Answer

Upgrade the firmware of multiple FortiGates at once. FortiManager supports centralized firmware management, allowing administrators to upgrade the firmware of multiple FortiGates simultaneously via the 'Firmware Upgrade' wizard in the Device Manager. This leverages the FortiManager's role as a central management point, which can stage and push firmware images to managed devices in a Security Fabric, reducing downtime and ensuring consistency across the fabric.

Answer

Terminate IPsec VPN tunnels on the FortiManager

Answer

Configure FortiGate to manage the FortiManager