Free ChromeOS-Administrator Practice Test Questions and Answers (2026) | Cert Empire Practice Questions

The most efficient way to find users who are using a specific app is to navigate to Devices > Chrome >

Reports and utilize the "Apps and Extension" report. This report lists all apps being used within the

domain and allows you to filter the results to find the specific app and see associated devices.

Verified Answer from Official Source:

The correct answer is verified from the Google Admin Console Reporting Guide, which highlights

using the Apps and Extensions report for tracking app usage.

"To identify users of a specific app, go to Devices > Chrome > Reports and select 'Apps and

Extensions' to generate a list of devices using the specified application."

This method is the quickest and most organized way to gather usage data, especially when time-

sensitive security issues arise.

Objectives:

Track app usage efficiently.

Identify devices using potentially compromised apps.

Reference:

Google Admin Console Reporting Guide

To ensure that devices are restarted to apply updates efficiently, use the "Force relaunch after a

period" setting within User and Browser Settings under Chrome Updates. This setting will

automatically prompt users to restart their devices after the specified period.

Verified Answer from Official Source:

The correct answer is verified from the Google Admin Console Update Management Guide, which

recommends configuring relaunch notifications to enforce updates.

"To ensure timely application of updates, set 'Relaunch Notifications' to 'Force relaunch after a

period' within User and Browser Settings."

This automated method reduces manual effort and guarantees that updates are applied promptly

across the fleet.

Objectives:

Enforce device updates efficiently.

Utilize automated relaunch policies for ChromeOS devices.

Reference:

Google Admin Console Update Management Guide

To activate biometric unlocking on ChromeOS devices that support it, you need to enable fingerprint

unlock. This feature allows users to sign in or unlock their devices using a registered fingerprint,

enhancing security and convenience.

Verified Answer from Official Source:

The correct answer is verified from the Google ChromeOS Security Features Guide, which specifies

that fingerprint unlock must be enabled for compatible devices.

"To enable biometric authentication on supported ChromeOS devices, go to Security Settings and

enable fingerprint unlock."

Fingerprint unlock is a secure and fast method of authentication, available on newer ChromeOS

devices equipped with fingerprint scanners.

Objectives:

Enhance device security with biometric authentication.

Manage fingerprint settings through ChromeOS.

Reference:

Google ChromeOS Security Features Guide

To enforce always-on VPN on ChromeOS, you need to use JSON configuration within the deployed

VPN application settings. This method allows you to configure the VPN client to stay connected at all

times, which is crucial for maintaining secure connections, especially in enterprise environments.

Verified Answer from Official Source:

The correct answer is verified from the ChromeOS VPN Configuration Guide, which specifies that

JSON files are used to configure advanced VPN settings, including the always-on feature.

"To enforce an always-on VPN, configure the JSON settings file within the VPN client deployment.

This setting ensures that the VPN remains active whenever the device is online."

Using JSON configuration provides granular control over VPN settings and ensures the VPN remains

active, reducing security risks associated with open network connections.

Objectives:

Implement secure VPN configurations on ChromeOS.

Enforce always-on VPN to protect data transmission.

Reference:

ChromeOS VPN Configuration Guide

ChromeOS devices are favored in educational and enterprise settings due to their centralized

management via the Google Admin console. This tool allows IT administrators to manage thousands

of devices from a single interface, applying policies, updates, and monitoring remotely.

Verified Answer from Official Source:

The correct answer is verified from the ChromeOS Enterprise Management Guide, which emphasizes

the use of the Admin console for device and user management.

"The Admin console provides a centralized platform to manage ChromeOS devices, including policy

application, device monitoring, and updates."

This feature streamlines management tasks, saving time and ensuring consistent policy enforcement

across an organization.

Objectives:

Efficient device management in enterprise environments.

Utilize the Admin console for centralized control.

Reference:

ChromeOS Enterprise Management Guide

Chromebooks have proven resilient against ransomware attacks for the following reasons:

All applications run in a sandbox: Each app operates in an isolated environment, preventing

malicious code from affecting the system or other apps.

Devices go through a Verified Boot process: This feature ensures that the operating system has not

been tampered with, reverting to a known safe version if a compromise is detected.

Verified Answer from Official Source:

The correct answers are verified from the Google ChromeOS Security Overview, which outlines

sandboxing and Verified Boot as key security measures.

"ChromeOS leverages application sandboxing to isolate processes and uses Verified Boot to ensure

system integrity, thereby protecting against malware and ransomware."

These security mechanisms prevent ransomware from embedding itself into the OS or spreading to

other parts of the system, making Chromebooks inherently more secure.

Objectives:

Understand ChromeOS security architecture.

Recognize the role of sandboxing and verified boot in preventing attacks.

Reference:

Google ChromeOS Security Overview

Option D is the most proactive and comprehensive approach to ensure application compatibility with

new Chrome versions. Here's why:

QA Strategy: Implementing a formal Quality Assurance (QA) process allows for systematic testing of

applications on new Chrome versions before they are released to all users. This helps identify and

address compatibility issues early on.

Beta Channel Testing: Enrolling a subset of users (e.g., IT group and 5% of users) in the beta channel

gives them access to pre-release versions of ChromeOS. This allows them to test applications in a

real-world environment and report any bugs or issues before the stable release.

Early Bug Reporting: By identifying and reporting bugs early, you provide developers with valuable

feedback and time to fix issues before the official release. This ensures a smoother transition for all

users when the new Chrome version is deployed.

Why other options are incorrect:

A: User feedback is valuable, but it's reactive and may not catch all issues before they impact a larger

user base.

B: Assuming all applications are automatically compatible is risky and can lead to unexpected

problems.

C: While keeping applications updated is good practice, it doesn't guarantee compatibility with new

Chrome versions, as changes in Chrome itself can cause issues.

The Chrome Enterprise Trusted Tester Program is designed for administrators who want early access

to pre-release features and changes in the Google Admin console, including those related to

ChromeOS device management. By joining this program, administrators can:

Test New Features: Get hands-on experience with upcoming features and changes before they are

officially released.

Provide Feedback: Share feedback directly with Google's product teams, helping to shape the

development and prioritization of new functionalities.

Stay Ahead: Be among the first to know about new capabilities and improvements in the Google

Admin console.

How to Register:

Visit the Chrome Enterprise Trusted Tester Program website:

https://inthecloud.withgoogle.com/trusted-testers/sign-up.html

Fill out the registration form with your organization's details.

Google will review your application and, if approved, provide you with access to pre-release features.

Reference:

Become a Chrome Enterprise Trusted Tester:

https://support.google.com/chrome/a/answer/9036081?hl=en

The Password Manager feature in the Google Admin console allows administrators to manage

whether users can save and auto-fill passwords on ChromeOS devices. Disabling Password Manager

prevents Chrome from remembering passwords, thus enhancing security by requiring users to enter

credentials manually.

Verified Answer from Official Source:

The correct answer is verified from the Google Admin Console Password Policy Guide, which outlines

how to manage password saving and auto-fill settings.

"Admins can disable the Chrome Password Manager through the Admin console to ensure that user

passwords are not saved locally on the device."

This setting is crucial in high-security environments where saving passwords locally might pose a risk.

Disabling Password Manager helps maintain stricter security protocols.

Objectives:

Enforce secure password management on ChromeOS devices.

Disable auto-fill and password saving.

Reference:

Google Admin Console Password Policy Guide

The most effective way to ensure that all web traffic is filtered is to enforce the use of a web proxy via

user policy. By configuring the ChromeOS devices to use a proxy server, all internet traffic will be

routed through the proxy, where filtering rules are applied.

Verified Answer from Official Source:

The correct answer is verified from the Google ChromeOS Network Management Guide, which

recommends using a web proxy to manage and filter web traffic efficiently.

"To enforce web filtering policies, configure a web proxy through user policies. This ensures that all

internet traffic passes through the filtering system."

Web proxies allow IT administrators to manage and restrict access to websites centrally, providing

consistent and scalable content filtering across the organization.

Objectives:

Implement web filtering using a proxy.

Enforce secure internet access policies.

Reference:

Google ChromeOS Network Management Guide

When deprovisioning ChromeOS devices for a hardware recall and replacement with different

models, choosing the "Different model replacement" option is crucial to retain the Chrome

Education/Enterprise Upgrade license compliance. This option ensures that the license is transferred

to the new device correctly, avoiding any compliance issues or the need to repurchase licenses.

Here's why this option is important:

License Transfer: It specifically designates the deprovisioning as being due to a hardware

replacement with a different model. This triggers the system to transfer the license to the new device

upon enrollment.

Compliance: It maintains the compliance of your Chrome Education/Enterprise Upgrade licenses,

ensuring you don't violate any licensing terms.

Cost Savings: It avoids the need to purchase new licenses for the replacement devices, saving your

organization money.

Power on or reboot the Chromebook.

Watch for the Chrome logo animation. This is the key moment to trigger enterprise enrollment.

Press Ctrl+Alt+E simultaneously. This keyboard shortcut interrupts the normal boot process and

redirects the Chromebook to the enterprise enrollment screen.

Follow the on-screen instructions. You'll be prompted to enter information such as the domain name

of the organization and enrollment credentials.

Why this is the correct method:

Enterprise Enrollment Timing: The Ctrl+Alt+E shortcut is specifically designed to be used during the

bootup sequence, before any user profile is loaded. This ensures the device is enrolled in the

organization's management system from the start.

Alternative Options: The other options mentioned are incorrect:

B (Sign in with credentials): This assumes the device is already enrolled and is used for regular user

login.

C (Ctrl+Alt+F): This shortcut is used for accessing the ChromeOS developer shell (Crosh) and is not

related to enrollment.

D (Ctrl+Alt+E at login): While technically possible to enroll at the login screen, it's not the

recommended method as it might not apply settings correctly to all user profiles.

Reference:

Enroll a Chrome device: https://support.google.com/chrome/a/answer/1360534?hl=en

To install a client certificate on a ChromeOS device for corporate Wi-Fi connectivity, it's necessary to

force-install the custom extension containing the certificate. This ensures the extension is installed

and activated on the device, enabling it to use the certificate for authentication. Here's how it works:

Custom Extension: The admin creates or obtains a custom extension that includes the client

certificate.

Force-Installation: Using the Google Admin console, the admin configures a policy to force-install the

extension on ChromeOS devices within the organization.

Device Activation: Once the device receives the policy, the extension is automatically installed and

activated, even if the user doesn't manually add it.

Wi-Fi Authentication: The installed extension allows the device to use the client certificate for

authentication when connecting to the corporate Wi-Fi network.

Option A is incorrect because guest mode installations are not persistent and won't apply the

certificate to the device's Wi-Fi settings.

Option B is incorrect because distributing through the Chrome Web Store is not necessary for a

custom extension intended for internal use.

Option D is incorrect because while the certificate encoding is important, it's not the primary step for

enabling Wi-Fi authentication.

Reference:

About ChromeOS device management:

https://support.google.com/chrome/a/answer/1289314?hl=en

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To prevent a ChromeOS device from shutting down while idling on the sign-in screen, you need to

adjust the power management settings. This can be done through the following steps:

Go to the Google Admin console.

Navigate to Device Management > Chrome Management > Device Settings.

Find the Power management section and locate the setting that controls idle behavior on the sign-in

screen.

Adjust the setting to prevent shutdown during idle periods.

Option A is incorrect because idle settings primarily control screen dimming and sleep behavior.

Option B is incorrect because user experience settings generally focus on visual and interaction

aspects, not power management.

Option C is incorrect because there isn't a specific "Allow shutdown" setting in ChromeOS device

settings.

To apply specific settings to a sub-OU without affecting the parent OU or top-level policy, you should

override the inheritance for that particular policy. This approach ensures that the sub-OU has

customized settings while the parent OU policies remain intact.

Verified Answer from Official Source:

The correct answer is verified from the Google Admin Console OU Management Guide, which

recommends overriding inherited policies for specific OUs when unique settings are required.

"To apply distinct settings to an OU without affecting higher-level OUs, override the inherited

settings. This approach keeps parent policies intact."

Overriding inheritance is essential for managing diverse device groups within large organizations,

allowing flexibility in policy application.

Objectives:

Customize OU settings efficiently.

Maintain organizational policy consistency.

Reference:

Google Admin Console OU Management Guide

This setting is specifically designed to prevent Chrome OS devices from sleeping or shutting down

when they are not actively being used, but are on the sign-in screen. This is ideal for public

environments like libraries where the devices are meant to be accessible at all times.

Other options are incorrect because:

B: This setting controls wake locks, which are used to keep a device awake under certain conditions.

It doesn't directly control sleep behavior on the sign-in screen.

C: This setting controls how users can turn off the device, but doesn't prevent the device from

sleeping on its own.

D: This setting controls the maximum length of a guest session, but doesn't affect the device's sleep

behavior on the sign-in screen.

Reference:

https://support.google.com/chrome/a/answer/3523633

Enabling Forced Re-enrollment ensures that even if a device is wiped (Powerwashed), it will

automatically re-enroll into the management domain once it connects to the internet. This feature is

crucial for maintaining control and management over devices, particularly in cases of theft or loss.

Verified Answer from Official Source:

The correct answer is verified from the Google ChromeOS Management Best Practices, where it

states that forced re-enrollment helps maintain device management post-wipe.

"When forced re-enrollment is enabled, devices that are wiped are automatically re-enrolled into

your domain when connected to the internet."

This setting ensures that the device will always be managed by the organization, regardless of

whether it has been wiped, thus mitigating data loss risks.

Objectives:

Manage device security and data integrity.

Implement forced re-enrollment for ChromeOS devices.

Reference:

ChromeOS Management Best Practices

The Single sign-on IdP redirection setting controls whether managed devices directly open the login

page of the third-party SSO provider (Identity Provider) or first prompt for Google account

credentials. By enabling this setting, you streamline the login process for users and eliminate the

confusion caused by the extra Google account prompt.

Option A is incorrect because it controls the frequency of re-authentication for SAML SSO, not the

initial login page.

Option B is incorrect because it relates to password synchronization between Google and the IdP, not

the login page redirection.

Option C is incorrect because it deals with how cookies are handled for SSO, not the login page

redirection.

To set up Zero-Touch Enrollment (ZTE), an administrator must go to Devices > Chrome > Enroll within

the Admin console. This is where they can generate the necessary enrollment tokens for automatic

enrollment of devices when they first connect to the Internet.

Verified Answer from Official Source:

The correct answer is verified from the Google ChromeOS Zero-Touch Enrollment Guide, which

specifies the steps to generate enrollment tokens.

"To create Zero-Touch Enrollment tokens, go to Devices > Chrome > Enroll in the Admin console."

Zero-Touch Enrollment simplifies the setup process for educational institutions by automatically

enrolling devices into management without manual intervention.

Objectives:

Automate device enrollment using Zero-Touch.

Simplify ChromeOS deployment in educational environments.

Reference:

Google ChromeOS Zero-Touch Enrollment Guide

To deploy ChromeOS devices as kiosks, the best approach is to implement Kiosk Mode policies. Kiosk

Mode allows a ChromeOS device to run a single app (like a custom-developed Chrome application) in

full-screen mode without user interference. This setup is ideal for retail environments where users

should interact only with the kiosk application.

Verified Answer from Official Source:

The correct answer is verified from the Google ChromeOS Kiosk Mode Configuration Guide, which

states that Kiosk Mode is specifically designed for running dedicated apps in a controlled

environment.

"Kiosk Mode enables ChromeOS devices to automatically start in a full-screen application, suitable

for customer interactions and single-use applications."

Kiosk Mode ensures that the device remains dedicated to the application, preventing users from

accessing other system features or settings, thus maintaining security and user focus.

Objectives:

Deploy ChromeOS devices as kiosks.

Run custom applications in a managed, locked-down environment.

Reference:

Google ChromeOS Kiosk Mode Configuration Guide