FILE_INITIALIZATION_FAILED Blue Screen Error (0x00000068): Causes and Troubleshooting

Quick Answer

FILE_INITIALIZATION_FAILED (0x00000068) is a Windows stop error, also known as a Blue Screen of Death (BSOD). It indicates that Windows encountered a failure during an early file-related initialization stage and could not continue starting normally.

Microsoft documents this bug check as very infrequent. Its public documentation does not provide a definitive list of causes or a universal repair procedure. Troubleshooting should therefore focus on collecting crash information, checking recent system changes, verifying storage and hardware health, and repairing Windows through supported recovery tools when appropriate.

What Is FILE_INITIALIZATION_FAILED (0x00000068)?

Windows performs several initialization stages while starting. During these stages, the operating system prepares essential kernel components, file-related facilities, drivers, and system resources required for normal operation.

The bug check 0x00000068, named FILE_INITIALIZATION_FAILED, identifies a failure associated with file initialization. Windows stops to prevent the system from continuing in an unstable state.

This is a kernel-level stop error rather than an ordinary application error. Restarting an application or reinstalling an unrelated program is unlikely to address the underlying problem.

Microsoft classifies this stop code as very infrequent. The precise cause must be investigated using the available crash information and system history.

Common Symptoms

A computer experiencing this stop error may exhibit one or more of the following symptoms:

• A blue screen displaying FILE_INITIALIZATION_FAILED.
• The stop code 0x00000068 or 0x00000068 displayed during startup.
• Windows restarting automatically after the blue screen.
• Repeated startup failures before reaching the sign-in screen.
• Windows becoming unable to boot normally after a system or driver change.
• Crash dump files being generated when Windows can save diagnostic information.

These symptoms are not exclusive to this bug check. The displayed stop code and crash dump should be used to distinguish it from other Windows startup errors.

Possible Causes

Microsoft's public documentation does not identify one confirmed cause for every occurrence of FILE_INITIALIZATION_FAILED. The following are areas worth investigating rather than established explanations for this specific stop code.

• Windows system or file-related corruption: Damaged operating-system components may interfere with startup initialization.
• Storage problems: An SSD or hard disk with hardware faults, connection problems, or read errors may prevent Windows from accessing required data.
• Driver or filter-driver conflicts: Recently installed storage, filesystem, security, backup, or other kernel-mode drivers may contribute to startup instability.
• Incomplete updates: An interrupted Windows update or unsuccessful system change may leave the installation in an inconsistent state.
• Memory or hardware instability: Defective RAM or unstable hardware may cause unpredictable initialization failures.
• Third-party software: Low-level software that interacts with storage or filesystem operations may be relevant, particularly if the problem began immediately after installation or an update.

Do not assume that a damaged file, faulty disk, or driver is responsible solely because the stop code contains the word FILE. Additional diagnostic evidence is necessary.

Before You Begin

• Disconnect unnecessary USB storage devices, docking stations, and recently connected peripherals.
• Record the complete stop code and any additional error information displayed on the blue screen.
• Identify recent Windows updates, driver installations, security software changes, and hardware modifications.
• If Windows still starts occasionally, back up important files before performing repairs.
• Check whether the system drive is detected in BIOS/UEFI without changing storage-controller settings.

How to Fix FILE_INITIALIZATION_FAILED (0x00000068)

1. Restart and Check Recently Connected Devices

If the error appeared once, perform a normal restart if Windows allows it. Disconnect unnecessary external devices, including USB drives, external hard disks, printers, and docking stations.

1. Shut down the computer.
2. Disconnect nonessential external devices.
3. Restart the computer.
4. Check whether Windows starts normally.

If Windows starts successfully, reconnect devices individually. If the error returns after connecting a particular device, investigate its driver, firmware, connection, and compatibility.

2. Enter Windows Recovery Environment

If Windows cannot start normally, use the Windows Recovery Environment (WinRE) to access recovery tools.

When automatic recovery does not appear, Windows installation media or a previously created recovery drive can be used.

1. Start the computer and wait for the Windows or manufacturer logo.
2. If Windows repeatedly fails to start, allow Automatic Repair to load.
3. Select Advanced options.
4. Open Troubleshoot.
5. Select Advanced options to view the available recovery tools.

Alternatively, boot from compatible Windows installation media and select Repair your computer instead of starting a new installation.

If device encryption or BitLocker is enabled, some recovery operations require the BitLocker recovery key. Make sure you can access it before proceeding.

3. Run Startup Repair

Startup Repair is a built-in Windows recovery utility that checks for certain problems preventing Windows from starting. It can attempt to repair issues involving system files, boot configuration, incompatible drivers, and other startup components.

1. Open Windows Recovery Environment.
2. Select Troubleshoot.
3. Select Advanced options.
4. Choose Startup Repair.
5. Select the Windows installation if prompted.
6. Enter the required recovery credentials or BitLocker recovery key.
7. Allow the diagnostic and repair process to finish.
8. Restart the computer and check whether Windows loads.

Startup Repair does not fix every type of initialization failure. If it reports that it could not repair the computer, record the result and continue with the next diagnostic step.

4. Uninstall a Recently Installed Windows Update

If the blue screen started immediately after a Windows update, removing the most recent update may help determine whether the update contributed to the problem.

1. Open Windows Recovery Environment.
2. Select Troubleshoot and then Advanced options.
3. Choose Uninstall Updates.
4. Select the available option for uninstalling the latest quality update or feature update, as appropriate.
5. Follow the on-screen instructions.
6. Restart the computer and test Windows.

Only remove an update when the timing of the problem makes it a reasonable diagnostic step. Update removal can change system security and compatibility, so investigate the underlying issue and install appropriate updates again when a corrected release is available.

5. Use System Restore

If a restore point exists from before the error began, System Restore can return Windows system files, installed applications, drivers, and system settings to an earlier state.

1. Open Windows Recovery Environment.
2. Select Troubleshoot and then Advanced options.
3. Choose System Restore.
4. Select the Windows installation if prompted.
5. Choose a restore point dated before the first occurrence of the error.
6. Review the affected programs and drivers, if the option is available.
7. Confirm the restore operation and allow it to complete.

System Restore is not a substitute for backing up personal files. Although it is designed to restore system state without removing personal documents, applications and drivers installed after the selected restore point may be removed or reverted.

6. Repair Windows System Files

If Windows can boot normally or into a usable administrative environment, run Microsoft's Deployment Image Servicing and Management (DISM) and System File Checker (SFC) utilities.

These tools check and repair supported Windows component-store and protected system-file problems. They are general Windows repair tools, not a confirmed dedicated fix for bug check 0x00000068.

Requirements: Windows 10 or Windows 11, an administrator account, and preferably an internet connection for DISM to obtain repair files through Windows Update.

Open Command Prompt or Windows Terminal as administrator and execute the following commands separately.

First, repair the Windows component store:

DISM.exe /Online /Cleanup-Image /RestoreHealth

Wait for the operation to finish. Do not close the command window while the repair is running.

Next, scan protected Windows system files:

sfc /scannow

Allow the scan to reach 100 percent. Review the final message to determine whether Windows found and repaired corrupted files or could not repair some files.

Restart the computer after completing both operations and check whether the problem returns.

Important: The commands above use the running Windows installation through the /Online parameter. They should not be copied unchanged into an offline Windows Recovery Environment Command Prompt. Offline repair requires identifying the correct Windows installation and using appropriate offline servicing parameters.

7. Check Storage Drive Health

Because the error occurs during an early file-related initialization stage, checking storage health is a reasonable diagnostic step. This does not mean that the stop code itself proves a disk failure.

• Check whether the SSD or hard disk is consistently detected in BIOS/UEFI.
• Review available drive-health information using the storage manufacturer's diagnostic utility.
• Check Windows storage-related errors in Event Viewer if Windows can start.
• Inspect SATA or power connections on desktop systems when qualified to do so.
• Use the computer manufacturer's recommended hardware diagnostics where available.

If the drive reports critical health warnings, disappears intermittently, or produces repeated read errors, prioritize backup and professional diagnosis rather than repeatedly attempting repairs.

Do not change SATA, RAID, or NVMe controller modes in BIOS/UEFI simply as an experiment. Changing the storage-controller configuration can make an existing Windows installation unbootable.

8. Test System Memory and Hardware

Unstable RAM or other hardware faults can cause Windows crashes during initialization. If simpler recovery procedures have not resolved the issue, perform appropriate hardware diagnostics.

1. Run the memory diagnostic supplied by the computer manufacturer, if available.
2. Use Windows Memory Diagnostic when Windows can access the tool.
3. Check whether the system reports memory errors.
4. Review hardware diagnostic results for storage, motherboard, and other components.
5. If the computer has recently been upgraded, verify that installed memory and other components meet the manufacturer's compatibility requirements.

Memory-module removal, reseating, or replacement should be performed only by someone familiar with the hardware and applicable electrostatic-discharge precautions. Check warranty conditions before opening a device.

Advanced Troubleshooting for IT Professionals

Analyze Windows Crash Dump Files

If Windows generates a crash dump, it may contain useful information about the failure. Dump analysis is particularly important because the public documentation for this specific bug check provides limited diagnostic detail.

Common dump locations include:

• C:\Windows\Minidump for small memory dumps.
• C:\Windows\MEMORY.DMP for kernel, automatic, or complete memory dumps, depending on the configured dump type.

Use WinDbg, Microsoft's Windows debugging tool, on a copy of the dump file. An IT professional can examine the bug check information, loaded modules, stack trace, and associated driver activity.

In the WinDbg command window, run:

!analyze -v

Review the reported bug check parameters and stack information. A driver name appearing in a dump is a diagnostic clue, not automatic proof that the driver is defective. Correlate the findings with timestamps, recent changes, and other crash dumps.

Review System and Driver Changes

Compare the crash timeline with recent changes, including:

• Storage controller or filesystem driver updates.
• Third-party antivirus, backup, encryption, and filesystem filter drivers.
• Windows servicing and update operations.
• Firmware and BIOS/UEFI updates.
• New hardware or changes to existing hardware.

Where evidence points to a particular driver, obtain a compatible update from the computer or device manufacturer. If the issue began immediately after a driver update, consider rolling back to the previous supported version.

Avoid deleting driver files or manually removing filesystem filter drivers from the Windows directory. Incorrect removal can make Windows unbootable.

How to Verify the Repair

After completing a recovery or repair procedure, verify that the computer is stable rather than relying only on one successful restart.

• Restart Windows more than once and check whether it reaches the sign-in screen consistently.
• Confirm that the storage drive and required devices are detected correctly.
• Check Device Manager for unexpected device or driver errors.
• Review Event Viewer for recurring critical errors around startup.
• Confirm that important applications and files are accessible.
• Check whether a new 0x00000068 crash dump is generated.

If the stop error returns, preserve the latest dump file and record any changes made since the previous successful boot. This information can help narrow down the cause.

Recovery and Further Assistance

If Startup Repair, System Restore, update removal, and supported system-file repairs do not resolve the issue, consider professional diagnosis before resetting or reinstalling Windows.

Before performing a reset or clean installation:

• Back up important files and verify that the backup can be accessed.
• Confirm that the BitLocker recovery key is available if device encryption is enabled.
• Make sure the correct Windows installation media and required device drivers are available.
• Check application licences and installation requirements.
• Confirm the storage drive is healthy enough to support the operation.

If important data is inaccessible or the storage device is failing, consult a qualified data-recovery specialist before reinstalling Windows.

Frequently Asked Questions

1. What does stop code 0x00000068 mean?

It identifies the Windows FILE_INITIALIZATION_FAILED bug check. Windows encountered a failure during an early file-related initialization stage and stopped to protect the operating system.

2. Is FILE_INITIALIZATION_FAILED caused by a damaged hard disk?

Not necessarily. Storage problems are one area to investigate, but the stop code does not establish that the hard disk or SSD is defective. System corruption, driver conflicts, memory instability, and other problems may also deserve investigation.

3. Can Startup Repair fix error 0x00000068?

Startup Repair can resolve certain Windows startup problems, including some damaged system-file and boot-configuration issues. However, Microsoft does not document it as a guaranteed repair for this particular bug check.

4. Can I fix FILE_INITIALIZATION_FAILED without reinstalling Windows?

Yes, depending on the underlying cause. Startup Repair, System Restore, uninstalling a problematic update, and DISM/SFC repairs may resolve related Windows problems without a clean installation.

5. Is error 0x00000068 related to NTFS corruption?

The stop code alone does not establish NTFS corruption. Filesystem and storage diagnostics can help investigate such problems, but the crash dump and additional system evidence are needed to identify the actual cause.

6. Where can I find the crash dump for this error?

Small memory dumps are commonly stored in C:\Windows\Minidump. Kernel and automatic memory dumps are commonly stored as C:\Windows\MEMORY.DMP. These files are available only if Windows successfully generated and retained them.

Conclusion

FILE_INITIALIZATION_FAILED (0x00000068) is a rare Windows bug check associated with failure during file-related system initialization. Because Microsoft provides limited public information about its specific causes, diagnosis should rely on crash dumps, recent system changes, storage and memory diagnostics, and supported Windows recovery tools.

Start with basic hardware checks and Windows Recovery Environment tools. Proceed to system-file repairs and advanced dump analysis when necessary. Avoid formatting drives, changing firmware settings, or reinstalling Windows until important data is protected and simpler diagnostic options have been exhausted.

Sources

• Microsoft Learn – Bug Check 0x68: FILE_INITIALIZATION_FAILED
• Microsoft Learn – Advanced Troubleshooting for Stop Code Errors
• Microsoft Support – Startup Repair
• Microsoft Support – Windows Recovery Environment
• Microsoft Support – Use DISM and System File Checker to Repair Windows