Opening Steam initiates the process.
Opening Steam initiates the process.
Here’s a revised version of your text:
For your convenience, I’ve prepared this extended explanation. About a week ago, when trying to open Steam, I encountered the new black and gray blue screen indicating a kernel security failure. It prompted me to reach 100% before the system could repair itself and then rebooted after a couple seconds. This happened right after I accidentally powered down my computer during an update I believed was finished.
Following the steps suggested—such as installing the update properly—I realized the issue might lie with my drive. I’ve documented the troubleshooting actions I took:
- Running as administrator, I executed `sfc /scannow`. The scan detected errors and repaired them, followed by a restart.
- Multiple attempts were made, but nothing further was found.
- BIOS settings: Z790 Gaming Wifi7, last updated two weeks prior. No power-related errors were recorded during or after the update (version 1661).
- TPM and Secure Boot: Both were enabled and updated to version 2.0.
- In `Run`, I opened `Mdsched.exe` and found no errors.
- Core Isolate details: All settings were activated except one that failed to turn on due to a conflict with Easy Anti Cheat. I removed it via CMD as instructed.
- Uninstalled Epic Games and BattlEye using CMD for safety.
- Steam continued to crash, but I managed to enable the CID setting for NVIDIA app drives and general drivers.
After several attempts, I still faced challenges. I used tools like WinDBG to investigate, but the files generated were troublesome. I tried Safe Mode, but Steam Support advised consulting Microsoft’s official resources.
I followed their guidance and deleted steambox through CMD, but the problem persisted. Even in Safe Mode, keyboard and mouse inputs weren’t recognized on the login page. I discovered this error when rebooting into Safe Mode to test if the system could function with a clean driver setup. I also removed the Steam driver after uninstalling it, but the issue remained.
This process has been lengthy, and I’m still working through the remaining steps.
I would reinstall honestly, it seems something went really wrong... You might also consider using a different drive, which would also require reinstalling. https://www.microsoft.com/de-de/software...ndows10ISO (*Best available Windows version*) Crystaldisk isn’t always dependable, particularly with SSDs.
CDI processes the self-check of drives named SMART. For NVMe devices, SMART data offers little value. We lack reliable methods to inspect NVMe drives. By the way, the upper portion of CDI is inconsistent even with SATA devices. The status updates haven't been consistent for over a decade, as manufacturers control how much failure is needed before changes occur, and many are unreliable. The numbers reflect wear over time rather than the drive's current condition; they mainly depend on how many writes remain under warranty. A 0% reading during a crash often signals a storage problem. That error code isn't typical for storage failures. Have you retrieved any dump files? Navigate to C:\Windows\Minidump (sometimes due to system reasons) and verify if any minidump files exist. If present, transfer the folder to the Downloads directory (or use your desktop if you don’t have OneDrive syncing). Compress the folder and attach it to a message. Other factors that block dump generation (what appears on the crash screen, the percentage): Insufficient space on the drive. The first dump may reach up to your RAM plus 3-4GB. Therefore, ensure at least that much free space is available on the drive with the page file. The dump transfers data to the page file, meaning you should have a page file of that size if you’ve manually configured it. The actual dumping occurs outside Windows, so encryption like BitLocker prevents it from completing.
HD Sentinel incorporates SMART and includes a scanning capability. The limitation of the scanning function is that it doesn<|pad|> to provide consistent results without errors, and you can't verify sectors already occupied—similar to how RAM testing works, which explains why bootable memory testers are becoming more favored. If data becomes corrupted, it's likely the problematic blocks are already active. Still, it offers more than just SMART monitoring.