Chrome-Enterprise-Administrator Professional Chrome Enterprise Administrator Certification Exam Questions and Answers

The most granular and appropriate approach to apply work-related policies without affecting personal browsing is to use **managed profiles**. By requiring users to use a specific managed profile for work purposes, administrators can enforce policies only within that profile. Personal browsing in a separate, unmanaged profile will remain unaffected. Option A would apply policies to all browsing, which is not the requirement. Option C relies on bookmarks, which is not a security enforcement mechanism. Option D is generally not feasible as enterprise policies are designed to be enforced, and setting reliable exceptions for personal use within a managed browser is complex and less secure than using separate profiles.

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The **Enrollment Token** is the key to associating a Chrome browser instance with a specific organizational unit (OU) in the Google Admin console during the enrollment process. By applying the correct enrollment token during setup, the browser will be placed in the designated OU and inherit the policies configured for that OU. Device Management Tokens are more relevant for ChromeOS devices. Browser Policy Tokens are not a standard term for OU assignment during enrollment. Cloud Management Token is a general term encompassing the enrollment process.

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The Chrome release cycle for the Stable channel is approximately every four weeks. This consistent schedule allows administrators to anticipate and plan for new feature deployments and potential compatibility testing. While security updates can occur more frequently and are often released on Tuesdays, major version updates follow this roughly monthly cadence.

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The study guide emphasizes using enrollment tokens generated in the Google Admin console for enrolling browsers. When using an MDM solution, the most efficient and recommended method is to generate a single enrollment token and then deploy it to the devices through the MDM software. This allows for automated and scalable enrollment. Bulk enrollment features in the Admin console are typically for direct enrollment, not through MDM. Individual tokens or keys would be inefficient for a large deployment.

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The Google Admin console allows administrators to control extension permissions. By configuring the "Permissions and URL access" policy, the administrator can block extensions that request specific permissions, such as the ability to set a proxy. This is a centralized and effective way toenforce the security policy. Remotely connecting to each device (option B) is not scalable. Blocking all extensions (option C) might be too restrictive. Relying on users to uninstall (option D) is not enforceable.

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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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To meet a strict 48-hour update requirement for security patches, the administrator must enforce automatic updates through the Google Admin console. Additionally, ensuring Chrome relaunches after updates are downloaded is crucial for applying the patches promptly. Recommending relaunches (option A) might not guarantee timely application. Relying on manual updates (option B) is unreliable and doesn't ensure compliance. Manually checking all browsers (option C) is not scalable or efficient for a company-wide deployment.

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The Chrome Versions report specifically focuses on the distribution of different Chrome browser versions across the managed fleet. A key data point in this report is the number of "Active Browsers" on each version, allowing administrators to understand their update status and identify any significant fragmentation. While "Total Browsers" might be a related metric, the core focus of the "Versions" report is on the active instances and their respective versions. Information on "Inactive Browsers" or the "Last update" time for individual browsers might be found in other reports.

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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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To prevent a child OU from inheriting a policy set at a parent OU, the administrator needs to configure the policy within the child OU itself and set its inheritance status to "Locally applied." This explicitly overrides the inherited policy from the parent with a specific setting for the child OU. Setting it to locally applied at the parent would not prevent inheritance. Turning off inheritance entirely might not be desired for other policies, and "Child > Parent" is the default precedence when inheritance is enabled.

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Among the Safe Browsing options, **Enhanced Protection** offers the most robust security. It proactively checks URLs, downloads, and extensions against Google's Safe Browsing database in real time, and it can also share more data with Google to improve detection and provide personalized warnings. This level of protection is best suited for environments with high security requirements. The other options might represent different levels of Safe Browsing with varying degrees of protection.

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When Chrome's Safe Browsing feature identifies a website as potentially risky and displays a warning page that the user might bypass to visit the site, this interaction is typically logged in the Audit and Investigation Report as a "Site Warning Unsafe Site Visit" event. This allows administrators to track instances where users might be exposed to potentially malicious content despite browser warnings. SSL errors relate to certificate issues, untrusted site visit is a more general term, and site isolation violation refers to a different security mechanism.

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