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Error 0xC0000411 means Windows failed to complete a hibernation operation. Microsoft defines it as STATUS_HIBERNATION_FAILURE: “The system has failed to hibernate (The error code is %hs). Hibernation will be disabled until the system is restarted.” The code does not identify one defective part. A damaged hibernation image, device driver, firmware transition, storage error, or another hardware-software interaction can produce the same status.
Restart first, record exactly when the message appears, then work through Safe Mode, recent-change removal, Windows and manufacturer updates, a hibernation reset, system-file repairs, and recovery tools if Windows will not boot. The sequence below applies to supported Windows 11 and Windows 10 installations and puts the least disruptive checks before disk repair or recovery-media work.
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What error 0xC0000411 means
0xC0000411 is a Windows NTSTATUS value for a failed hibernation operation. Hibernation writes the current system state to storage so Windows can power off and later restore that state. A failure can occur while creating the image, handing control to firmware, powering down devices, reading the image during resume, or restoring drivers and hardware when the system wakes.
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Random freezes, missing sound and display glitches usually trace back to one bad driver. Find and replace yours safely.Free scan · under a minuteThe status is therefore an event description, not a complete diagnosis. It does not prove that hiberfil.sys, a particular driver, the disk, or the motherboard is defective. Windows temporarily disables hibernation after reporting the status and expects a restart before hibernation is available again.
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| When you see the code | What it suggests | First useful check |
|---|---|---|
| When choosing Hibernate | Windows could not create or commit the hibernation state. | Restart, then rebuild hibernation and check recent driver or firmware changes. |
| While waking from hibernation | A driver, firmware power transition, storage read, or device state may not have resumed correctly. | Use Safe Mode, disconnect new hardware, and update chipset, storage, graphics, and power-management drivers. |
| During shutdown or restart | The failure may be part of a broader power-state or system-file problem. | Capture the timing, apply updates, and inspect Event Viewer after a successful boot. |
| At startup or in a loop | Windows may be unable to complete recovery from the saved state or another boot failure may be involved. | Enter Windows Recovery Environment and run Startup Repair. |
Microsoft’s general stop-error guidance groups unexpected shutdowns and restarts under hardware, device-driver, and software causes. Its published crash analysis reported 70% attributed to third-party driver code, 10% to hardware, 5% to Microsoft code, and 15% unknown. Those figures describe Microsoft’s analyzed crashes, not a guaranteed rate for 0xC0000411 on every computer.
Likely causes and clues
Damaged or invalid hibernation state
An interrupted sleep transition, forced power-off, or incompatible update can leave the saved state unusable. Rebuilding hibernation removes the current state and creates a new one; this is why the powercfg procedure is a central repair step.
Drivers that do not handle power transitions
Chipset, storage-controller, graphics, network, Bluetooth, USB, and other device drivers participate in sleep and resume. A recently installed or partially updated driver can fail only during a power transition even though normal applications work.
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BIOS/UEFI or firmware incompatibility
Firmware controls low-level power and device initialization. A BIOS/UEFI update, a changed power setting, or an older firmware version can expose a hibernation problem after Windows itself has been updated.
Storage or file-system errors
Hibernation depends on writing and reading a large system-state file. File-system corruption or a failing storage device can interrupt that operation. CHKDSK should be reserved for signs that point to the volume and performed only after important data is backed up.
Other hardware and software interactions
New peripherals, memory or storage changes, security software, and other system components can interact with the power transition. The status value alone cannot separate these possibilities, so the timing and recent changes you record are important.
Do these safety checks before repairs
- Back up documents and other irreplaceable data before disk repair, firmware work, or recovery from installation media.
- Write down whether the message appears when entering hibernation, resuming, shutting down, or starting Windows.
- Note any Windows update, driver installation, BIOS/UEFI change, storage replacement, or newly connected peripheral that preceded the first failure.
- If the computer still starts normally, keep the manufacturer’s support page and model number available so you can obtain drivers and firmware for the exact device.
- Do not repeatedly force the power button off while Windows is writing or repairing a volume.
Step-by-step repair workflow
1. Restart once and capture the pattern
Choose Start > Power > Restart. A restart is required because Windows disables hibernation until the system has restarted after this status. After Windows loads, reproduce the problem only if doing so is safe, and record the exact action that triggers it. If a single restart clears the message and hibernation works normally afterward, monitor the next few power cycles rather than immediately changing firmware or repairing the disk.
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If the computer immediately returns to the same failure, proceed without assuming that the hibernation file is the only cause. The timing you recorded determines which later checks deserve priority.
2. Boot into Safe Mode and undo recent changes
Safe Mode loads a limited set of drivers and services. If hibernation works there or the error disappears, a normally loaded driver or service becomes more likely.
- In Windows 11, open Settings > System > Recovery, select Restart now beside Advanced startup, and choose Troubleshoot > Advanced options > Startup Settings > Restart. Press 4 or F4 for Safe Mode, or 5 or F5 for Safe Mode with Networking.
- In Windows 10, open Settings > Update & Security > Recovery, select Restart now under Advanced startup, then use the same Troubleshoot > Advanced options > Startup Settings path.
- If Settings cannot open, reach Windows Recovery Environment by allowing Windows to enter automatic recovery after failed starts, or boot from Windows installation media and select its recovery options.
- Disconnect a newly added USB device, dock, storage device, or other peripheral. If the problem began after a driver change, roll back or uninstall that change from Device Manager when Windows provides the option.
Microsoft recommends Safe Mode and removing recently added hardware when repeated stop errors occur. Reconnect devices one at a time only after the computer has completed several normal restarts.
3. Install current Windows, driver, and firmware updates
After returning to a normal boot, install pending Windows updates and restart. Then use the computer or motherboard manufacturer’s support page to obtain current stable drivers for the chipset, storage controller, graphics adapter, and power-management components. Use drivers intended for the exact model and Windows edition; avoid substituting a package for a different revision.
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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsCheck the manufacturer’s BIOS/UEFI release notes and recovery instructions before updating firmware. Keep the computer connected to reliable power, do not interrupt the firmware process, and do not apply an update intended for another model. If the error began immediately after a firmware or driver update, the manufacturer’s rollback procedure may be more appropriate than installing the newest package.
4. Rebuild the hibernation state
This procedure turns hibernation off, requires a restart, and turns it on again. It removes the existing hibernation state and causes Windows to create a fresh one. You need an elevated Command Prompt.
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- Open Start, type Command Prompt, right-click it, and choose Run as administrator. Approve the User Account Control prompt.
- Run:
powercfg.exe /hibernate off- Restart Windows from Start > Power > Restart.
- Open Command Prompt (Administrator) again and run:
powercfg.exe /hibernate on- Restart once more, then test hibernation. Save your work before testing because a power-state transition can expose an underlying fault.
If the error returns immediately, the old hibernation state was not the only failing component. Continue with driver, firmware, storage, and hardware checks instead of repeatedly cycling the commands.
5. Repair the Windows component store and protected files
Run these commands from an elevated Terminal or Command Prompt, allowing each to finish before starting the next. DISM repairs the Windows component store that supplies system files; SFC checks protected Windows files against that repaired source.
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6. Check the file system only when symptoms justify it
Use CHKDSK when Event Viewer, Windows warnings, read/write errors, repeated file corruption, or other disk symptoms point to a file-system problem. Back up important data first. From an elevated command prompt, schedule a repair with:
chkdsk /fWindows may ask to run the check at the next restart if the volume is in use. Accepting that schedule and restarting begins the repair before Windows loads. Do not interrupt CHKDSK while it is examining or repairing the volume. A file-system check can correct logical errors, but it cannot make a failing physical drive reliable; recurring errors after repair warrant manufacturer diagnostics and a data-preservation plan.
7. Use Windows Recovery Environment if normal boot fails
When Windows cannot reach the desktop, use Windows Recovery Environment rather than repeatedly forcing shutdowns.
- Start the computer and wait for automatic recovery, or boot from Windows installation media.
- Choose Repair your computer or the equivalent recovery option instead of starting a new installation.
- Open Troubleshoot > Advanced options > Startup Repair and let the tool check boot configuration and startup files.
- Restart and test a normal boot. If Startup Repair cannot resolve the loop, return to Advanced options and use Safe Mode or other available recovery tools to remove a recent change.
A USB flash drive is a practical way to hold Windows installation media. The required capacity, Windows image, and licensing depend on the edition and device, so use Microsoft’s current installation-media process and the correct image for that computer.
8. Investigate a recurring failure
Once Windows boots, open Event Viewer by right-clicking Start and choosing Event Viewer. Review Windows Logs > System around the exact time of the failed hibernation, resume, shutdown, or restart. Look for Kernel-Power and related sleep or resume events, and note the event ID, source, timestamp, and any named driver or module.
Event ID 41 can include stop-error data, but it may not preserve the original bug-check code. Treat it as timing and context, not proof of a particular cause. Collect any dump files Windows created and compare their timestamps with the Event Viewer entries. If the culprit remains unclear, restore BIOS/UEFI and hardware settings to defaults while testing, as Microsoft recommends a default configuration when the cause cannot be isolated.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Choose the next step by symptom
| Situation | Preferred next action | Risk and reversibility | What it tests |
|---|---|---|---|
| Windows boots and the error appeared once | Restart, capture context, then monitor. | Very low; fully reversible. | Whether the disabled-hibernation state clears after the required restart. |
| Failure started after a peripheral or driver change | Safe Mode, disconnect the device, and roll back the recent driver when available. | Usually reversible; keep the original installer or restore option. | Third-party driver or hardware interaction. |
| Failure occurs entering or leaving hibernation every time | Install updates, then run the powercfg off/restart/on sequence. |
Reversible; hibernation is temporarily unavailable while off. | Saved hibernation state and power-management configuration. |
| Windows files may be damaged | Run DISM followed by SFC. | Generally low risk, but allow each command to finish. | Component-store and protected-file integrity. |
| Disk warnings or file corruption are present | Back up data and schedule chkdsk /f. |
Higher time and data risk; never interrupt the repair. | Logical file-system consistency. |
| Normal boot is impossible | Windows Recovery Environment and Startup Repair; use installation media if needed. | Recovery work can change boot configuration; do not reinstall before preserving data. | Startup configuration and boot files. |
Branches for common failure patterns
The error appears only when selecting Hibernate
Restart first, then rebuild hibernation. If the failure returns, prioritize chipset, storage, graphics, and power-management updates and remove any newly attached device. A normal cold boot does not rule out a driver that fails only during hibernation.
The computer fails only when resuming
Use Safe Mode to separate normally loaded drivers from the basic Windows environment. Update firmware and power-transition drivers through the manufacturer, then test with external peripherals disconnected. If changing BIOS/UEFI settings, return to defaults while diagnosing and change one setting at a time.
The machine enters a restart or recovery loop
Stop normal repeated boot attempts and enter Windows Recovery Environment. Run Startup Repair first. If it cannot restore startup, use Startup Settings for Safe Mode and undo the newest hardware or driver change. Installation media supplies the recovery tools when the internal environment is unavailable.
The code follows a storage change or disk warning
Prioritize a backup before CHKDSK or firmware work. Check cables, slots, and manufacturer diagnostics only when the device design and support instructions make those checks safe. A successful logical repair does not establish that the physical storage device is healthy.
Quick Recap
Common mistakes to avoid
- Assuming the code names one component: 0xC0000411 identifies the failed hibernation operation, not the root cause.
- Skipping the restart: Windows documents that hibernation remains disabled until restart after this status.
- Deleting the hibernation file as a universal cure: Rebuilding through
powercfg.exeis the controlled procedure; a recurring error still requires driver, firmware, storage, or hardware investigation. - Running CHKDSK without a backup: Disk repair changes the file system and should not be the first response to a one-time power transition failure.
- Interrupting repairs: Do not power off during DISM, SFC, CHKDSK, Startup Repair, or BIOS/UEFI updating.
- Installing generic driver bundles: Use current packages from the PC or component manufacturer for the exact model.
- Expecting one guaranteed command to fix every case: Microsoft’s cause categories are broad, and the status value cannot distinguish among them.
How to confirm the repair
- Restart after the initial status and after any repair that changes hibernation or system files.
- Perform one controlled hibernation and resume cycle with documents saved and unnecessary peripherals disconnected.
- Repeat the cycle after reconnecting devices one at a time if the first test succeeds.
- Check Event Viewer for new Kernel-Power or sleep/resume errors at the test time.
- If the error returns, preserve the timestamps, event details, dump files, recent-change history, and exact command results for the device manufacturer or a qualified technician.
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