Skip to main content

Use Group Policy Preferences to Disable the Windows 8 Initial Logon Animation

So in my Windows class this week, I was asked if it is possible to disable the initial logon animation on Windows 8. You know, that one where you have to connect to the Windows App Store and then have to move the mouse around. By some strange coincidence, I actually hade the Windows 8.1 GPO Registry spreadsheet up. I did a quick internet search to find the correct registry setting, but did not find it as a GPO setting.

Next up GPO preferences. Normally I would throw PowerShell into the mix, but this is one of those cases where I feel that a GPO is the better choice. You see, with PowerShell, I would have to contact the computer when it is convenient for both of us. In other words, when I am running the script and the client is online. With a GPO Preference, I make this change and the domain tells the client what to do when the client comes online.

The registry setting is

HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows\CurrentVersion\Policies\System

The key is a DWORD of EnableFirstLogonAnimation. A value of zero (0) will disable it and a value of one (1) will enable it.

To set it up, make sure that your clients are in an OU instead of the default computer container. You can apply this GPO setting at the domain level as well. To start, create a GPO or use one that is already scoped to your needs.

Edit the GPO and navigate to Computer Configuration à Preferences à Windows Settings.

Right click Registry and then select New-Registry Item.

Match the settings below and click OK

image

The icon for this setting may appears as if it is an error or warning icon.

image

The yellow triangle actually means that this is an Update operation. An update will perform a Create operation if the key does not exists. Once this policy is applied, your users will not have to wait so long on their first log in.

Comments

Popular posts from this blog

Sticky Key problem between Windows Server 2012 and LogMeIn

This week I instructed my first class using Windows Server 2012 accessed via LogMeIn and discovered a Sticky Key problem every time you press the Shift key. Here is my solution to resolve this.  First off, in the Preferences of LogMeIn for the connection to the Windows Server, click General . Change the Keyboard and mouse priority to Host side user and click Apply at the bottom. On the Windows 2012 server, open the Control Panel – Ease of Access – Change how your keyboard works . Uncheck Turn on Sticky Keys . Click Set up Sticky Keys . Uncheck Turn on Sticky Keys when SHIFT is pressed five times . Click OK twice. If you are using Windows Server 2012 as a Hyper-V host, you will need to redo the Easy of Use settings on each guest operating system in order to avoid the Sticky Key Problem. Updated Information: March 20, 2013 If you continue to have problems, Uncheck Turn on Filter Keys .

Where did a User’s Account Get Locked Out?

Updated: May 15, 2015 When this article was originally published, two extra carriage returns were add causing the code to malfunction.  The code below is correct.   My client for this week’s PowerShell class had a really interesting question. They needed to know where an account is being locked out at. OK, interesting. Apparently users hop around clients and forget to log off, leading to eventual lock out of their accounts. The accounts can be unlocked, but are then relocked after Active Directory replication. This problem is solved in two parts. The first one is to modify the event auditing on the network. The second part is resolved with PowerShell. The first part involves creating a group policy that will encompass your Domain Controllers. In this GPO, make these changes. Expand Computer Configuration \ Policies \ Windows Settings \ Security Settings \ Advanced Audit Policy Configuration \ Audit Policies \ Account Management Double click User Account Management C...

Backup and Restore AD LDS with DSDBUTIL.exe

Active Directory Lightweight Directory Services allow you to create a directory service that allows applications to have access to user accounts, groups, and authentication similar to Active Directory Domain Services.  The big advantage here is that the schema of the directory service will not be bound by the rules of an Active Directory database.  Exchange 2007/2010, for example, use an instance of AD LDS on the Edge Transport Server to provide for user authentication from the internet.  Because your Active Directory database is not exposed to the internet, this is more secure. Applications will handle most of the dirty work should they require AD LDS.  You may want to make sure the database is being backed up and also have a restore plan in place.  Should the database become corrupt, the application that uses that database will fail.  This document will walk you through backing up and restoring an instance of AD LDS using the dsdbutil.exe command. Fi...