View Full Fortinet FCSS_SASE_AD-25 Exam Dumps and Practice Test Dumps

 

Question 381.

What can identify endpoints communicating with unauthorized cloud services?

1. Browser cache inspection
2. Printer activity monitoring
3. Desktop preference analysis
4. Cloud destination monitoring

Correct Answer: 4

Explanation:

Cloud destination monitoring identifies cloud services contacted by endpoints and compares those destinations with organizational requirements. This visibility can reveal communication with services that are unknown, restricted, or outside approved cloud usage. Administrators can use destination information alongside application identity, user context, and endpoint posture to determine whether additional controls are necessary. Browser caches, printer activity, and desktop preferences do not provide equivalent cloud communication visibility. Monitoring cloud destinations is particularly useful in distributed environments where users may access many SaaS services directly from managed or unmanaged devices.

Question 382.

Which capability can verify an endpoint’s assigned security classification?

1. Endpoint classification validation
2. Browser history analysis
3. Printer configuration review
4. Desktop layout monitoring

Correct Answer: 1

Explanation:

Endpoint classification validation confirms that a device has the expected security classification assigned by the organization. Classifications can represent different management levels, device types, ownership categories, or risk groups. Correct classification is important when access policies depend on endpoint attributes. If a device is incorrectly classified, it may receive permissions or requirements intended for another category. Browser history, printer configuration, and desktop layouts do not establish endpoint security classification. Validation therefore helps maintain consistent policy application and ensures that device-based access decisions use accurate endpoint information.

Question 383.

What can detect abnormal changes in endpoint connection destinations?

1. Browser bookmark tracking
2. Printer queue monitoring
3. Destination behavior deviation analysis
4. Desktop theme inspection

Correct Answer: 3

Explanation:

Destination behavior deviation analysis identifies significant changes in the destinations an endpoint normally contacts. Establishing expected communication patterns allows security systems to recognize when a device begins connecting to unusual domains, services, or network locations. Such changes may have legitimate causes, including software updates or new business applications, so additional context is required before determining their significance. Browser bookmarks, printer queues, and desktop themes do not provide destination behavior visibility. This analysis can therefore support endpoint monitoring by identifying communication changes that warrant investigation.

Question 384.

Which control can require a device to use an approved endpoint identity?

1. Browser compatibility enforcement
2. Endpoint identity policy
3. Printer access management
4. Desktop configuration review

Correct Answer: 2

Explanation:

Endpoint identity policy requires a connecting device to present an identity that satisfies organizational requirements. Device identity can be established through approved credentials, certificates, management records, or other trusted mechanisms. Requiring an approved identity helps distinguish recognized endpoints from unknown systems and can strengthen access decisions for protected resources. Browser compatibility, printer access, and desktop configuration do not establish device identity. Endpoint identity policies are therefore useful when organizations need to limit application access to known and appropriately registered devices.

Question 385.

What can identify unexpected changes in endpoint security posture?

1. Endpoint posture deviation monitoring
2. Browser bookmark analysis
3. Printer status inspection
4. Desktop wallpaper tracking

Correct Answer: 1

Explanation:

Endpoint posture deviation monitoring identifies changes that cause a device to move away from its approved security condition. Posture can include security software state, configuration, encryption, operating-system status, or other required attributes. Detecting deviations allows security teams to investigate the cause and potentially adjust access until the endpoint is remediated. Browser bookmarks, printer status, and wallpaper information do not establish overall security posture. Monitoring posture deviations supports continuous security because endpoint conditions can change after an initial access decision has already been made.

Question 386.

Which capability can control access according to endpoint risk level?

1. Browser session management
2. Risk-based endpoint access control
3. Printer permission auditing
4. Desktop display monitoring

Correct Answer: 2

Explanation:

Risk-based endpoint access control uses the assessed risk level of a device when making authorization decisions. Different risk levels can trigger different controls, such as normal access, additional verification, restricted access, or remediation requirements. This approach allows access decisions to incorporate endpoint security context rather than relying solely on user identity. Browser sessions, printer permissions, and desktop displays do not provide endpoint risk-based authorization. Risk-based access control is therefore useful for adapting resource access when the security condition of a device changes.

Question 387.

What can reveal unauthorized endpoint applications attempting network access?

1. Browser language monitoring
2. Printer queue inspection
3. Application network activity monitoring
4. Desktop icon analysis

Correct Answer: 3

Explanation:

Application network activity monitoring identifies network communications generated by endpoint applications. When combined with application inventory or approval information, this visibility can reveal unauthorized software attempting to communicate externally. Administrators can investigate the application identity, destination, connection behavior, and applicable policy before deciding whether the communication should be permitted. Browser language, printer queues, and desktop icons do not provide application network activity information. Monitoring application communications therefore adds useful context to endpoint security controls and can help identify software operating outside approved requirements.

Question 388.

Which control can verify whether an endpoint meets required patch status?

1. Browser cache validation
2. Endpoint patch compliance checking
3. Printer configuration monitoring
4. Desktop theme analysis

Correct Answer: 2

Explanation:

Endpoint patch compliance checking determines whether a device has installed required operating-system or application updates. Organizations can establish patch requirements to address known vulnerabilities and maintain supported software conditions. A device that fails the requirement may be restricted from sensitive resources until the necessary updates are installed. Browser caches, printer configurations, and desktop themes do not establish patch compliance. Patch checking therefore provides an important endpoint posture signal and can be combined with other conditions such as encryption, security-agent health, and device management status.

Question 389.

What can identify abnormal endpoint authentication timing?

1. Browser history inspection
2. Printer activity analysis
3. Desktop session tracking
4. Authentication timing anomaly analysis

Correct Answer: 4

Explanation:

Authentication timing anomaly analysis examines when authentication attempts occur and identifies patterns that differ from expected behavior. Timing can provide useful context when evaluating repeated access attempts, unusual schedules, or changes in normal authentication patterns. It should be combined with identity, device, location, and other signals because timing alone does not establish unauthorized activity. Browser history, printer activity, and desktop session tracking do not specifically analyze authentication timing. This capability can therefore support behavioral security monitoring and help identify access events that warrant additional investigation.

Question 390.

Which capability can restrict access to applications based on device ownership?

1. Browser configuration control
2. Printer access policy
3. Device ownership access control
4. Desktop preference management

Correct Answer: 3

Explanation:

Device ownership access control uses ownership information as part of the authorization decision. Organizations may apply different requirements to corporate-owned, personally owned, contractor-managed, or otherwise categorized devices. Ownership-aware policies help ensure that access rules match the level of organizational control available over the endpoint. Browser configuration, printer policies, and desktop preferences do not establish device ownership. This capability can therefore support differentiated access requirements while allowing organizations to manage multiple endpoint ownership models within a centralized security framework.

Question 391.

What can detect endpoints missing required management communication?

1. Endpoint management connectivity monitoring
2. Browser tab tracking
3. Printer queue analysis
4. Desktop layout inspection

Correct Answer: 1

Explanation:

Endpoint management connectivity monitoring identifies whether a device can maintain required communication with its management infrastructure. Management connectivity is important because centralized systems may depend on that connection for configuration updates, telemetry, compliance evaluation, and security enforcement. If communication is lost, the device’s current state may become less certain. Organizations can respond according to policy by investigating the condition, requiring remediation, or restricting access. Browser tabs, printer queues, and desktop layouts do not establish management connectivity. This monitoring capability therefore supports continuous endpoint visibility and control.

Question 392.

Which mechanism can identify unauthorized endpoint privilege changes?

1. Browser extension auditing
2. Endpoint privilege change monitoring
3. Printer event inspection
4. Desktop theme tracking

Correct Answer: 2

Explanation:

Endpoint privilege change monitoring detects modifications to user or process privileges on a device. Unexpected privilege increases can expand what an account or application is able to perform and may therefore require investigation. Monitoring privilege changes helps security teams establish when permissions changed and correlate those changes with other endpoint or identity events. Browser extensions, printer events, and desktop themes do not provide privilege information. This capability can support least-privilege enforcement by providing visibility into changes that could alter an endpoint’s security exposure.

Question 393.

What can identify cloud applications accessed outside approved business hours?

1. Browser cache monitoring
2. Printer activity review
3. Cloud access schedule analysis
4. Desktop appearance tracking

Correct Answer: 3

Explanation:

Cloud access schedule analysis compares application access activity with defined organizational time periods. Access outside approved business hours may be legitimate in organizations with remote workers, global operations, or on-call teams, so the event should be evaluated using additional context. Schedule analysis nevertheless provides a useful signal for identifying activity that differs from expected operating patterns. Browser caches, printer activity, and desktop appearance do not establish cloud application access timing. This capability can support time-based access policies and behavioral investigations involving SaaS applications.

Question 394.

Which control can limit access when endpoint ownership cannot be verified?

1. Browser rendering restriction
2. Printer permission control
3. Desktop configuration enforcement
4. Unverified ownership access restriction

Correct Answer: 4

Explanation:

Unverified ownership access restriction limits access when the organization cannot establish the required ownership status of an endpoint. Ownership information can influence device management, security requirements, and permitted application access. If ownership cannot be reliably established, a policy may require additional verification or prevent access to sensitive resources. Browser rendering, printer permissions, and desktop configuration do not validate endpoint ownership. This control can therefore help organizations avoid granting device-based trust when an important endpoint attribute remains unknown or cannot be confirmed.

Question 395.

What can monitor changes in endpoint security software configuration?

1. Security software configuration monitoring
2. Browser bookmark tracking
3. Printer queue inspection
4. Desktop wallpaper analysis

Correct Answer: 1

Explanation:

Security software configuration monitoring tracks changes to settings that control endpoint protection components. Configuration changes can affect scanning, prevention, monitoring, update behavior, or other security functions. Monitoring those changes provides administrators with visibility into whether the endpoint continues to meet approved security requirements. Some changes may be part of legitimate maintenance, so events should be evaluated against authorized administrative activity. Browser bookmarks, printer queues, and wallpapers do not provide security-software configuration visibility. This monitoring capability can therefore strengthen endpoint governance and help identify configuration changes requiring review.

Question 396.

Which capability can detect endpoint connections to newly registered domains?

1. Browser display analysis
2. New-domain connection monitoring
3. Printer status tracking
4. Desktop session review

Correct Answer: 2

Explanation:

New-domain connection monitoring identifies endpoint communications involving recently registered or newly observed domains. Newly registered domains are not automatically malicious, but they can represent a useful risk signal when combined with other information such as reputation, application behavior, and destination history. Monitoring these connections can help security teams identify unusual communication patterns that deserve additional investigation. Browser displays, printer status, and desktop sessions do not provide equivalent domain-age visibility. This capability can therefore complement destination monitoring and threat-intelligence controls.

Question 397.

What can verify that a cloud application uses an approved authentication method?

1. Browser cache inspection
2. Printer configuration review
3. Cloud authentication method validation
4. Desktop theme monitoring

Correct Answer: 3

Explanation:

Cloud authentication method validation checks whether an application uses authentication mechanisms approved by organizational policy. Organizations may require specific identity providers, authentication protocols, or stronger authentication methods for sensitive applications. Verifying the method helps ensure that cloud access follows established identity and security requirements. Browser caches, printer configurations, and desktop themes do not establish how a cloud application authenticates users. Authentication-method validation can therefore support cloud governance by identifying applications whose access mechanisms do not match approved organizational standards.

Question 398.

Which control can detect unexpected changes to endpoint trust attributes?

1. Browser history monitoring
2. Printer activity inspection
3. Desktop layout analysis
4. Trust attribute change monitoring

Correct Answer: 4

Explanation:

Trust attribute change monitoring identifies modifications to endpoint characteristics that contribute to its trusted status. Such attributes may include device identity, management state, certificates, ownership, or other security conditions. Changes can affect authorization decisions and may require reevaluation of the device’s access. Monitoring these changes provides visibility into trust-state transitions rather than assuming that an endpoint remains trusted indefinitely. Browser history, printer activity, and desktop layout analysis do not provide equivalent trust information. This capability can therefore support continuous access evaluation and endpoint security governance.

Question 399.

What can identify cloud applications receiving unusual data volumes?

1. Cloud data volume anomaly detection
2. Browser bookmark analysis
3. Printer queue monitoring
4. Desktop preference review

Correct Answer: 1

Explanation:

Cloud data volume anomaly detection identifies significant changes in the amount of information transferred to or from cloud applications. Unusual volumes can result from legitimate business activity, backups, migrations, or application changes, but they can also warrant investigation when they differ substantially from established patterns. Combining volume data with user identity, application sensitivity, destination, and timing provides stronger context. Browser bookmarks, printer queues, and desktop preferences do not measure cloud data transfer volumes. This capability can therefore support cloud security monitoring and help identify unusual data movement.

Question 400.

Which capability can confirm endpoint compliance before sensitive application access?

1. Browser compatibility testing
2. Endpoint compliance verification
3. Printer configuration analysis
4. Desktop theme inspection

Correct Answer: 2

Explanation:

Endpoint compliance verification confirms that a device satisfies required security conditions before allowing access to sensitive applications. Requirements may include approved software, supported versions, encryption, management enrollment, security-agent health, or other posture attributes. Verification connects endpoint state directly with the access decision and can prevent devices that fail required conditions from reaching protected resources. Browser compatibility, printer configuration, and desktop themes do not provide comprehensive compliance validation. This capability supports a security model in which access depends not only on identity but also on the current condition of the connecting endpoint.