Chrome-Enterprise-Administrator Exam Dumps - Google Professional Chrome Enterprise Questions and Answers

Policy conflicts can arise if the same policy is configured at multiple levels with different values. User group policies have a higher precedence than OU policies. Therefore, if a user within the Finance OU is also a member of a group with a conflicting policy setting, the group policy will override the OU policy. Policies at the same hierarchical level do not typically conflict in this way.If the Finance OU has "Locally applied," it would mean it's not inheriting, but it wouldn't explain a *discrepancy* within the OU itself unless multiple local settings were applied. A sub-OU inheriting from Finance wouldn't cause a discrepancy at the Finance OU level.

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Setting the **Safe Browsing policy to Enhanced mode** provides the most direct and comprehensive protection against malicious websites by leveraging Google's real-time threat intelligence. Allowing users to bypass warnings (option A) defeats the purpose of Safe Browsing. While site isolation (options C and D) protects against cross-site data leakage, it doesn't directly prevent users from accessing malicious sites in the first place. Enhanced Safe Browsing actively warns and blocks access to dangerous websites.

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The most likely reason for this discrepancy is that the version reported in the Chrome Enterprise Core compliance report might not be updated in real-time until Chrome is actively running and checks in. When an engineer logs in and launches Chrome, it likely completes the update process and reports the correct version. The auto-update feature generally works in the background, and a completely different unmanaged version (option C) or a persistent network block (option D) would likely prevent updates even when Chrome is launched. A malfunctioning auto-update (option A) is less likely to resolve itself upon manual launch.

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If an extension that is force-installed via policy is unpublished from the Chrome Web Store, the Chrome browser will detect this status and automatically disable the extension on managed devices. This is a security mechanism to prevent the continued use of potentially compromised or no longer maintained extensions.

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When a managed browser is deleted from the Google Admin console, it needs to be re-enrolled to receive policies again. The process for re-enrollment typically involves deleting the **device management token** from the local machine. Upon relaunching Chrome, the browser will detect the absence of the token and attempt to re-enroll with the cloud management service, at which point it will receive a new token and the latest policies. Deleting the enrollment token (option B) might disrupt the initial enrollment if it still existed. Deleting Chrome policies (option C) might not trigger re-enrollment. Clearing the cache and signing back in (option D) addresses user profile data, not device enrollment.

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Clearing the browser's cache and cookies is a common first-line troubleshooting step for issues related to website access and login problems. Outdated or corrupted cached data and cookies can often interfere with website functionality and authentication processes. The Google Admin console provides remote actions to "Clear Cache," "Clear Cookies," or both. Options B, C, and D include actions that are either more disruptive (restart browser, logout user, restart user session) or not standard remote actions available for managed Chrome browsers through the Admin console (delete temporary files, delete swap file).

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The "Chrome Browser -> Reports -> Apps & extensions usage" section in the Google Admin console provides detailed information about installed extensions, including permissions and a risk assessment (if available through integrated security features). This report allows administrators to filter and analyze extensions based on their risk score and the number of permissions they request, enabling them to identify extensions that meet the cyber risk team's criteria.

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Organizational Units (OUs) in the Google Admin console allow administrators to apply different Chrome policies to different groups of devices or users based on their organizational structure. By creating separate OUs for Engineering and HR (and potentially other departments), the administrator can configure different Chrome update policies for each OU, ensuring Engineering gets rapid updates while HR stays on a more stable release. User groups primarily manage access to services, and device policies are generally applied at the device level, not necessarily tied to departmental needs for update cadences. Active Directory forests are a Microsoft concept and not directly used for managing Chrome update policies in the Google Admin console.

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Chrome's Safe Browsing feature actively scans web pages, downloads, and extensions for known malware. When malware is detected, it is reported as a security event. While unauthorized file downloads could be a consequence of a security issue, Chrome's direct detection focuses on the malware itself. Password complexity is a setting for password management, and user inactivity is a system or application-level event, not a direct security event captured by Chrome in the same way as malware detection.

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To allow users to install extensions while blocking those with specific risky permissions, the administrator should "Allow all apps" from the Chrome Web Store and then use the "Block extensions by permission" policy to block extensions that request the "File System" permission. This prevents extensions from accessing local files. Option A is too restrictive by blocking all apps by default. Options B and D use "Runtime Blocked Hosts," which is for controlling access to specific websites, not for blocking extension permissions.

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