If you’ve ever used a Chromebook, you’ve undoubtedly heard the term “certified access.” You may have spotted this function when exploring the settings menu. Or you may have unintentionally seen it in operation while streaming HD material on your ChromeOS device. In the latter situation, Verified Access will display as a message at the top center of the screen informing you that the website you’re visiting wants to know what is verified access on chromebook hardware platform.
What is Chromebook verified access?
Verified Access is a Google API that aids in the hardware validation of a Chromebook’s identification and user login. It is mainly a business feature that assists a network service such as a VPN, confidential server, or corporate entity such as a Wi-Fi hotspot or certificate authority in ensuring that the Chromebook contacting it has not tampered.
Verified Access verifies that the Chromebook enrolled on the business network has not been tampered with and is following company regulations. It is significant for corporate clients, who frequently have an enormous quantity of sensitive data that requires security from manipulation. These safeguards are primarily client-side, which means the Chromebook user is responsible for ensuring the device is tamper-resistant. However, this is far from definite. Here is where Verified Access comes in.
The TPM chip present in Chromebooks serves as the foundation for Verified Access. It is to assist the corporate network in confirming the identification and integrity of a Chromebook at the hardware level. Chromebooks must have a Chrome extension installed by company administrators. This add-on makes the API obtain cryptographic security, that is, a Secure Hardware Level Guarantee, about the safety of leaving the Chromebook connected to the workplace or school network. This is all about what is verified access on chromebook.
How does Chrome Verified Access work?
- The Chrome extension connects with the Verified Access API to generate a challenge.
- The Chrome add-on contacts the firm. Platform key API generates a challenge-response and sends a network service access request that includes the challenge-response.
- The network communicates with the API to verify the query response.
- If the verification is successful, the network service gives the key to the device.
Who Benefits from Verified Access?
The Verified Access API has numerous applications, but corporate clients are the key benefit. Although Confirmed Access is on by default, users may always enable it from the ChromeOS settings menu. Customers in Enterprise and Workspace may impose Verified Access using the Google Admin panel, which leverages the API to guarantee that only verified devices connect to corporate infrastructure and networks.
You may have switched to Netflix or another streaming provider and got the confirmation message mentioned above. Before streaming or downloading HD/enhanced material, use the Verified Access API to confirm you are utilizing suitable ChromeOS hardware. As a result, Verified Access is enabled by default, guaranteeing that your device is compatible with’s extensive selection of content delivery sites and web services.
So there you have it. In ChromeOS, there’s a short glance at authenticated key. If someone asks, you can now explain what it is, how it works, and why they should most likely leave it enabled. Until next time, take care.