Free Practice Questions for Google ChromeOS-Administrator Exam

Clearing user profiles from the device removes all personal data and settings while keeping the device enrolled and managed. This is the most efficient way to prepare a device for reassignment while maintaining its management status.

Verified Answer from Official Source:

The correct answer is verified from theChromeOS Device Management Documentation, which outlines clearing user profiles as a method to reset user data without affecting device enrollment.

"To reassign a device while keeping it enrolled, clear user profiles from the device. This process wipes user data but retains management policies."

This method is preferable because it maintains the device's enterprise management, ensuring that it remains enrolled and policy-compliant.

Objectives:

Efficiently reassign managed devices.

Retain enrollment while wiping user data.

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.

The error message "Unable to sign in to Google" typically indicates an issue with the SAML configuration. ChromeOS devices require the identity provider (IdP) to be SAML-compliant to function properly. Checking the SAML connection ensures that the IdP is properly configured to authenticate users when they log in.

Verified Answer from Official Source:

The correct answer is verified based on theGoogle Workspace Identity and Access Management Guide, which specifies that ChromeOS requires a SAML-compliant IdP for successful authentication.

"When setting up Single Sign-On (SSO) for ChromeOS devices, it is essential that the third-party IdP uses a SAML-compliant connection to ensure compatibility and prevent login errors."

If the IdP is not SAML-compliant, users will encounter login issues because ChromeOS devices rely on this protocol for authentication. Verifying and correcting the SAML configuration resolves the issue.

Objectives:

Implement third-party IdP for ChromeOS authentication.

Troubleshoot login issues related to SAML.

To achieve seamless SSO between ChromeOS devices and other web services using the same identity provider, you need to configure SAML SSO in the Google Admin console:

Enable SAML-based SSO for ChromeOS devices.

In the SSO settings, find theSingle Sign-On cookie behaviorand set it to "Enable transfer of SAML SSO cookies into user sessions during login." This allows the SAML authentication cookie to be passed between the ChromeOS login and other web services, eliminating the need for re-authentication.

Option A is incorrect because it relates to the initial login method, not cookie transfer for subsequent SSO.

Options C and D are incorrect because they involve application-specific SSO configurations, not the general SAML SSO setup for the device.

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.

Super administrators in Google Workspace have special privileges that allow them to bypass certain security features, including third-party SSO. This is to ensure that they can always access the Admin console for troubleshooting or critical changes, even if the SSO system is malfunctioning. Therefore, when a super admin tests third-party SSO, they won't be prompted with the SSO login screen, but will directly access the console using their Google credentials.

TheLong-Term Support (LTS) channelon ChromeOS is designed for environments that require extended stability with less frequent updates. It provides feature updates every6 months, making it suitable for departments like Finance that prefer a stable, predictable update schedule without frequent changes.

Verified Answer from Official Source:

The correct answer is verified from theGoogle ChromeOS Update Management Guide, which explains that the LTS channel delivers updates on a 6-month cycle, focusing on stability rather than the latest features.

"The Long-Term Support (LTS) channel is updated approximately every 6 months, allowing organizations to minimize disruptions caused by frequent updates."

Using the LTS channel reduces the frequency of feature changes, which is beneficial for finance and other critical operations that prioritize stability over new features.

Objectives:

Manage update frequency to suit organizational needs.

Maintain stability in critical business functions.

To enableZero-Touch Enrollment (ZTE)for ChromeOS devices, an administrator must firstcreate a pre-provisioning token. This token allows devices to automatically enroll when they are first powered on and connected to the internet. The pre-provisioning token links the device to the correct organization and management policies.

Verified Answer from Official Source:

The correct answer is verified from theGoogle Zero-Touch Enrollment Guide, which outlines the process of setting up pre-provisioning tokens for automated enrollment.

"To set up Zero-Touch Enrollment, generate a pre-provisioning token in the Admin console and configure it with the device provider."

Creating the token ensures that new devices are automatically configured and enrolled without manual intervention, saving time during mass deployments.

Objectives:

Automate ChromeOS device enrollment.

Simplify large-scale deployments.

To set up TLS (or SSL) inspection for web filtering on ChromeOS devices, you need to follow these steps:

Configure Hostname Allowlist: Create an allowlist of hostnames (e.g., *.google.com, *[invalid URL removed]) that should bypass TLS inspection. This ensures that essential services like Google services and your own domain can function properly.

Set up TLS Certificate: Obtain the required TLS/SSL certificate from your web filter provider and install it on your web filter. ChromeOS devices need this certificate to establish a secure connection with the web filter for TLS inspection.

Verify TLS Inspection: Once the configuration is in place, test and verify that TLS inspection is working as expected. This involves checking if the web filter can correctly intercept and decrypt HTTPS traffic for websites not on the allowlist.

Why other options are not correct:

Option B: While reaching out to Google Workspace Security and Compliance can be helpful, it's not the primary step in setting up TLS inspection. The configuration needs to be done on the web filter and ChromeOS devices.

Option C: Transparent proxies are generally not recommended for ChromeOS devices as they can interfere with certain functionalities. While it might work with an allowlist for Google domains, it's not the best practice.

Option D: ChromeOS devices do not come preconfigured to adhere to company TLS inspection. This configuration needs to be set up explicitly by the administrator.

Blocking all network traffic to Google services would prevent ChromeOS devices from communicating with Google servers. This would lead to several issues:

Login failures:ChromeOS devices require access to Google services for user authentication and login.

Sync failures:ChromeOS relies on Google services to sync user data, settings, and policies.

Policy updates not received:ChromeOS devices fetch policy updates from Google servers, so blocking access would prevent them from getting updates.

Why other options are less likely:

A. New devices enrolled:While enrolling new devices might cause some temporary network congestion, it wouldn't typically block all communication with Google services.

C. Root CA expiration:This would affect secure connections to websites, but not necessarily prevent all communication with Google services.

D. Expired licenses:Expired licenses would restrict access to some features but wouldn't prevent basic login and sync functionality.