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Question 101.

An EPM administrator wants to prevent users from installing unauthorized browser extensions that require elevated privileges. Which approach is MOST appropriate?

1. Create application-control and elevation policies that allow only approved installers or extensions
2. Give users local administrator rights temporarily each day
3. Disable all browser security features
4. Share a privileged account password with the department

Correct Answer: 1. Create application-control and elevation policies that allow only approved installers or extensions

Explanation:

Application control and privilege policies can restrict which installers or related components are permitted to execute with elevated rights. The administrator should identify approved browser software and extension deployment mechanisms using reliable criteria and block or restrict unauthorized packages. This maintains least privilege because users remain standard users while approved software can be installed through controlled processes. Temporary administrator membership still creates a broad privilege window during which unrelated software may run with elevated permissions. Sharing privileged passwords weakens accountability and credential security. Disabling browser protections would increase risk rather than solve the installation problem. A well-designed EPM policy should combine precise application identification, narrow targeting, logging, and periodic review so approved browser functionality remains available without allowing users to install arbitrary privileged software.

Question 102.

A company wants to permit elevation only when an approved application is launched by members of a specific support team. Which two policy elements are MOST important?

1. File size and desktop color
2. Application identification and user or group targeting
3. Printer model and screen resolution
4. Browser history and IP address only

Correct Answer: 2. Application identification and user or group targeting

Explanation:

The policy must answer two separate questions: which application is trusted and who is authorized to receive elevation for it. Strong application identification prevents unrelated executables from matching the rule, while user or group targeting limits privilege to the support team that actually needs it. Administrators may use publisher information, hashes, product metadata, protected paths, or other supported attributes to identify the software. Group membership should also be maintained accurately so users who transfer roles do not retain unnecessary privilege. Relying on visual or unrelated endpoint attributes does not provide meaningful security. Combining precise application matching with narrow user targeting provides a more robust least-privilege boundary than either condition alone.

Question 103.

A security review finds that one EPM policy elevates an application for every endpoint in the enterprise even though only 20 computers require it. What is the BEST remediation?

1. Keep the global scope because the application is trusted
2. Add more applications to the same rule
3. Narrow the policy scope to the endpoints or users that require the privilege
4. Remove all EPM agents from the other endpoints

Correct Answer: 3. Narrow the policy scope to the endpoints or users that require the privilege

Explanation:

A trusted application does not need to receive elevated privileges everywhere simply because it is legitimate. Least privilege applies to policy scope as well as application identity. If only 20 systems require the capability, the rule should be targeted specifically to those endpoints or the users who perform the approved task. Narrowing scope reduces the number of places where the application could become a privilege-escalation opportunity and makes event review more meaningful. Removing EPM from other devices would weaken endpoint protection, while expanding the rule would increase unnecessary privilege. Administrators should periodically review broad policies because legitimate business requirements often become narrower over time.

Question 104.

An approved application launches a command shell as a child process, and the shell inherits elevation. What is the MAIN security concern?

1. The application may consume more disk space
2. The endpoint may stop reporting inventory
3. The user’s monitor may lock
4. The user could gain a general-purpose elevated command environment**

Correct Answer: 4. The user could gain a general-purpose elevated command environment

Explanation:

An elevated command shell can allow users or malware to execute arbitrary commands with administrative privileges, which may greatly exceed the business purpose of the original application. Administrators should therefore examine child-process behavior whenever an elevated application can launch shells, script interpreters, management utilities, or other flexible tools. The policy may need to prevent elevation inheritance, restrict specific child processes, or use a different workflow that grants only the required capability. The key risk is not performance or reporting but unintended expansion of privilege. Secure EPM policy testing should include process-tree analysis so administrators understand what happens after the approved parent application starts.

Question 105.

Which application characteristic provides the MOST precise identification of one exact executable version?

1. Cryptographic hash
2. File extension
3. Folder name
4. Application shortcut

Correct Answer: 1. Cryptographic hash

Explanation:

A cryptographic hash is calculated from the contents of a file and therefore provides highly precise identification of a specific binary. If the file changes, even slightly, the hash usually changes as well. This makes hash-based matching useful for high-risk applications where administrators want to elevate only one exact approved version. The disadvantage is maintenance because each legitimate update typically requires a policy change. File extensions and shortcuts are easily copied or modified and provide weak identity assurance. Folder names can add context but are insufficient by themselves unless the path is protected and additional application attributes are used. Administrators should choose identification methods based on the required balance between precision and operational maintainability.

Question 106.

An application is updated frequently, and the organization wants new signed versions from the same approved product line to continue matching without updating a hash each time. Which policy approach is BEST?

1. Trust every executable on the computer
2. Use trusted publisher information combined with product-specific attributes
3. Trust filenames only
4. Grant permanent administrator rights to affected users

Correct Answer: 2. Use trusted publisher information combined with product-specific attributes

Explanation:

Publisher-based identification can remain stable across multiple signed versions of an application, reducing the need to update exact hashes after every vendor release. However, publisher identity alone can be too broad because one vendor may sign many unrelated tools. Combining the publisher with product name, path, filename, version constraints, or other supported metadata provides a more specific rule. This balances maintainability with security. Filename-only trust is easy to spoof, while granting users permanent administrator rights bypasses application-level control entirely. Administrators should still validate major application updates because a trusted publisher can release software with new behaviors, vulnerabilities, or additional child processes that affect the privilege boundary.

Question 107.

An administrator wants to investigate whether an EPM elevation rule is being abused. Which evidence is MOST useful?

1. User wallpaper settings
2. Printer queue statistics
3. EPM events showing application, user, endpoint, time, and policy action
4. Monitor model numbers

Correct Answer: 3. EPM events showing application, user, endpoint, time, and policy action

Explanation:

EPM events provide the most direct evidence about how privilege policies are being used. Administrators can determine which application received elevation, who initiated it, which endpoint was involved, when the event occurred, and which policy caused the action. Patterns such as repeated elevation outside normal hours, unusual endpoints, unexpected applications, or increased frequency can indicate abuse or policy overbreadth. Event data can also be correlated with other endpoint or security telemetry during an investigation. Printer and display information may support unrelated operational tasks but does not directly explain privilege usage. Effective EPM operations depend on reliable event collection, appropriate retention, and regular review of high-risk elevation activity.

Question 108.

An endpoint continues enforcing its existing EPM policies while temporarily disconnected from the management service. What is the MOST important operational concern during the disconnection?

1. The endpoint will immediately lose all security controls
2. The endpoint’s printer will stop working
3. The operating system will delete local users
4. The endpoint may not receive new policies or upload current events until communication is restored**

Correct Answer: 4. The endpoint may not receive new policies or upload current events until communication is restored

Explanation:

Endpoint privilege solutions are generally designed so local enforcement can continue using previously received policy when a device is temporarily offline. The main concern is that the endpoint may become stale relative to central management. New policy changes, application definitions, or security restrictions may not reach the device, and event information may be delayed until connectivity returns. Administrators should monitor stale check-ins and confirm successful synchronization when remote endpoints reconnect. Long disconnection periods may require investigation, especially if the device handles sensitive work. Temporary network isolation should not be assumed to remove all protection, but administrators must understand how policy currency and event visibility are affected when central communication is unavailable.

Question 109.

A company allows users to request elevation for unrecognized software. What should happen BEFORE the request is converted into a permanent policy?

1. Validate the application’s source, business requirement, security risk, and identity
2. Trust the application immediately after one request
3. Make the requesting user a local administrator
4. Disable application control for the department

Correct Answer: 1. Validate the application’s source, business requirement, security risk, and identity

Explanation:

A user request establishes a potential business need, not software trust. Before creating a permanent elevation rule, administrators should verify where the application came from, why it is required, whether it is approved by the organization, and whether its security characteristics are acceptable. The exact executable should be identified using strong attributes so the final rule does not accidentally elevate unrelated files. Security teams may also assess digital signatures, reputation, vulnerabilities, and application behavior. Granting permanent administrator rights is much broader than necessary, while disabling application controls would affect unrelated software. Permanent policies should result from documented validation rather than convenience or repeated user requests alone.

Question 110.

A user requests elevation for a software installer only once during a short project. Which policy approach is MOST appropriate?

1. Create a permanent global elevation rule
2. Use a temporary, controlled exception with a defined expiration
3. Give the user the privileged password
4. Disable EPM until the project ends

Correct Answer: 2. Use a temporary, controlled exception with a defined expiration

Explanation:

A short-term requirement should normally result in short-term privilege. A temporary exception can be limited to the specific user, endpoint, application, and project period. The exception should include a business justification, owner, expiration date, and event visibility so administrators can confirm how it was used. When the project ends, the rule should automatically expire or be removed during review. A permanent global rule would create privilege far beyond the stated need. Password sharing reduces accountability, and disabling EPM eliminates protection from unrelated activity. Time-bounded exceptions support user productivity while preserving the broader least-privilege objective.

Question 111.

An administrator wants to ensure a trusted installer has not been replaced by a modified executable. Which application-identification property is MOST directly useful?

1. File size alone
2. Desktop shortcut
3. Cryptographic hash or verified digital signature
4. Screen resolution

Correct Answer: 3. Cryptographic hash or verified digital signature

Explanation:

A cryptographic hash can verify that a file exactly matches a known approved binary, while a valid digital signature can provide evidence that the software was signed by the expected publisher and has not been altered after signing. Both are stronger than superficial attributes such as filename or shortcut location. The best choice depends on the organization’s policy-maintenance requirements. Hashes provide exact version matching but change after updates, while publisher signatures can be more durable across versions when combined with product-specific criteria. File size alone is not sufficiently unique, and desktop or display settings provide no meaningful software integrity assurance.

Question 112.

A support engineer needs an EPM policy that allows an approved tool but blocks a similar utility from the same vendor. What is the BEST design?

1. Trust the publisher only
2. Combine publisher information with application-specific properties that distinguish the approved tool
3. Trust every file in the vendor’s installation directory
4. Elevate all applications for support engineers

Correct Answer: 2. Combine publisher information with application-specific properties that distinguish the approved tool

Explanation:

Publisher identity can establish that both tools come from the same vendor, but it does not distinguish which product should receive privilege. Additional properties such as product name, executable name, protected path, version, or hash can narrow the rule to the approved utility. This approach preserves the convenience of publisher-based trust while preventing unrelated vendor software from inheriting elevation. Trusting all files from the vendor or elevating the entire support user session would create unnecessary privilege. Administrators should test both the approved application and known similar applications to confirm that only the intended software matches the final policy.

Question 113.

Which action BEST supports secure policy deployment after an EPM rule has been successfully tested in a lab?

1. Deploy immediately to every endpoint without monitoring
2. Disable event collection before deployment
3. Roll out to a representative pilot population and monitor results before broad enforcement
4. Grant local administrator rights during rollout

Correct Answer: 3. Roll out to a representative pilot population and monitor results before broad enforcement

Explanation:

Lab testing cannot reproduce every application, user workflow, endpoint configuration, and business dependency found in production. A representative pilot provides a controlled intermediate step where administrators can observe policy effects under real conditions. Events and user feedback can reveal false positives, unexpected child processes, missing application definitions, targeting errors, or applications that require additional privilege. Once results are acceptable, deployment can expand gradually. Disabling events would remove valuable validation data, while granting administrator rights could hide problems the policy is meant to solve. Staged rollout limits the potential impact of mistakes and gives administrators an opportunity to refine policies before enterprise-wide enforcement.

Question 114.

A policy is intended to block a specific prohibited application, but users can bypass it by copying the file to a different directory. What is the MOST likely weakness?

1. The policy generates too many logs
2. The application rule relies too heavily on its original path
3. The endpoint has insufficient memory
4. The policy scope is too narrow geographically

Correct Answer: 2. The application rule relies too heavily on its original path

Explanation:

If moving the executable to a new directory defeats the rule, the application definition is probably dependent on path rather than stronger identity properties. Paths are useful contextual criteria, but they are not sufficient when users can copy the application elsewhere. Administrators should consider hashes, publisher information, product metadata, filename combined with other attributes, or another supported identity mechanism that follows the software regardless of location. The rule can still incorporate path when location matters, but the application should not become completely unknown simply because it moved. Event volume and memory do not explain why relocation changes the policy result.

Question 115.

An EPM administrator wants to identify policies that are no longer being used. Which information is MOST useful?

1. Policy usage and related event history
2. User desktop backgrounds
3. Printer cartridge levels
4. Office floor plans

Correct Answer: 1. Policy usage and related event history

Explanation:

Policy usage events help administrators determine whether a rule is still serving an active business purpose. A policy that has not generated relevant activity for months may correspond to retired software, former projects, or users who no longer need the privilege. Before removing it, the administrator should confirm with the policy owner and business stakeholders that the rule is genuinely obsolete. Regular cleanup reduces the number of privileged pathways in the environment and simplifies troubleshooting. A policy set that only grows over time can become difficult to understand and may preserve outdated exceptions indefinitely. Event history therefore supports both operational maintenance and privilege governance.

Question 116.

A security team is concerned that users may tamper with the EPM agent to bypass application-control rules. Which control objective is MOST important?

1. Application inventory compression
2. Printer security
3. Screen-lock customization
4. Protecting the agent and its configuration from unauthorized modification**

Correct Answer: 4. Protecting the agent and its configuration from unauthorized modification

Explanation:

The endpoint agent is responsible for enforcing privilege and application-control policy, so its integrity is fundamental to the security model. If standard users or malware can stop, uninstall, modify, or reconfigure the agent, they may be able to bypass EPM decisions. Administrators should use available tamper-protection features, operating-system permissions, controlled administrative procedures, and monitoring to reduce this risk. Agent configuration should be managed centrally where possible rather than left under user control. Troubleshooting exceptions should also be temporary and auditable. Inventory or display settings do not protect the enforcement mechanism itself. Endpoint controls are only reliable when the component applying them cannot be easily disabled by the subjects being controlled.

Question 117.

A user needs elevation for an application only when connected to a specific managed endpoint class. What policy principle should the administrator apply?

1. Scope privilege to the required endpoint population rather than granting user-wide elevation everywhere
2. Grant the user administrator rights on every device
3. Disable endpoint targeting
4. Trust all applications the user launches

Correct Answer: 1. Scope privilege to the required endpoint population rather than granting user-wide elevation everywhere

Explanation:

Privilege requirements often depend on context. A user may legitimately need an administrative utility on a support workstation but not on a general office laptop. Policy targeting can restrict elevation to the relevant endpoint group while keeping the same user’s activity unprivileged elsewhere. This reduces attack surface and prevents portable privilege from following the user to devices where it is unnecessary. Administrators should clearly define group membership and review it periodically because stale device assignments can undermine the intended scope. User-wide administrator access or unrestricted application trust would ignore contextual least privilege and grant far more capability than the business requirement demands.

Question 118.

An administrator changes an EPM policy but wants to verify that the updated policy has actually reached a specific endpoint. What should be checked?

1. User browser favorites
2. Endpoint policy synchronization status or current policy version
3. Keyboard model
4. Number of desktop icons

Correct Answer: 2. Endpoint policy synchronization status or current policy version

Explanation:

A centrally modified policy is useful only after the endpoint has received and applied it. Administrators should verify the device’s current policy version, synchronization status, agent communication, and recent check-in information. If the endpoint is stale, troubleshooting may involve network connectivity, endpoint service health, authentication, certificates, or targeting. This is particularly important for remote devices that may remain disconnected for extended periods. Assuming a central change has propagated everywhere can leave endpoints enforcing outdated rules. Visual user settings provide no evidence about EPM synchronization. Policy-version verification is therefore an important operational step after significant security changes or emergency rule updates.

Question 119.

A new EPM rule blocks an application that users need for payroll processing. What is the BEST immediate administrative response?

1. Review the event and policy match, verify the business need, and implement the narrowest safe correction
2. Disable EPM globally
3. Give every payroll user administrator rights
4. Delete all policy events

Correct Answer: 1. Review the event and policy match, verify the business need, and implement the narrowest safe correction

Explanation:

A critical business disruption requires timely action, but the response should not abandon security controls unnecessarily. The administrator should examine the event to identify why the application was blocked, confirm that the software and workflow are legitimate, and determine whether the problem is caused by matching criteria, policy precedence, scope, or an application update. The correction should be as narrow as possible, such as refining the trusted application definition or adjusting targeting. Global EPM disablement or broad administrator rights create much larger security gaps than necessary. Event records should be preserved because they provide the evidence needed to troubleshoot accurately and validate that the final correction works as intended.

Question 120.

Which statement BEST describes effective day-to-day CyberArk EPM administration?

1. Create broad elevation rules so users never contact support
2. Focus only on deploying the endpoint agent
3. Treat every user request as proof that an application is trusted
4. Continuously monitor agent health, policy synchronization, application events, exceptions, policy scope, and changing business requirements**

Correct Answer: 4. Continuously monitor agent health, policy synchronization, application events, exceptions, policy scope, and changing business requirements

Explanation:

EPM administration is an ongoing operational and security discipline rather than a one-time deployment. Administrators must ensure agents remain healthy and connected, policies reach the intended endpoints, and application-control decisions reflect current business requirements. Event analysis helps identify suspicious activity, outdated rules, recurring legitimate elevation needs, and policies that are broader than expected. Temporary exceptions should expire or be recertified, while obsolete policies should be removed. Application updates may require changes to identification criteria, and organizational changes can alter which users or endpoints should remain in scope. Mature administration therefore combines technical monitoring, policy governance, least privilege, troubleshooting, and regular review to keep endpoint protection effective without creating unnecessary disruption.