1. Run CHKDSK to Repair Disk Errors
- Press Win + X → Command Prompt (Admin)
- Run the command:
- chkdsk C: /f /r /x
- Allow the scan to complete and restart the PC to repair disk errors.
2. Check and Reconnect Storage Devices
- Shut down the system and disconnect the power.
- Reseat or replace SATA/SSD cables.
- If using an external drive, test with a different USB port or cable.
3. Update or Roll Back Storage Drivers
- Press Win + X → Device Manager
- Expand IDE ATA/ATAPI controllers or Storage controllers
- Right-click → Update driver or Roll back driver
- Restart to confirm stability.
4. Run System File Checker and DISM
- Open Command Prompt (Admin)
- Run:
sfc /scannow
DISM /Online /Cleanup-Image /RestoreHealth
- These commands repair corrupted system files linked to kernel paging errors.
5. Test RAM for Errors
- Press Win + R, type mdsched.exe, and press Enter.
- Select Restart now and check for problems.
- Replace faulty RAM if errors are detected.
6. Scan for Malware or Rootkits
- Open Windows Security → Virus & threat protection
- Perform a Full Scan and then an Offline Scan.
- Use advanced anti-malware tools to detect hidden threats.
7. Check Power Supply and BIOS Settings
- Ensure PSU delivers stable power to storage devices.
- Enter BIOS/UEFI and reset to default settings if misconfigured.
8. Perform a System Restore
- Go to Control Panel → Recovery → Open System Restore
- Select a restore point created before the BSOD appeared.
- Follow prompts to revert system changes.
The 0x00000077 (KERNEL_STACK_INPAGE_ERROR) BSOD highlights a critical failure in reading kernel data from the paging file, commonly caused by disk corruption, bad sectors, or driver conflicts.
To fix the issue:
- Run CHKDSK and system file repairs (SFC/DISM)
- Check and update storage drivers
- Test RAM and scan for malware
- Replace faulty hardware if needed
If the error persists:
- Replace a failing hard drive or SSD
- Ensure a stable power supply
- Perform a clean installation of Windows for a fresh start
Prompt action prevents further crashes, ensures stable system performance, and protects critical data from permanent loss.