MSI Automatic Repair: Windows Startup Issues

MSI Preparing Automatic Repair is a crucial recovery environment developed by Microsoft to diagnose and fix boot-related issues on Windows operating systems. If your MSI computer unexpectedly displays this screen, it indicates the system has encountered problems during startup. Automatic Repair analyzes system files, boot configurations, and hardware to identify the root cause and attempt automated repairs, and it includes tools to troubleshoot persistent problems.

MSI computers, those sleek, powerful beasts of the tech world, are often the weapon of choice for gamers, content creators, and anyone who demands serious performance. You know, the kind of machines that make you feel like you can conquer any digital challenge…until you’re faced with the dreaded Automatic Repair loop.

Ah, yes, the infamous “Automatic Repair.” It sounds helpful, doesn’t it? Like a digital superhero swooping in to save the day. But, let’s be honest, it can quickly turn into a never-ending nightmare where your computer is stuck in an infinite loop of diagnostics and failed repair attempts. Instead of fragging enemies or rendering stunning visuals, you’re staring at a screen that promises salvation but delivers only frustration.

Windows Automatic Repair is meant to be your system’s first line of defense, designed to automatically diagnose and fix boot issues. Its intention is noble: to detect and resolve problems preventing Windows from starting correctly. However, sometimes it gets stuck, like a record skipping on repeat. This is where things get hairy. Not only are you unable to use your computer, but the specter of potential data loss looms large. All those precious game saves, irreplaceable photos, and crucial documents could be at risk.

The goal of this guide is simple: to arm you with the knowledge and tools to break free from the Automatic Repair loop on your MSI computer. We’ll dive into the inner workings of the boot process, explore common causes of these issues, and provide step-by-step instructions to get your system back on track. Consider this your personal tech support manual, designed to help you troubleshoot and, more importantly, prevent these headaches in the first place. Let’s get started and turn that digital frustration into digital triumph!

Contents

Decoding the Boot Process: Laying the Groundwork

Okay, before we dive headfirst into battling those pesky Automatic Repair loops, let’s get a handle on what’s actually happening behind the scenes when you fire up your MSI beast. Think of it as understanding the rules of the game before you try to win it.

The Boot Process: A Step-by-Step Adventure

Imagine your computer waking up from a long nap. It’s not like BAM, it’s instantly ready to go. There’s a whole sequence of events that needs to happen first, kind of like your own morning routine before you can tackle the day. This is what it looks like in the computer world:

Power-On Self-Test (POST): This is your computer’s “wake-up stretch.” It’s a quick self-check to make sure all the essential hardware (like memory and the CPU) are present and accounted for. If something’s amiss, you might hear beeps or see error messages.
BIOS/UEFI Initialization: Next up, the BIOS (Basic Input/Output System) or its more modern cousin, UEFI (Unified Extensible Firmware Interface), kicks in. Think of this as the computer’s basic operating system. It initializes all the hardware components, like your keyboard, mouse, and especially your storage devices (where Windows lives).
Boot Device Selection: Now, the BIOS/UEFI needs to figure out where to load the operating system from. It checks the boot order you’ve set in the BIOS/UEFI settings (usually your hard drive or SSD).
Loading the Operating System: Finally, the magic happens! The BIOS/UEFI finds the operating system (Windows, in our case) on the selected boot device and starts loading it into memory. This is where you see that Windows logo swirling, a sign that things are (hopefully) going well.

BIOS/UEFI: The Gatekeeper of Your System

The BIOS/UEFI is like the gatekeeper of your system. It’s the first piece of software that runs when you power on your MSI computer. It’s responsible for:

Hardware Initialization: Making sure all your hardware components are working correctly.
Boot Device Selection: Deciding which device to boot from (hard drive, SSD, USB drive, etc.). You can usually access the BIOS/UEFI settings by pressing a key like Delete, F2, or F12 during startup (the exact key varies depending on your MSI motherboard).

Boot Configuration Data (BCD): The Road Map to Windows

The Boot Configuration Data (BCD) is a small but crucially important database that tells Windows how to boot. Think of it as a road map that points Windows to the right location on your hard drive and tells it what to load. If the BCD gets corrupted or goes missing, Windows won’t know where to find itself, and that’s when the trouble starts.

Common Boot Errors: Red Flags That Trigger Automatic Repair

So, what kinds of errors can throw a wrench in the boot process and send you spiraling into Automatic Repair hell? Here are a few usual suspects:

Missing Operating System: This is pretty self-explanatory. If Windows can’t find the operating system files, it’s not going to boot. This can happen if the hard drive is damaged or the BCD is pointing to the wrong location.
Corrupted BCD: As we mentioned earlier, a corrupted BCD is a recipe for disaster. This can happen due to power outages, disk errors, or even malware infections.
Corrupted System Files: Sometimes, the essential Windows system files get corrupted, preventing Windows from loading correctly. This can be caused by driver issues, software conflicts, or disk errors.

Automatic Repair: Friend or Foe? Peeking Under the Hood

So, you’ve seen that dreaded “Automatic Repair” screen pop up on your MSI machine. Is it a digital knight in shining armor, ready to save the day? Or more like that well-meaning but ultimately clueless friend who always makes things slightly worse? Let’s break down what Automatic Repair actually does, when it swings into action, and most importantly, when you need to step in and take control.

The Automatic Repair Process: A Behind-the-Scenes Look

Think of Automatic Repair as your computer’s built-in triage system. When something goes wrong during startup, it jumps into action. Here’s what happens:

System Diagnostics: First, it’s like a digital doctor taking your computer’s vital signs. It scans your system for common boot problems, checks your hardware, and looks for corrupted files. Think of it as a quick health check, but for your computer’s soul.
Attempted Repair: If it finds something, it tries to fix it. This might involve repairing the boot sector, fixing file system errors, or even rolling back recent driver updates. It’s like your computer trying to put itself back together with digital duct tape and glue.
Log Creation: Whether it succeeds or fails, Automatic Repair creates a log file. This log is like a doctor’s note, detailing what the system found and what it tried to do. It’s super useful for advanced troubleshooting (we’ll get to that later), but for now, just know it exists.

When Does Automatic Repair Ride to the Rescue? (Or Not?)

Automatic Repair isn’t triggered by just any little hiccup. Here are some common scenarios that will sound the alarm:

Multiple Failed Boot Attempts: If your computer crashes repeatedly during startup, Windows figures something is seriously wrong and kicks off Automatic Repair. It’s like your computer saying, “Okay, I’ve tried this a few times, and I’m officially out of ideas.”
System File Corruption: Corrupted or missing system files are a major no-no. If Windows detects that essential files are damaged, Automatic Repair will try to swoop in and fix them.
Sudden Power Loss: When your computer loses power unexpectedly, it can cause damage to the file system and trigger the Automatic Repair process upon the next boot.

The Cold, Hard Truth: Automatic Repair’s Limitations

Okay, here’s the real talk: Automatic Repair is not a magical cure-all. It’s a helpful tool, but it has limitations:

Hardware Failures: If your hard drive is physically failing, Automatic Repair can’t fix it. It’s like trying to repair a broken leg with a Band-Aid. It simply won’t work.
Severe System Corruption: If your system is so badly corrupted that Automatic Repair can’t even access the necessary files, it’s game over for the automatic fix.
Complex Issues: Sometimes, the problem is just too complex for Automatic Repair to handle on its own.

The Bottom Line: Don’t rely solely on Automatic Repair. Understanding its limitations is crucial. If it fails, don’t panic! We’re here to guide you through more advanced troubleshooting steps. Consider Automatic Repair a first line of defence, not the only line of defence.

Common Culprits: Why MSI Computers Run Into Boot Issues

Okay, so your MSI rig is acting up and throwing you into that dreaded Automatic Repair loop? Don’t chuck it out the window just yet! Let’s play detective and figure out what’s causing these boot hiccups. It’s like trying to start a car, and it just won’t turn over. Frustrating, right? Let’s look under the hood…or, in this case, inside the system.

File System Fiascos: When Things Get Corrupted

Imagine your file system as a super-organized library. Everything has its place, and Windows knows exactly where to find it. Now, picture a sudden power outage – BAM! The lights go out, and the library gets trashed. Files are misplaced, and the index is all messed up. This file system corruption can happen for various reasons, but a sudden power loss is a prime suspect. When Windows tries to boot, it can’t find the files it needs, and that’s when the Automatic Repair roller coaster begins. Think of it as your computer having a bad case of amnesia.

Driver Drama: The Update That Went Wrong

Drivers are the translators between your hardware (graphics card, sound card, etc.) and your operating system. They tell Windows how to use these devices. Sometimes, an innocent-looking driver update can go rogue, especially on MSI machines that often boast cutting-edge (but sometimes finicky) hardware. Imagine a translator suddenly deciding to speak a different language – the hardware and Windows can no longer communicate effectively, leading to boot problems. We’ve all been there – that “recommended” update that turns into a system-crashing nightmare.

Registry Riddles: A Database Gone Bad

The Windows Registry is like the brain of your computer, holding all the settings and configurations. If the registry gets messed up – maybe due to a faulty program installation, malware, or just general wear and tear – it can cause serious boot issues. Think of it as a librarian who’s lost their mind and starts misfiling all the books. Windows relies on the registry to load correctly, and when it’s corrupted, things can go south real fast.

Hardware Hiccups: When Things Break Down

Let’s face it: hardware doesn’t last forever. A failing hard drive is a classic cause of boot problems. If your hard drive is starting to die, it might have trouble reading or writing the files needed to boot Windows. It is inevitable, even with high quality parts in an MSI build. Imagine trying to run a marathon with a broken leg – not gonna happen! Other hardware issues, like a RAM problem or a faulty motherboard, can also prevent your computer from booting.

System File Shenanigans: Missing Pieces of the Puzzle

System files are the essential building blocks of Windows. If these files get corrupted, deleted (by accident or malware), or replaced with the wrong versions, it can prevent Windows from booting correctly. Think of it like a house of cards where you’re missing one crucial card from the base – the whole thing collapses! This can often happen after a failed Windows update or a virus infection.

So, there you have it – a rogues’ gallery of the usual suspects behind MSI boot issues. In the next section, we’ll grab our detective hats and start troubleshooting!

Booting into Safe Mode: Your First Escape Route

Okay, so Automatic Repair has you trapped in a loop. Don’t panic! Our first move is to try booting into Safe Mode. Think of Safe Mode as your computer’s emergency room – it starts Windows with only the most essential drivers and services. If a faulty driver or program is causing the issue, Safe Mode might just let you bypass it.

How to get there? If your computer keeps looping, it should eventually present you with an option to access advanced startup options. If it doesn’t, you might need to interrupt the boot process a few times (power off while it’s starting up – but don’t make a habit of this!). From the advanced options, navigate to “Startup Settings” and then select “Enable Safe Mode” (usually by pressing F4).

Once you’re in Safe Mode, poke around! Check your recently installed programs and drivers. If something looks suspicious, uninstall it. If the issue disappears in Safe Mode, you’ve likely found your culprit.

Entering the Recovery Environment (WinRE): Your Toolkit Awaits

If Safe Mode doesn’t cut it, it’s time to bring out the big guns: the Windows Recovery Environment (WinRE). This is a special environment that contains a bunch of useful tools for fixing your system.

Getting into WinRE is similar to getting to Safe Mode: interrupt the boot process a couple of times, or navigate through the advanced startup options. Look for options like “Troubleshoot” or “Advanced Options.”

Within WinRE, you’ll find goodies like:

System Restore
Command Prompt
Startup Repair (which you’re already stuck in, but hey, maybe it’ll work this time!)

Bootrec.exe: The Boot Record Doctor

The Bootrec.exe tool is your go-to for fixing problems with the Master Boot Record (MBR), boot sectors, and Boot Configuration Data (BCD) – all crucial for a successful boot. You’ll find this tool inside command prompt within the WinRE.

Here’s the lowdown on some Bootrec.exe commands:

Bootrec /fixmbr: This rewrites the MBR. Use this if you suspect the MBR is corrupted, but be careful!
Bootrec /fixboot: This writes a new boot sector to the system partition. Try this if the boot sector is damaged.
Bootrec /scanos: This scans all disks for Windows installations. It’s useful for identifying operating systems that aren’t being detected.
Bootrec /rebuildbcd: This rebuilds the BCD. Use this if the BCD is corrupted or missing. It will guide you to add the OS.

Caution: These commands are powerful, so use them with care! A wrong move can make things worse.

CHKDSK: Disk Error Detective

File system corruption can also cause boot problems. CHKDSK (Check Disk) is your tool for checking and repairing disk errors.

To use it: Open the Command Prompt in WinRE and type:

CHKDSK /f /r C:

Replace C: with the drive letter where Windows is installed.

The /f parameter tells CHKDSK to fix errors, and the /r parameter tells it to locate bad sectors and recover readable information.

Warning: CHKDSK can be risky, especially if your disk is severely damaged. It might even lead to data loss in some rare cases. Backing up your data is always a good idea before running it.

System Restore: Turning Back Time

If all else fails, System Restore might be your saving grace. This tool lets you revert your system to a previous working state, using restore points created automatically or manually.

How to use it? Find System Restore within WinRE. Choose a restore point that was created before the boot issues started. System Restore will then roll back your system files, drivers, and registry settings to that point.

Fingers crossed, this will get you back on track!

Advanced Techniques: Diving Deeper into Boot Repair

Alright, buckle up, because we’re about to venture into the land of advanced troubleshooting. This is where we separate the casual clickers from the command-line conquerors. If you’re feeling a bit nervous, that’s okay! We’ll take it slow. Just remember to double-check everything before you hit that ‘Enter’ key. We’re talking about delicate system operations here, so a little caution goes a long way.

Manually Repairing BCD Errors with Bcdedit

So, your Boot Configuration Data (BCD) is acting up, huh? Think of the BCD as the GPS for your operating system. If it’s corrupted or misconfigured, your computer won’t know where to find Windows. Now, bcdedit is the tool we use to manually tweak the BCD. It’s powerful, but it’s like performing surgery – one wrong move and you could make things worse. Before you dive in, back up your entire system if possible. If you can’t boot into Windows, try backing up your important files through WinRE (Windows Recovery Environment) to an external hard drive.

Here’s the basic gist: You’ll boot into the Recovery Environment, open the Command Prompt, and use commands like bcdedit /export C:\BCD_Backup to back up the current BCD (always a good idea!), then use other bcdedit commands to modify boot entries.

For example, if you have a dual-boot setup and one of the operating systems is not showing up, you might use commands like bcdedit /create /d "Windows 10" /application osloader and then configure the new boot entry with bcdedit /set {GUID} device partition=C: (adjust the partition letter accordingly).

Warning: Messing with bcdedit without knowing what you’re doing is like juggling chainsaws. It can be dangerous. Make sure you understand the commands before you execute them. Microsoft’s documentation is your friend here.

System File Checker (SFC /scannow): Your System’s Janitor

Think of SFC /scannow as the janitor for your Windows system files. This command scans all protected system files and replaces corrupted versions with correct Microsoft versions. It’s a simple, yet powerful tool.

To use it, open Command Prompt as an administrator (you can do this from within Windows or from the Recovery Environment). Type sfc /scannow and hit Enter. Then, sit back and relax (or grab a coffee) while SFC does its thing. This process can take a while. Once it’s done, it will tell you if it found and fixed any corrupted files. Sometimes, you might need to run it multiple times to fully clean things up. Reboot your system after the scan is complete.

Updating or Rolling Back Drivers from Safe Mode or WinRE

Faulty drivers are often the culprit behind boot issues. If you suspect a driver is to blame, you have two options: update it or roll it back.
* Safe Mode is the perfect environment to test this. Boot into Safe Mode and see if the issue persists. If your system boots fine in Safe Mode, a driver is likely the problem. You can update or roll back drivers through Device Manager.
* If you can’t even get into Safe Mode, use the Recovery Environment. While you can’t directly update drivers here, you can roll them back to a previous version if you’re lucky enough to have restore points.

To roll back a driver in Device Manager, find the device, right-click it, go to Properties, then Driver, and click “Roll Back Driver”. If the button is grayed out, it means there aren’t any previous versions to roll back to. In that case, you may need to find and download an older driver version from the manufacturer’s website and install it manually.

Analyzing Error Logs: Become a Digital Detective

Windows keeps detailed logs of everything that happens on your system. These logs can be a goldmine for troubleshooting boot issues. The main tool for viewing these logs is the Event Viewer.

To access Event Viewer, type eventvwr in the Run dialog box (Windows key + R) and hit Enter. Look for errors and warnings, especially around the time the boot issues started. Pay attention to the Source and Event ID, as these can provide clues about the problem. Google the Event ID for more information.

While Event Viewer can be intimidating at first, it’s an invaluable tool for pinpointing the root cause of boot problems. Learning to navigate it is a skill that will serve you well in the long run. Don’t be afraid to click around and explore. You might just find the answer you’ve been looking for.

With these advanced techniques in your arsenal, you’re well-equipped to tackle even the most stubborn boot issues. Remember to proceed with caution, back up your data, and consult the documentation when needed. You’ve got this!

Proactive Measures: Preventing Boot Issues on Your MSI Computer

Alright, folks, let’s talk about something super important: keeping your MSI rig running smoothly. We’ve all been there – staring at a screen, waiting for Windows to boot, and then… nothing. Just a big ol’ headache. But guess what? A little bit of proactive care can save you a ton of trouble down the road. Think of it like this: an ounce of prevention is worth a pound of cure (and a whole lot less frustration).

Keep Your Drivers Fresh – Like a Fine Wine (Kind Of)

Seriously, drivers are the unsung heroes of your computer. Outdated or corrupted drivers? That’s a recipe for disaster. It’s like trying to run a Formula 1 car on scooter tires – not gonna end well. Make it a habit to check for driver updates regularly, especially for your graphics card (crucial for gaming!) and storage devices (where your precious OS lives). You can usually find these on the MSI support website for your specific model, or through Windows Update. Newer isn’t always better, but generally, keeping drivers up to date is a solid strategy.

CHKDSK: Your Disk’s Best Friend (Besides You, Of Course)

Think of CHKDSK as a regular health check-up for your hard drive or SSD. It scans your file system for errors and tries to fix them before they become major problems. Imagine a tiny little digital doctor running around inside your drive, patching up holes and making sure everything’s in order. Schedule a CHKDSK scan every month or two – it’s quick, easy, and can prevent file system corruption from turning into a boot nightmare. To run it, just search for “command prompt,” right-click, select “Run as administrator,” and type CHKDSK /f C: (replace C: with your system drive letter if it’s different).

Backup, Backup, BACKUP! (Seriously, I’m Begging You)

If there’s one thing you take away from this whole post, let it be this: BACKUP YOUR DATA! I’m not kidding. Imagine losing all your game saves, precious photos, and important documents because of a boot failure. Nightmare fuel, right? Invest in an external hard drive or use a cloud backup service (or both!) and make regular backups. Think of it as an insurance policy for your digital life. You’ll thank yourself later, especially if the worst happens.

Monitor Your System Health – Be a Computer Whisperer

Keep an eye on your system’s vitals. Windows has a built-in tool called Performance Monitor that can help you track things like CPU usage, memory usage, and disk activity. If you notice something consistently running high (like your CPU constantly pegged at 100%), it could be a sign of an underlying issue. Investigate further, it could save you from a future headache! High disk activity can also be a sign that a hard drive could be failing. Being proactive can save you a world of pain.

When All Else Fails: The Reinstall Route

Let’s face it, sometimes technology just throws its hands up and says, “I’m done.” You’ve tried everything – Safe Mode, command prompts that look like they belong in a hacker movie, even pleading with your computer (we’ve all been there, don’t lie). But that darned Automatic Repair loop just keeps mocking you. This is when the “Nuclear Option”, as we like to call it, comes into play: reinstalling Windows.

Think of it as giving your MSI computer a fresh start, a clean slate. It’s a bit drastic, sure, but sometimes it’s the only way to exorcise those stubborn boot demons.

Prepping for Launch: Backing Up Your Data

Before you nuke everything, there’s one crucial mission: data retrieval! Imagine losing all your precious photos, that novel you’ve been working on, or your meticulously curated meme collection. Nightmare fuel, right?

External Hard Drive/USB Drive: Your best friend here. Copy everything important.
Cloud Storage: Google Drive, OneDrive, Dropbox – use them! Sync your important folders.
Double-Check: Seriously, triple-check you’ve backed up everything you need. Regret is a terrible companion.

Operation: Clean Sweep – Reinstalling Windows

Now for the main event. This might seem daunting, but MSI (and Windows) has made it relatively painless. Here’s a general rundown:

Get Your Windows Installation Media: If you don’t have a USB drive or disc, you can create one using the Media Creation Tool from Microsoft. This is important and needed!
Boot from the Installation Media: Restart your MSI computer and enter the BIOS/UEFI settings (usually by pressing Del, F2, or F12 during startup). Change the boot order to prioritize your USB drive or disc.
Follow the On-Screen Prompts: Windows setup will guide you through the process. Important: When asked where to install Windows, choose to format the drive! This wipes everything clean.
Patience is Key: Reinstallation takes time. Grab a coffee, watch an episode of your favorite show, and let the computer do its thing.

After the Blast: Restoring Order and Installing Drivers

Congratulations, you’ve successfully nuked and rebuilt! Now, the post-apocalyptic cleanup:

Windows Updates: Run Windows Update immediately. This gets you the latest security patches and some basic drivers.
MSI Drivers: Head to the MSI website, find your model, and download the latest drivers for your motherboard, graphics card, etc. Install these. They’re crucial for optimal performance.
Software Installation: Reinstall your favorite programs, games, and utilities.
Restore Your Data: Copy your backed-up files back onto your shiny, new Windows installation.

And there you have it! You’ve successfully navigated the “Nuclear Option” and brought your MSI computer back from the brink. Pat yourself on the back – you’ve earned it!

Decoding the Blue Screen of Death (BSOD): A Boot Process Perspective

So, your MSI rig is acting up again, huh? You’re staring at that dreaded Blue Screen of Death (BSOD) before Windows even thinks about loading? Don’t sweat it; you’re not alone! Think of the BSOD as Windows’ way of saying, “Whoa there, something’s seriously wrong before I can even get started!” It’s like a pre-boot meltdown. But fear not! Let’s break down why these blue screens pop up during the boot process and what you can do about it.

BSODs and the Boot Process: A Not-So-Happy Marriage

Imagine the boot process as a carefully choreographed dance. Each component, from your BIOS to your hard drive, needs to perform its steps perfectly. A BSOD during this dance means someone tripped over their own feet – usually a critical system failure that prevents Windows from even beginning to load properly. It signifies a fundamental problem preventing the OS from initializing. Basically, the show can’t go on!

Common Culprits: Why the Blue Screen Appears Before Windows

So, who’s the clumsy dancer causing all the trouble? Here are a few suspects:

Driver Conflicts: Imagine a band where the guitarist and drummer are playing completely different songs at the same time. Drivers tell your hardware how to talk to Windows. If they are messed up, outdated, or conflicting, you can cause absolute havoc during boot. These issues are more prone to appear after an update.
Corrupted System Files: Think of these files as the essential ingredients for Windows’ recipe. If they’re corrupted or missing, Windows doesn’t know what to do and throws its hands up in despair, resulting in a BSOD.
Hardware Problems: Your RAM, hard drive, or even your motherboard could be the villain. A failing component can cause errors early in the boot process, leading to a blue screen. Time to check those connections and run diagnostics!
Overclocking Gone Wrong: Pushing your system to the limit might get you bragging rights, but it can also destabilize the boot process. Dial it back a bit to see if that solves the problem. You may want to underline that one.

Troubleshooting the Blues: Getting Rid of Boot-Related BSODs

Alright, enough gloom and doom. Here’s how we tackle those boot-related BSODs:

Analyze the Error Code: The BSOD usually displays an error code (like STOP 0x0000007B). Google is your best friend here! Search for the code to get clues about the cause. Understanding that specific error code is your first key to solving it.
Update Your Drivers (if you can get to Safe Mode): If you can boot into Safe Mode (usually by repeatedly pressing F8 or Shift+F8 during startup), update your drivers, especially for graphics cards and storage devices. Roll back drivers if the problem started after an update.
Run Memory Diagnostics: Faulty RAM can cause all sorts of problems. Use the Windows Memory Diagnostic tool (search for it in the Start menu) to check your RAM for errors.
System File Checker (SFC): Boot into the Recovery Environment (WinRE) and run sfc /scannow from the Command Prompt to repair corrupted system files.
- sfc /scannow /offbootdir=c:\ /offwindir=c:\windows Replace c:\ with the letter of the partition in question. This is useful if you are in a different partition than the operating system you are targeting.
CHKDSK: As with SFC run CHKDSK /f /r C:\ (Replace C: with the appropriate drive letter) from the command prompt, to ensure your drive is not damaged.
Check Hardware Connections: Ensure all your components are properly seated and connected. A loose cable can cause intermittent boot problems.
Last Known Good Configuration: This option, accessible from the Advanced Boot Options menu, loads the last registry and driver configuration that worked. It might just do the trick!
System Restore: Boot into safe mode or the Recovery Environment (WinRE) to use it. Choose a restore point created before the BSODs started.

If you’re still seeing blue, don’t lose hope! Sometimes, a fresh install of Windows is the only way to completely eliminate persistent boot-related BSODs. Just remember to back up your data first! And there you have it, your MSI computer should be ship-shape and back to playing your favorite games in no time!

So, that’s the gist of it! MSI’s diving into making life a little easier with automatic repairs. Keep an eye out for updates, and here’s hoping it saves us all from a future headache or two!