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

 

Question 321.

What can identify unexpected changes in endpoint security applications?

1. Browser cache monitoring
2. Printer queue analysis
3. User interface tracking
4. Endpoint software change monitoring

Correct Answer: 4

Explanation:

Endpoint software change monitoring identifies additions, removals, or modifications involving software installed on an endpoint. Unexpected software changes can result from legitimate updates, administrative actions, user installations, or potentially unauthorized activity. Monitoring these changes gives security teams greater visibility into the current state of managed devices. This information can also support compliance and endpoint access decisions because required security applications may need to remain installed and operational. Browser caching, printer queues, and interface tracking do not provide equivalent software visibility. Monitoring endpoint software changes is particularly useful when organizations need to maintain consistent security standards across a distributed workforce.

Question 322.

Which control can restrict access according to endpoint operating system?

1. Operating system access policy
2. Browser bookmark control
3. Printer status monitoring
4. Application icon management

Correct Answer: 1

Explanation:

An operating system access policy uses the endpoint’s operating system as a condition for access decisions. Organizations may require supported operating systems because certain platforms provide specific security capabilities, management features, or compatibility requirements. Devices running unsupported systems can be restricted or required to meet additional conditions before accessing sensitive resources. This policy can work alongside endpoint posture, client-version, and identity controls. Browser bookmarks, printer status, and application icons do not establish operating-system eligibility. Operating-system-aware enforcement can therefore help organizations maintain a consistent security baseline across the devices connecting to cloud and private applications.

Question 323.

What does application session correlation combine?

1. Browser display information
2. Printer configuration events
3. Related application session events
4. Endpoint wallpaper changes

Correct Answer: 3

Explanation:

Application session correlation combines related events associated with application sessions to provide a more complete view of activity. A single session may generate authentication, connection, transaction, and termination events that are easier to understand when viewed together. Correlation can help administrators investigate unusual behavior and establish the sequence of actions associated with a session. It can also support troubleshooting when several security components contribute information about the same activity. Browser displays, printer configurations, and wallpaper changes do not provide meaningful session context. Correlating application events can therefore improve visibility across distributed cloud and web application access.

Question 324.

Which capability can identify unexpected endpoint network services?

1. Browser compatibility analysis
2. Endpoint service discovery
3. User profile synchronization
4. Printer configuration review

Correct Answer: 2

Explanation:

Endpoint service discovery identifies network services operating or listening on an endpoint. Understanding which services are active can help administrators determine whether the device matches its expected security configuration. Unexpected services may result from newly installed software, configuration changes, troubleshooting tools, or unauthorized activity. Discovery provides visibility that can support further investigation and remediation. Browser compatibility, user-profile synchronization, and printer configuration do not identify endpoint network services. In a SASE environment, endpoint service visibility can complement device posture controls by providing additional information about the software and services present on managed devices.

Question 325.

What can restrict access when a device falls outside its security baseline?

1. Browser cache control
2. DNS response filtering
3. Printer monitoring
4. Baseline compliance enforcement

Correct Answer: 4

Explanation:

Baseline compliance enforcement restricts access when an endpoint no longer satisfies established security requirements. A security baseline can include approved configurations, required software, encryption settings, supported versions, or other organizational conditions. If the device deviates from that baseline, access policies can deny, limit, or redirect access until the issue is resolved. This provides a direct relationship between endpoint security state and resource access. Browser caching, DNS filtering, and printer monitoring do not evaluate overall endpoint compliance. Baseline enforcement is therefore useful for maintaining consistent security standards across devices accessing protected applications.

Question 326.

Which mechanism can limit cloud access by device category?

1. Browser language policy
2. Device category access policy
3. Printer queue control
4. Application icon filtering

Correct Answer: 2

Explanation:

A device category access policy uses predefined endpoint classifications to determine which resources a device may access. Categories might distinguish managed corporate devices, approved contractors, personally owned systems, or other organizational classifications. Applying different policies to these categories allows security teams to match access requirements with the level of control available on each device type. Browser language, printer queues, and application icons do not provide meaningful device categorization. Device-category policies can therefore help organizations enforce different access conditions while maintaining centralized security management for cloud and private applications.

Question 327.

What can identify unauthorized software execution?

1. Application execution monitoring
2. Browser bookmark tracking
3. Printer status analysis
4. User interface testing

Correct Answer: 1

Explanation:

Application execution monitoring tracks software processes or applications running on an endpoint and can identify activity outside the approved software environment. Unauthorized execution may result from user-installed software, malicious programs, administrative changes, or compromised applications. Monitoring execution provides security teams with visibility into what is actively running rather than only what is installed. This information can support investigation and endpoint policy enforcement. Browser bookmarks, printer status, and interface testing do not identify software execution. Execution monitoring can therefore provide another useful endpoint security signal when combined with application allowlisting, posture checks, and threat analysis.

Question 328.

Which control can restrict access according to endpoint compliance status?

1. Browser display policy
2. Printer monitoring
3. Compliance status access control
4. DNS cache inspection

Correct Answer: 3

Explanation:

Compliance status access control uses the current compliance state of an endpoint as an access condition. A device may be considered compliant when it satisfies requirements such as approved configuration, required security software, supported versions, or encryption. If the device becomes noncompliant, access can be restricted according to policy. This approach supports continuous security because access decisions can reflect the current endpoint state rather than relying solely on an earlier assessment. Browser display, printer monitoring, and DNS cache inspection do not establish compliance status. Compliance-aware access control is therefore useful for protecting sensitive resources from endpoints that no longer meet organizational requirements.

Question 329.

What does cloud application risk profiling establish?

1. Browser compatibility requirements
2. Risk characteristics of cloud applications
3. Endpoint naming standards
4. Printer access permissions

Correct Answer: 2

Explanation:

Cloud application risk profiling establishes security-related characteristics for cloud applications. A profile can consider factors such as application behavior, data handling, ownership, reputation, access requirements, and other organizational criteria. This information can support decisions about which security controls should apply to different cloud services. Profiling does not necessarily mean that an application is automatically safe or unsafe; it provides structured context for policy decisions. Browser compatibility, endpoint naming, and printer permissions address unrelated areas. Risk profiling is particularly useful when organizations need to manage a large and changing collection of SaaS applications.

Question 330.

Which capability can restrict data transfers to approved destinations?

1. Browser font control
2. Endpoint display management
3. Printer configuration
4. Data destination allowlisting

Correct Answer: 4

Explanation:

Data destination allowlisting restricts transfers to destinations that have been explicitly approved. This can reduce the likelihood that sensitive organizational information is sent to unknown, personal, or otherwise unauthorized services. Destination controls can be combined with data classification, application identity, user context, and other security conditions for more precise enforcement. The objective is not simply to block all external transfers but to establish controlled destinations that satisfy organizational requirements. Browser fonts, endpoint displays, and printer configurations do not provide destination-level data protection. Allowlisting therefore offers a focused mechanism for controlling where protected information can be transferred.

Question 331.

What can reveal abnormal changes in endpoint resource usage?

1. Browser language analysis
2. Printer queue monitoring
3. Endpoint resource anomaly detection
4. Application icon management

Correct Answer: 3

Explanation:

Endpoint resource anomaly detection identifies unusual changes in resource consumption such as processing activity, memory usage, or other measurable endpoint behavior. Significant deviations can result from legitimate applications, software updates, misconfiguration, resource-intensive tasks, or potentially suspicious processes. Monitoring resource behavior provides useful context for endpoint investigations because unexpected consumption can sometimes accompany unauthorized activity. It should not be treated as proof of compromise on its own. Browser language, printer queues, and application icons do not provide equivalent resource analysis. Resource anomaly detection can complement endpoint monitoring and application execution visibility.

Question 332.

Which control can require an approved endpoint agent before access?

1. Endpoint agent requirement
2. Browser bookmark policy
3. DNS cache management
4. Printer queue analysis

Correct Answer: 1

Explanation:

An endpoint agent requirement ensures that a device has an approved security or management agent before accessing protected resources. Such an agent may provide telemetry, configuration enforcement, security inspection, or device-management capabilities required by the organization’s access policy. Requiring the agent helps ensure that endpoints remain visible and subject to appropriate controls. Devices without the required component can be denied access or directed toward remediation. Browser bookmarks, DNS caching, and printer queues do not verify endpoint-agent presence. This type of requirement is useful when organizations depend on endpoint software to maintain security visibility and policy enforcement.

Question 333.

What can identify unusual changes in cloud application permissions?

1. Browser cache monitoring
2. Endpoint wallpaper tracking
3. Printer status reporting
4. Cloud permission anomaly detection

Correct Answer: 4

Explanation:

Cloud permission anomaly detection identifies permission changes that differ from expected administrative behavior. Cloud applications often contain sensitive data and support detailed permissions for users, groups, integrations, and services. An unexpected permission expansion can increase exposure even when the application itself remains unchanged. Monitoring permission changes provides visibility into these modifications and can support investigation or corrective action. Browser cache, wallpaper, and printer status information do not reveal cloud permission changes. Permission anomaly detection can therefore strengthen cloud governance by helping organizations identify unusual modifications to access rights before they create broader security problems.

Question 334.

Which mechanism can enforce approved endpoint software versions?

1. Browser cache control
2. Endpoint version enforcement
3. Printer monitoring
4. User interface management

Correct Answer: 2

Explanation:

Endpoint version enforcement requires devices to use approved versions of specified software before they receive access to protected resources. Organizations may define version requirements for security agents, operating-system components, browsers, or other software because outdated versions can lack required security capabilities. When a device falls below the approved version, access can be restricted or remediation can be required. Browser cache, printer monitoring, and user-interface management do not verify software versions. Version enforcement can therefore help maintain a consistent endpoint security posture across distributed users and devices.

Question 335.

What can detect unexpected application process behavior?

1. Process behavior monitoring
2. Browser bookmark analysis
3. Printer queue tracking
4. Endpoint wallpaper control

Correct Answer: 1

Explanation:

Process behavior monitoring observes how applications or processes behave while operating on an endpoint. Security teams can use this information to identify unexpected execution patterns, unusual resource activity, or behavior that differs from established expectations. Behavioral monitoring is valuable because malicious software may not always be identified solely by its name or file characteristics. Observed behavior can provide additional evidence for investigation and response. Browser bookmarks, printer queues, and wallpaper settings do not provide process-level visibility. Process monitoring can therefore complement endpoint security controls by helping identify suspicious activity after software has started executing.

Question 336.

Which capability can compare endpoint state against an approved baseline?

1. Printer status monitoring
2. Browser bookmark control
3. Endpoint baseline assessment
4. Application icon management

Correct Answer: 3

Explanation:

Endpoint baseline assessment compares the current condition of a device with a predefined approved security baseline. The baseline can include configuration values, software requirements, security controls, and other characteristics that define an acceptable endpoint state. Comparing actual conditions with that baseline helps identify deviations that may require investigation or remediation. The assessment does not automatically determine the cause of a deviation; administrators may need additional information to establish whether a change was authorized. Printer status, bookmarks, and application icons do not provide baseline security assessment. Baseline comparison is therefore useful for maintaining consistent endpoint standards.

Question 337.

What can restrict cloud application access based on user role?

1. Browser font policy
2. Role-based cloud access control
3. Printer configuration
4. DNS cache management

Correct Answer: 2

Explanation:

Role-based cloud access control determines permissions according to the user’s assigned organizational role. Different roles may require different application capabilities or levels of access, so role information provides useful context for authorization. Applying access according to role can help enforce least-privilege principles by limiting users to functions relevant to their responsibilities. Browser fonts, printer configuration, and DNS caching do not provide role-based authorization. Role-based cloud access is especially useful in SaaS environments where users may access sensitive applications from distributed locations while still requiring consistent permission management.

Question 338.

Which feature can identify unexpected endpoint configuration changes?

1. Browser cache inspection
2. Printer monitoring
3. User interface analysis
4. Endpoint configuration change detection

Correct Answer: 4

Explanation:

Endpoint configuration change detection identifies modifications to settings that define the security or operational state of a device. Changes can be legitimate, accidental, or unauthorized, so visibility into them is important for investigation and compliance. Examples may include changes to security settings, system services, network configuration, or other controlled attributes. Detecting the change does not by itself establish its cause, but it provides a useful event for further analysis. Browser caches, printer monitoring, and interface analysis do not provide comprehensive endpoint configuration visibility. Configuration change detection can therefore support endpoint governance and security assurance.

Question 339.

What does cloud application session control regulate?

1. Browser bookmark storage
2. Printer queue behavior
3. Rules governing cloud sessions
4. Endpoint wallpaper settings

Correct Answer: 3

Explanation:

Cloud application session control regulates conditions applied to active sessions with cloud services. Policies may determine how sessions are established, maintained, restricted, or terminated according to organizational requirements. Session controls can be combined with identity, endpoint, application, and risk context to provide more precise enforcement. This is useful because authentication alone does not necessarily describe the security state throughout an entire session. Browser bookmarks, printer queues, and wallpaper settings are unrelated to cloud session management. Session control therefore provides an additional layer for managing ongoing access to cloud applications.

Question 340.

Which capability can identify unusual application access volume?

1. Application access volume monitoring
2. Browser language analysis
3. Endpoint display tracking
4. Printer queue management

Correct Answer: 1

Explanation:

Application access volume monitoring measures how frequently an application is accessed and can identify significant deviations from established patterns. Unusual access volume may result from legitimate business changes, automated processes, application errors, compromised accounts, or other conditions. Monitoring volume provides a behavioral signal that can be evaluated alongside identity, device, location, and application context. It should not automatically be interpreted as malicious because normal business activity can change over time. Browser language, endpoint display settings, and printer queues do not provide application access-volume visibility. Monitoring access volume can therefore support anomaly detection and security investigations.