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Question 61.

An organization wants to prevent users from running administrative tools such as registry editors unless a specific business need exists. Which EPM approach is MOST appropriate?

1. Create application-control policies that restrict the tools and allow only approved exceptions
2. Give every user administrator rights
3. Disable EPM during business hours
4. Trust all system utilities automatically

Correct Answer: 1. Create application-control policies that restrict the tools and allow only approved exceptions

Explanation:

Application control can prevent users from launching administrative utilities that are unnecessary for their normal job functions. If a legitimate business requirement exists, administrators can create a narrowly scoped exception for the appropriate users, endpoints, or application conditions. This reduces opportunities for users or malware to modify sensitive system settings. Giving every user administrative rights would greatly expand the attack surface, while globally trusting all system utilities would eliminate meaningful control over tools that can make high-impact changes. Effective EPM policy design combines restriction, carefully reviewed exceptions, event visibility, and periodic review to ensure that permissions remain aligned with actual business requirements.

Question 62.

A security team wants users to run a trusted application without elevation but prevent them from modifying the application’s installation directory. Which control is MOST relevant in addition to EPM policy?

1. Backup scheduling
2. Appropriate file-system permissions
3. Printer access control
4. Screen-lock timeout

Correct Answer: 2. Appropriate file-system permissions

Explanation:

EPM application policy determines how applications are treated, but file-system permissions help ensure that unprivileged users cannot modify trusted application binaries or directories. If users can replace a trusted executable with malicious code, they may be able to exploit an overly broad elevation or allow rule. Restricting write access to trusted installation locations strengthens the integrity of application-identification conditions. EPM should therefore work alongside operating-system security controls rather than replace them. Backup scheduling, printer access, and display settings do not prevent users from changing application files. Secure application trust requires both accurate policy matching and protection of the files or directories on which that trust depends.

Question 63.

An application-control policy identifies an executable only by filename. What is the MAIN weakness of this configuration?

1. The file cannot be logged
2. The application cannot be updated
3. A malicious file can use the same filename and potentially match the rule
4. The endpoint cannot communicate with EPM

Correct Answer: 3. A malicious file can use the same filename and potentially match the rule

Explanation:

Filenames are easy to copy and therefore provide weak assurance about application identity. An attacker could create or rename a malicious executable so that it has the same filename as a trusted program. If the policy relies only on that attribute, the malicious file might receive unintended allow or elevation treatment. Stronger identification can combine filename with trusted publisher information, digital signatures, hashes, product metadata, or a protected installation path. The exact criteria should balance security with maintainability. The main issue is not logging or application updates but the possibility of impersonating trusted software using the same visible name.

Question 64.

A company wants to permit a trusted application only when it runs from its protected installation directory. Which policy design BEST supports this requirement?

1. Trust every copy of the executable regardless of location
2. Trust every executable in user profile folders
3. Allow any file with the same icon
4. Combine trusted application identity with the approved protected path**

Correct Answer: 4. Combine trusted application identity with the approved protected path

Explanation:

Combining application identity with an approved protected path can help ensure that only the legitimate installed copy receives the intended policy action. The directory should not be writable by ordinary users, otherwise an attacker could place an alternate executable in the trusted location. Administrators may also combine path conditions with digital signatures, product information, or hashes for stronger assurance. Trusting every copy of a file regardless of location creates unnecessary risk because malicious or modified versions could be launched from user-controlled directories. Policy conditions should reflect both the identity of the software and the security of the environment from which it executes.

Question 65.

A user requests elevation for a command-line tool that can execute arbitrary scripts. What should the administrator consider MOST carefully?

1. Whether elevating the tool could indirectly elevate untrusted scripts or commands
2. The user’s monitor resolution
3. Whether the tool has a desktop shortcut
4. The endpoint’s wallpaper settings

Correct Answer: 1. Whether elevating the tool could indirectly elevate untrusted scripts or commands

Explanation:

Interpreters, shells, script engines, and command-line tools can become powerful privilege-escalation pathways if they are elevated broadly. An elevated tool that can execute arbitrary commands may allow users or malware to run unrelated scripts with administrative rights, even if the tool itself is legitimate. Administrators should examine how the program accepts arguments, scripts, child processes, and external files before creating an elevation rule. If elevation is necessary, policy should be as narrow as possible and should avoid granting a general-purpose privileged execution environment. The security concern is inherited or indirect privilege, not the tool’s appearance or desktop configuration.

Question 66.

Which EPM policy practice BEST reduces the risk of elevating a scripting engine such as PowerShell too broadly?

1. Elevate every PowerShell process for all users
2. Scope elevation to specific approved scripts, users, or controlled use cases where technically possible
3. Disable all endpoint logging
4. Add every user to the Administrators group

Correct Answer: 2. Scope elevation to specific approved scripts, users, or controlled use cases where technically possible

Explanation:

General-purpose scripting engines can run a wide variety of commands, so broad elevation may effectively provide users with unrestricted administrative execution. A safer approach is to limit privilege to specific approved workflows, scripts, users, endpoints, or other tightly controlled conditions supported by the environment. Administrators should also secure script locations, monitor execution events, and review whether the script engine truly needs elevation. Permanent administrator membership would expand risk much further, while disabling logging removes visibility into privileged activity. The goal is to enable the required business operation without turning a flexible interpreter into a general administrative bypass.

Question 67.

An administrator sees repeated EPM events showing that users are trying to install the same approved software package. What is the BEST long-term response?

1. Ignore all future requests
2. Grant all users permanent administrator rights
3. Create an approved application elevation policy after validating the installer
4. Disable software installation entirely

Correct Answer: 3. Create an approved application elevation policy after validating the installer

Explanation:

Repeated legitimate elevation requests usually indicate a predictable business requirement that can be handled more efficiently through a controlled policy. The administrator should verify the installer’s source, publisher, signature, package identity, and actual privilege requirement, then create a narrowly scoped elevation rule if appropriate. This reduces user frustration and help-desk workload while maintaining standard-user status. Permanent administrator rights would allow unrelated software to run with excessive privilege. Ignoring the requests would continue operational friction, while blocking all installation may prevent legitimate work. EPM event trends provide useful evidence for identifying recurring tasks that should move from exceptional handling into formal policy.

Question 68.

A policy successfully elevates an installer but also elevates any command launched by that installer. What should the administrator investigate?

1. Screen brightness
2. Browser favorites
3. Network printer configuration
4. Whether child-process elevation behavior is broader than intended**

Correct Answer: 4. Whether child-process elevation behavior is broader than intended

Explanation:

Some privileged applications launch child processes, helper utilities, scripts, or command interpreters. If the policy or platform behavior causes those child processes to inherit elevation, the effective privilege boundary may be much broader than the original executable. Administrators should test the complete process tree and determine whether child applications need the same rights. A malicious or user-controlled child process could potentially exploit inherited privilege if policy is overly permissive. The correct design should elevate only the components required for the approved workflow. Testing parent-child execution relationships is therefore an important part of validating privilege policies, especially for installers, shells, management utilities, and development tools.

Question 69.

An organization wants to know which applications are most frequently elevated across managed endpoints. Which information should the administrator review?

1. EPM privilege and application event reports
2. User email signatures
3. Building-access logs
4. Display adapter inventory

Correct Answer: 1. EPM privilege and application event reports

Explanation:

Privilege and application events provide direct evidence about which programs are receiving elevation, which users or endpoints are involved, and how often the actions occur. Administrators can use this information to identify heavily used policies, unusual privileged applications, redundant exceptions, or patterns that warrant investigation. Usage data also supports policy recertification because a rule that has not been used for a long time may no longer be necessary. Physical-access records and hardware inventory may be useful in other operational contexts but do not provide the application-level privilege information needed for EPM analysis. Event review turns policy enforcement into an observable and continuously improvable security process.

Question 70.

A business unit no longer uses an application for which an elevation policy was created last year. What should the EPM administrator do?

1. Leave the policy permanently because removing it creates work
2. Review and retire the unused policy after confirming it is no longer required
3. Broaden the policy to include similar applications
4. Assign it to additional users

Correct Answer: 2. Review and retire the unused policy after confirming it is no longer required

Explanation:

Unused privilege policies create unnecessary attack surface and operational complexity. If the application is no longer needed, the administrator should confirm with the business owner and relevant stakeholders that the elevation rule can be safely removed. Event history can help determine whether the policy is still being used. Retiring obsolete rules reduces the number of privileged applications in the environment and makes remaining policies easier to review and troubleshoot. Broadening or retaining an unnecessary policy provides no business value and increases the chance that an old exception could be exploited later. Privilege governance should include regular review, ownership verification, and retirement of obsolete policies.

Question 71.

An EPM administrator wants to know whether users are attempting to bypass a blocked application by renaming the executable. Which event pattern would be MOST suspicious?

1. Multiple differently named files with matching or closely related application characteristics appearing on the same endpoints
2. Users changing desktop backgrounds
3. Endpoints receiving operating-system updates
4. Users connecting to approved printers

Correct Answer: 1. Multiple differently named files with matching or closely related application characteristics appearing on the same endpoints

Explanation:

Users attempting to evade filename-based blocking may rename the same executable or obtain slightly modified copies. Administrators should look beyond filenames and compare hashes, publishers, product metadata, paths, behaviors, and related event patterns. If the same underlying application repeatedly appears under different names, it may indicate deliberate policy bypass or an automated malware technique. This scenario also demonstrates why filename-only rules are weak. Stronger application identification and event correlation can reduce the effectiveness of simple renaming. Normal endpoint activities such as printing or personalization do not indicate application-control evasion and should not distract investigators from the software identity evidence.

Question 72.

An EPM-managed application unexpectedly launches from a user’s temporary folder with elevation. What is the FIRST policy concern?

1. The user has too many files
2. The elevation rule may be too broad and match user-controlled locations or attributes
3. The endpoint requires a larger hard drive
4. The application needs a different icon

Correct Answer: 2. The elevation rule may be too broad and match user-controlled locations or attributes

Explanation:

Temporary folders are commonly writable by standard users and applications, making them poor locations for broad trust. If an executable receives elevation from such a directory, administrators should immediately review the policy conditions to determine why it matched. A rule based only on filename or broad publisher criteria may allow copies launched from untrusted locations to inherit privilege. The policy should be refined using stronger identity attributes and, where appropriate, controlled paths that ordinary users cannot modify. Investigators should also determine whether the event was legitimate or potentially malicious. Storage size and icons are irrelevant to the security concern. User-writable locations should generally be treated as higher risk when designing elevation policies.

Question 73.

A security engineer wants to ensure that policy exceptions are not granted indefinitely without review. Which governance practice is BEST?

1. Set ownership and periodic expiration or recertification requirements for exceptions
2. Make every exception permanent
3. Disable event logging for exception users
4. Transfer all exceptions into one unrestricted global policy

Correct Answer: 1. Set ownership and periodic expiration or recertification requirements for exceptions

Explanation:

Exceptions are often created to address temporary business needs, application compatibility issues, or one-time projects. Without governance, these temporary rules can remain for years and gradually expand the attack surface. Assigning each exception an owner, business justification, review date, and expiration or recertification requirement helps ensure continued necessity. Event data can also show whether the exception is still used. Permanent or global exceptions make it difficult to maintain least privilege and can hide outdated access. Exception management should be treated similarly to privileged access review: narrowly scoped, documented, auditable, and periodically reassessed against current business requirements.

Question 74.

A user receives elevation for an approved application even when working from a device that should not be in scope. What should be checked FIRST?

1. Printer driver
2. Policy target membership and endpoint assignment
3. Keyboard layout
4. Screen saver settings

Correct Answer: 2. Policy target membership and endpoint assignment

Explanation:

If a policy applies to an unexpected endpoint, administrators should first verify the target scope. The device may have been added to the wrong group, inherited a broader assignment, or remained in an old policy scope after a departmental or ownership change. The administrator should confirm user, endpoint, and group relationships and review how overlapping policies are evaluated. Policy behavior cannot be trusted until scope is correct. Unrelated device settings such as keyboards, printers, and screen savers do not determine EPM targeting. Proper endpoint grouping and policy assignment are essential because a secure rule can still create risk when it is applied to more systems than intended.

Question 75.

An administrator wants to allow elevation only when an approved executable is digitally signed and the signature is valid. What security benefit does this provide?

1. Stronger assurance that the executable originated from the expected signer and has not been altered after signing
2. A guarantee that the software contains no vulnerabilities
3. Automatic removal of all malware
4. Permanent administrator access for the user

Correct Answer: 1. Stronger assurance that the executable originated from the expected signer and has not been altered after signing

Explanation:

A valid digital signature can provide evidence that an executable was signed by the expected publisher and has not been modified since signing. This is stronger than trusting a filename alone. However, signature validation does not prove that software is vulnerability-free, appropriate for the business, or incapable of malicious behavior. Administrators should still consider product identity, version, source, reputation, and the privilege actually required. Publisher-based policy can simplify maintenance across updates but may need additional criteria to avoid trusting unrelated software from the same signer. Digital signatures strengthen software identity, but they are one part of a broader application-control and least-privilege strategy.

Question 76.

A signed application from a trusted publisher is known to contain a serious vulnerability that attackers can abuse. How should the administrator treat it?

1. Elevate it automatically because the signature is valid
2. Ignore the vulnerability
3. Reassess or restrict the policy and follow the organization’s remediation process
4. Disable all EPM controls

Correct Answer: 3. Reassess or restrict the policy and follow the organization’s remediation process

Explanation:

A valid digital signature establishes identity and integrity, not security quality. Trusted vendors can release applications with vulnerabilities, and signed utilities can sometimes be abused by attackers. If an application presents unacceptable risk, administrators should reassess elevation or allow policies and coordinate remediation through patching, version upgrades, temporary blocking, compensating controls, or another approved response. Policy decisions should account for current security intelligence as well as publisher identity. Automatically elevating vulnerable software because it is signed confuses trust in origin with trust in behavior. EPM policies should evolve as application risk changes, especially for software that receives administrative privilege.

Question 77.

A company wants administrators to know immediately when a prohibited application is attempted on executive endpoints. Which capability BEST supports this requirement?

1. Event monitoring and appropriately configured alerting
2. Disable application events
3. Increase local administrator membership
4. Remove policy targeting

Correct Answer: 1. Event monitoring and appropriately configured alerting

Explanation:

EPM application events can provide visibility into blocked or suspicious execution attempts. When certain endpoints or applications require higher attention, administrators can use monitoring and available alerting or integration mechanisms to identify relevant events quickly. Alerting should focus on actionable conditions to avoid excessive noise. Context such as user, endpoint, application, time, and policy action helps security teams determine whether the attempt represents accidental use, policy confusion, or malicious activity. Disabling events removes the evidence required for detection, while increasing administrative rights weakens preventive controls. High-risk endpoint groups benefit from both strong enforcement and timely visibility into policy violations.

Question 78.

An EPM administrator sees that endpoints continue enforcing an old policy even after a central policy change. What is the MOST appropriate troubleshooting action?

1. Reinstall every operating system immediately
2. Verify agent communication, policy synchronization, and current policy version on affected endpoints
3. Delete all application policies
4. Make users local administrators until synchronization resumes

Correct Answer: 2. Verify agent communication, policy synchronization, and current policy version on affected endpoints

Explanation:

When policy changes do not reach endpoints, administrators should first confirm that the EPM agent is healthy and can communicate with the management infrastructure. Relevant checks include synchronization state, assigned policy scope, service status, connectivity, certificates, agent logs, and the policy version currently present on the device. Reinstalling operating systems is disproportionate and destroys useful troubleshooting evidence. Deleting policies or granting temporary administrator rights can create security gaps. Endpoint management systems depend on reliable policy distribution, so agent connectivity and synchronization should be monitored continuously, especially for mobile or remote systems that may remain offline for extended periods.

Question 79.

A user claims an application was blocked incorrectly. What information provides the BEST starting point for troubleshooting?

1. The EPM event showing the application, user, endpoint, matched policy, and resulting action
2. The user’s wallpaper
3. The last document printed
4. The endpoint’s physical asset color

Correct Answer: 1. The EPM event showing the application, user, endpoint, matched policy, and resulting action

Explanation:

The most useful troubleshooting information is the event associated with the actual application-control decision. It can show which executable ran, who initiated it, where it ran, how EPM identified it, which policy applied, and what action resulted. Administrators can compare those details with the intended configuration and determine whether the application changed, policy scope was incorrect, precedence affected the result, or the block was expected. Beginning with direct event evidence avoids guessing and reduces resolution time. Unrelated endpoint personalization or printing activity provides little value. Effective EPM support depends on using policy and event data to connect user reports with the exact control decision made on the endpoint.

Question 80.

Which statement BEST describes secure EPM application-elevation design?

1. Elevate users rather than applications whenever possible
2. Trust filenames and writable folders because they are easy to manage
3. Create broad rules so policies require less maintenance
4. Identify applications precisely, scope policies narrowly, protect trusted locations, monitor events, and review exceptions regularly**

Correct Answer: 4. Identify applications precisely, scope policies narrowly, protect trusted locations, monitor events, and review exceptions regularly

Explanation:

Secure application elevation depends on granting only the privilege required by clearly identified software and approved users or endpoints. Strong application-identification attributes reduce the risk that malicious programs can impersonate trusted software, while protected installation locations prevent users from replacing trusted binaries. Narrow targeting limits the number of systems exposed to a policy, and event monitoring provides evidence of both expected and suspicious activity. Exceptions should have business justification, ownership, and periodic review so temporary rules do not become permanent security gaps. Broad rules based on filenames, publishers without additional constraints, or writable directories may be easier to maintain but can create dangerous privilege-escalation paths. Mature EPM design therefore balances usability with precise control, continuous monitoring, and policy governance.