Windows 10: Your credentials could not be verified – Windows Hello

WinClub · Jul 29, 2022

One of the forum users experienced a strange issue where even though Windows Hello was enabled, Sign-in using facial recognition did not work. Along with the screen displayed— Your credentials could not be verified error. The user was forced to sign in using the account password. So neither the PIN worked nor the Face recognition […]

This article Your credentials could not be verified – Windows Hello first appeared on TheWindowsClub.com.

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blizz · Jul 29, 2022

Windows 10 Hello on domain-joined computer - Credentials could not be verified

I am on a Lenovo X1 6th Gen laptop with Windows 10 Pro Build 1803 and connecting to my work domain. I have all GPO's correctly configured for Windows Hello. I am able to login to my domain account using password and it prompts me to set up facial recognition and pin. I get through it successfully. When I go to login, I have options for facial recognition and pin. However, if I try logging in with either of these options, it tells me the Credentials could not be verified.

I have configured all Windows Hello GPO's according to these two links:

Can't enable Windows Hello - Some settings are managed by your organization

Configure Windows Hello for Business Policy settings - certificate trust - Windows security | Microsoft Docs

I tried unjoining domain, deleting the computer object in AD, and rejoining the domain. Tried rebooting. Tried resetting facial recognition. I've tried everything I could but still, it says my credentials could not be verified when using facial recognition or pin login. The password login still works fine.

What am I doing wrong? How can it be so difficult to set this up?

Here is the settings screen:

Brink · Jul 29, 2022

Credential Guard lab companion

If you have heard about Credential Guard in Windows Server 2016 (and in Windows 10), but do not have an environment to try it out, here is a lab environment we built for you to play.

Lab access

The link will lead you to a sign up page, after that, you will see the following labs listed for Windows Server 2016:

Windows Server 2016 labs

There are 3 exercises in the “Implementing Breach Resistance Security in Windows Server 2016”:

Credential Guard

Remote Credential Guard

Device Guard

This blogpost will walk you through the Credential Guard lab details.

After click on the link of Breach Resistance lab, you be required to sign in and then you can launch the lab:

Sign-in

Launch page

It takes a few minutes to create the VMs, and once it has done, you will see the following machines prepared:

Initialize

DC: domain controller, which is not used for this exercise.

SRV01 and SRV02: both are Windows Server 2016, and used for the lab exercise.

Lab exercise – Explained

The steps are listed in the Content section:

Content

This lab is structured to cover the following in sequence:

Understand how attackers can use the hash in memory to gain access to domain controllers

Configure Credential Guard

Verify the hash in memory is protected using Credential Guard

You can follow the steps listed under the content section to complete the lab, the intent of the blog, is to break the procedures into groups, to help you understand the exercise better.

Prep the hash

Lsass.exe is the process which handles user logon, it stores the user credential information in its memory. The memory is cleared when the machine starts up. In this lab environment, all the virtual machines start at the time lab launches, when you logon to the machine, you will only have the logon user credential information in memory. In order to demonstrate an attacker gaining user access using other account’s hash, the first part of the lab is to simulate a server which has been running for a while, different users had remotely or locally connected to it, therefore, lsass memory stored many different user credential information.
This is accomplished by step 1-8.

Retrieving credential hash

Mimikatz is a popular tool for retrieving lsass memory information. The tool has been copied to the lab machines, step 9-13 walk you through the process of dumping lsass memory using Mimikatz.

Pass the Hash

Pass the hash is a hacking technique that allows an attacker to authenticate by using the underlying NTLM, instead of specifying the user password. In step 14 to 24, you will extract LabAdmin hash from lsass using Mimikatz, and use the hash to open a PowerShell console, and perform a couple of operations using the LabAdmin privilege:

Add a user to the domain admin group

Open remote PowerShell connection to a domain controller

Both operations could not be performed by the logon user. But using the hash of the LabAdmin, an attacker will be able to do it using the information retrieve from Lsass memory.

Configure and verify Credential Guard

Step 25 to 36 illustrate the steps to configure credential guard, then verify its status using msinfo32.exe and PowerShell.

Step 37 to 43 goes further to use Mimikatz to show the hash in Lsass is now encrypted using Credential Guard.

More info

The exercise illustrated the benefit of Credential Guard in Windows Server 2016 as well as Windows 10. For more information, you can find here.
Click to expand...

Source: Credential Guard lab companion Datacenter and Private Cloud Security Blog

See also:

Enable or Disable Credential Guard in Windows 10 Windows 10 Security System Tutorials

Verify if Credential Guard is Enabled or Disabled in Windows 10 Windows 10 Security System Tutorials

MaxBrand99 · Jul 29, 2022

Your credentials could not be verified

i am having the same problem that is listed here:

Redirecting

but none of those solutions are working for me

Windows 10: Your credentials could not be verified – Windows Hello

Your credentials could not be verified – Windows Hello

Your credentials could not be verified – Windows Hello

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