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Each time we turn ON our computer or wake it from hibernation we are greeted with a Windows login screen where we need to provide login credentials in order to get into Windows itself and start working. This method of preserving data and privacy is perfectly fine and as a matter of fact, it is recommended for mobile computers but if you have a home computer in a safe environment where no one will try to look at your data or rummage through your personal stuff then removing login screen is safe enough action and can cause you a lot piece, from time-saving to less frustration on every restart or sleep action.
In previous Windows versions, it was much easier to turn off this feature but it seems Microsoft has determined that our privacy and security are important and somewhat removed the ability to turn OFF the lock screen. In this guide, we will show you how you can still remove the lock screen and automatically log in with your account like in the good old days.
The first thing you need to do is to press ⊞ WINDOWS + R to bring up the Run dialog
In the dialog, type in netplwiz and press ENTER.
You will find yourself in the User Accounts window, inside deselect Users must enter a user name and password to use this computer. Press OK
Sign in the window will pop up where you will have to type in your password and confirm it in order to start the feature.
After typing in your password and confirming it, press OK. That's it, next time you wake your computer from hibernation or turn it ON, you will automatically be greeted with a desktop instead of a Windows login screen.
Option | Recommended use |
---|---|
Automatically select unsigned drivers | Useful for testing on computers that are running versions of Windows that do not require signed drivers. |
Automatically select drivers built for older versions of Windows | Useful for testing driver compatibility with newer versions of Windows. |
Automatically select all drivers installed on this computer | Provides maximum coverage in terms of the number of drivers that are tested on a system. This option is useful for test scenarios where a driver can interact with other devices or drivers on a system. This option can also exhaust the resources available for Special Pool and some resource tracking. Testing all drivers can also adversely affect system performance. |
Select driver names from a list | In most cases, you will want to specify which drivers to test. Selecting all drivers in a device stack allows the Enhanced I/O Verification option to track objects and check compliance because an I/O request packet (IRP) is passed between each of the drivers in the stack, which allows for a greater level of detail to be provided when an error is detected. Select a single driver if you are running a test scenario that measures system or driver performance metrics, or if you want to allocate the greatest number of resources available for detecting memory corruption or resource tracking issues (such as deadlocks or mutexes). The Special Pool and I/O Verification options are more effective when used on one driver at a time. |
“We’re having trouble restarting to finish the install, Error 0x8024a11a, 0x8024a112, 0x80070005 or 0x80070032”And so to fix this problem, this post will give you a couple of possible solutions. Refer to the options given below to get started.
SC config trustedinstaller start=auto
“This policy setting allows you to specify a list of Plug and Play hardware IDs and compatible IDs for devices that Windows is prevented from installing. This policy setting takes precedence over any other policy setting that allows Windows to install a device. If you enable this policy setting Windows is prevented from installing a device whose hardware ID or compatible ID appears in the list you create. If you enable this policy setting on a remote desktop server the policy setting affects the redirection of the specified devices from a remote desktop client to the remote desktop server. If you disable or do not configure this policy setting devices can be installed and updated as allowed or prevented by other policy settings.”
Some users wanting to upgrade to Windows 10 from Windows 7 or Windows 8.1 experienced errors with installation. One of these errors is CPU Not Compatible. When you click and run the “Get Windows 10” from your system tray bar, you’ll receive the “CPU is not compatible with Windows 10” error. When this happens, it might be good to check if there’s a bug or if your NX feature (a requirement for the Windows 10 installation) is enabled.
The “CPU is not compatible with Windows 10” error normally occurs when:
To successfully upgrade to Windows 10, your CPU must support Physical Address Extension (PAE), SSE2, and NX features. If any of these features are not activated on your system, it’ll cause the CPU not compatible error. However, some users still reported experiencing this error even though their CPU has these features activated. Normally, this is due to the bug that Windows acknowledged.
If any of these two scenarios apply to your computer, the following methods will help you fix the problem:
The bug applies to some Windows 7 and Windows 8.1 systems. The bug occurs when the “Get Windows 10” app fails to recognize CPUs as being compatible. This produces a false negative result with a message, “Here’s why Windows 10 cannot be installed on this PC: The CPU isn’t supported”. To fix this bug, Microsoft released an update.
Unfortunately, the patch update (KB2976978 for Windows 8/8.1 and KB2952664 for Windows 7 SP1) to fix the bug may not be automatically downloaded to your computer. If this is the case, you need to verify first if the patch was installed correctly. To do this, follow the steps below:
A major requirement for Windows 10 upgrade is for the CPU to have Physical Address Extension (PAE), SSE2, and NX features enabled on your system. If you receive the CPU not compatible error, one possible cause is that any of the mentioned features are not available OR not enabled on your system. Here’s how you can fix this:
If changing the settings in your BIOS doesn’t do the trick, your final option is to force enable the NX bit in your Windows system. However, this is only applicable IF and ONLY IF your CPU does support it. To force enable NX bit, do the following:
FlightSearchApp is a browser extension for Google Chrome. This extension claims to be a simple tool to provide updates regarding flight arrivals, flight departures, flight tracking, and access to time zone converters. However, it is a potentially unwanted program which is also known as a browser hijacker.
This extension hijacks your browser home page and search engine changing it to MyWay. While this extension is active you will see additional ads, sponsored links, and sometimes even pop-up ads appearing through your browsing sessions. It also keeps track of your browsing data, recording your browsing activity, website visits, clicks, and potentially personal information. It also adds a toolbar to the browser header which can lag the browser while also reducing usable screen size.
Several anti-virus scanners have marked this extension as a Browser Hijacker, and is therefore not recommended to keep on your computer.