Solved : Bad System Config Info Windows 10

Fix the bad system config info windows 10 mistake resulting in BSOD on Windows 10 by following directions we supplied here.

Blue Screen of Death mistakes, also known as STOP mistakes, are one of more major issues on Windows 10. These errors can be triggered by incorrect system settings, software application, or perhaps by a faulty hardware.

Because these errors can so troublesome, today we’re going to show you how to fix bad system config info BSoD error.

BAD_SYSTEM_CONFIG_INFO can trigger various issues on your PC, and in this short article we’re going to reveal you how to repair the following concerns:

How To Fix Bad System Config

Update your Drivers

Out-of-date or incompatible motorists can trigger numerous issues. If your motorists don’t work, you will not be able to use certain hardware, and in worst case circumstance, you’ll get a BSoD mistake such as BAD_SYSTEM_CONFIG_INFO.

Since lots of Blue Screen of Death errors are commonly brought on by drivers, we highly encourage you to update your drivers as frequently as you can. In order to avoid all BSoD errors, make certain that all major elements depend on date with most current motorists.

Downloading motorists is relatively simple, and all you require to do is to visit your hardware maker’s site, locate your device and download the most recent chauffeurs for it.

After setting up the current motorists, BSoD errors need to be resolved. Remember that you’ll need to update as many chauffeurs as you can in order to successfully fix this problem.

In order to fix BAD_SYSTEM_CONFIG_INFO and many other BSoD errors, it is necessary that you update all motorists on your PC.

This can be a long procedure, particularly if you do it by hand, download TweakBit Driver Updater Tool (100% safe and tested by us) to do it automatically.tweakbit.com

This tool is approved by Microsoft and Norton Anti-virus. After a number of tests, our group concluded that this is the very best automatized solution in order to prevent irreversible damage to your system by downloading and setting up the wrong motorist versions.

Disclaimer: some functions of this tool are not free.

Usage bcdedit Command

BAD_SYSTEM_CONFIG_INFO error can frequently appear if your system configuration isn’t correct.

If your system isn’t correctly set up, and the number of processors and amount of memory in the setup file doesn’t match the right value, that will trigger BAD_SYSTEM_CONFIG_INFO error, windows modules installer worker.

To make things even worse, this mistake will avoid access to Windows 10 completely. Although this sounds rather severe, we can quickly fix this issue by doing the following:

  1. Restart your computer system while it boots. Repeat this action until you start Automatic Repair.
  2. Select windows logo key+ R, Command Prompt (admin)
    command prompt Run as Administrator
  3. Once the Command starts, enter the following lines:
    bcdedit/deletevalue {default} numprocBCedit - deletevalue
    bcdedit/deletevalue {default} truncatememory
    bcedit truncatmemory
    Close Command Trigger and try starting Windows 10 once again.

Fix the BCD file

If for some reason your BCD file gets damaged or damaged, that can trigger BAD_SYSTEM_CONFIG_INFO error, and you will not have the ability to access Windows 10 or Safe Mode at all.

To complete this service you’ll require a Windows 10 installation DVD or a bootable USB flash drive with Windows 10 on it.

If you do not have bootable USB flash drive you can quickly develop one by using Media Development Tool. To repair the BCD file, do the following:

  1. Insert the bootable DVD or USB flash drive and boot your PC from it.
  2. Windows 10 setup will start. Click Next and then click on Repair your computer.
  3. Choose Troubleshoot > Advanced Options > Command Prompt.
  4. When Command Prompt starts, enter the following lines and press Get in after each line in order to perform it:
    bootrec /repairbcdbootrec repairbcd
    bootrec /osscanbootrec osscan
    bootrec /repairmbrbootrec repairmbr

It’s worth pointing out that the last command will delete Master Boot Records and recreate them, so beware while using it. After you’re done, close Command Trigger and restart your PC.

Repair the Windows Computer System Registry

Particular registry concerns can cause this error to appear, for that reason you might want to repair your registry. To do that, you just need to perform the following steps:

  1. Boot your computer system from Windows 10 setup media. For more information on how to do that check the previous solution.
  2. Choose Troubleshoot > Advanced Options > Command Prompt
  3. When Command Trigger opens, get in the following lines and press Enter after each line in order to run it:
  • CD C:WindowsSystem32config
  • ren C:WindowsSystem32configDEFAULT DEFAULT.old
  • ren C:WindowsSystem32configSAM SAM.old
  • ren CWindowsSystem32configSECURITY SECURITY.old
  • ren C:WindowsSystem32configSOFTWARE SOFTWARE.old
  • ren C:WindowsSystem32configSYSTEM SYSTEM.old 

    By going into these commands you’ll rename all these folders. After you relabel them, Windows 10 won’t have the ability to use them anymore. You can also delete them, but it’s constantly much better to rename them in case you need to restore them later on.

Now get in the following lines into Command Prompt:

  • copy C:WindowsSystem32configRegBackDEFAULT C:WindowsSystem32config
  • copy C:WindowsSystem32configRegBackSAM C:WindowsSystem32config
  • copy C:WindowsSystem32configRegBackSECURITY C:WindowsSystem32config
  • copy C:WindowsSystem32configRegBackSYSTEM C:WindowsSystem32config
  • copy C:WindowsSystem32configRegBackSOFTWARE C:WindowsSystem32config

This will copy the registry backup and replace the old files. Close Command Prompt and restart your computer.

Perform System Bring Restore –  Windows 10 Reset

If none of the previous services were useful, you may wish to try carrying out System Restore. To perform System Restore, do the following:.

  1. Restart your computer system number of times while it boots. This will start Automatic Repair procedure.
  2. Select Troubleshoot > Advanced Options > System Restore.

    BAD SYSTEM CONFIG INFO restore
    image : windowsreport.com
  3. Select your username and follow the guidelines.
  4. Select the bring back point you want to restore to and click Next.
  5. Wait for the System Bring back process to finish.

If System Restore didn’t repair the BAD_SYSTEM_CONFIG_INFO error, try performing Windows 10 reset. Prior to you carry out Windows 10 reset be sure to produce backup due to the fact that the reset process will delete all files from your C partition. To begin the reset procedure do the following:.

  1. Start Automatic Repair process by restarting your computer couple of times.
  2. Select Troubleshoot > Reset this PC.
  3. Select Remove everything > Only the drive where Windows is installed > Just remove my files.
  4. Click the Reset button and await the procedure to complete.

In order to complete the Windows 10 reset, you may require Windows 10 installation media, so be sure to have one. After the reset process is finished, you’ll have fresh installation of Windows 10.

If the BSoD mistake was caused by a software, it should be repaired after the reset, however if the BSoD mistake appears again, it means that you have a hardware problem.

Inspect Your Hardwaremainboard

Many commonly the BSoD errors are triggered by defective RAM, so be sure to check your RAM.

Users reported that BAD_SYSTEM_CONFIG_INFO error can likewise be triggered by a malfunctioning hard disk drive, and according to users, changing the disk drive fixed the issue.

It deserves pointing out that practically any component can cause this error, so be sure to carry out an in-depth hardware evaluation.

BAD_SYSTEM_CONFIG_INFO isn’t severe as other BSoD errors, and it can be quickly repaired.

Users reported that this mistake was repaired by using bcdedit or by fixing Windows Computer registry, so make certain to try those solutions.

What Is Configuration Management?

Here’s my meaning of setup management: it’s the discipline of guaranteeing that all software application and hardware possessions which a business owns are known and tracked at all times– any future modifications to these possessions are known and tracked. You can consider configuration management like a constantly up-to-date stock for your technology properties, a single source of reality.

With that defined, let’s discuss how it works in practice. Setup management usually covers a few areas. It often connects to different concepts, like creating “software pipelines” to develop and evaluate our software application artifacts. Or it might relate to writing “infrastructure-as-code” to capture in code the existing state of our facilities. And it could mean incorporating setup management tools such as Chef, Puppet, and Ansible to store the existing state of our servers.

Where Did Configuration Management Originate?

When I initially started learning more about configuration management, I found the principle extremely complicated. It turns out that there are reasons for the confusion. However to understand why, we require to take a look at some history.

We (the Software Industry) Stole the Idea of “Configuration Management”

The idea of configuration management originates from other organizations, such as the armed force. We took those concepts and retrofitted them into a software context.

How We Make Software Has Actually Changed Over Time

Setup management was typically a purely manual job, finished by a systems administrator. The role was a lot of manual work including thoroughly documenting the state of the system. The industry has actually changed entirely. These changes came from the appeal of DevOps, increases in cloud computing, and new automation tooling.

Now that we have actually set the scene, we can dive into the details of configuration management. So let’s get to it!

What the World Appears Like With Configuration Management

Before we explore different tools for configuration management, we need to understand what end results we’ll receive for our efforts.

What are the results of well-implemented setup management?

Let’s cover the advantages.

Advantage 1: Disaster Recovery

If the worst does happen, setup management ensures that our assets are easily recoverable. The very same applies to rollbacks. Configuration management makes it so that when we have actually put out bad code, we can return to the state of our software prior to the change.

Advantage 2: Uptime and Website Dependability
The term “website dependability” refers to how frequently your service is up. I’ve operated at business where each second of downtime would cost thousands– often 10s or even hundreds of thousands. Eek!

A frequent cause of downtime is bad releases, which can be caused by differences in running production servers to test servers. With our setup managed effectively, our test environments can simulate production, so there’s less opportunity of a nasty surprise.

Advantage 3: Easier Scaling
Provisioning is the act of including more resources (usually servers) to our running application. Setup management makes sure that we understand what a good state of our service is. That way, when we wish to increase the number of servers that we run, it’s just a case of clicking a button or running a script. The objective is actually to make provisioning a non-event.

These are just a few of the advantages of configuration management. There are some other ones, too. You’ll experience faster onboarding of brand-new staff member, easier cooperation in between teams, and extended software application lifecycle of products/assets, among other benefits.

The World Without Configuration Management

Sometimes it’s simpler to comprehend an idea by understanding its antithesis. What does trouble appear like for configuration management, and what are we attempting to avoid? Let’s take a look.

A developer implementing a function will frequently install a couple of bits of software and release code. If things are sloppy, this designer most likely makes the team and manager knowledgeable about the intent to come back later to clean all of it up– that it’s just a demonstration and will be rewritten soon.

Then the deadline starts pressing, and the job of going back through and rewriting the setup actions as a script gets pushed lower and lower in concern. Before we understand it, a number of years have actually passed, and a new designer gets placed on the project. That developer is now delegated pick up the pieces, attempting to understand what took place. It’s rather most likely they aren’t even going to touch the setup of the server. Who understands what it would do!

The above circumstance is precisely what configuration management assists you avoid. We don’t want to be left in the dark as a result of designers establishing software without proper documentation/traceability. Rather, we need to know the answers to questions like

What services are we running?
What state are those services in?
How did they get to their current state?
What was the function for the modifications?
Configuration management can tell us these responses.

That ideally paints a clearer picture of the issues that setup management is attempting to fix.

How Configuration Management Harmonizes DevOps, Constant Shipment, and More …

Ideally by now you’re beginning to master what setup management is and what it intends to do. Before we go on to discuss tooling, I ‘d like to take a minute to address how setup management fits in with other software application development ideas like nimble, DevOps, continuous integration, constant shipment, and Docker so that you can comprehend how these concepts fit in with the ideas of configuration management.

Is Setup Management Compatible With Agile?

Yes. Nimble software, by definition, shows the desire to make changes to our software application faster so that we can react to market demands. Setup management assists us to safely manage our modifications and keep velocity high.

How Does Setup Management Fit With DevOps?

DevOps is the extension of agile practices across both the development and operations departments. In fact, DevOps looks for to combine the goals of both departments. At some business, the development department seeks change while the operations department looks for stability. But companies that embrace DevOps desire both stability of their released properties and frequency of modification. Nevertheless, achieving this result needs cultural change.

Like nimble, setup management offers teams the self-confidence to move quickly with their changes. Under agile practices, the company provides configuration management duties to the development groups, empowering them to provision, configure, and handle their own facilities. You construct it, you run it.

Where Do Pipelines Suit Setup Management”?

Software application pipelines are the actions (or “value stream,” which we can produce with tools like Plutora) that we typically automate, taking code from commit to production. Pipelines usually include steps such as linting code, unit testing code, combination screening code, and producing artifacts. A software application pipeline for that reason is a kind of setup management. When we construct software application with tools like Docker, we codify our construct directions into our Dockerfile. This permits us to better comprehend the reliances of our artifacts.

Is Infrastructure-as-Code Setup Management?

Infrastructure-as-code (or IaC for short) is the practice of ensuring all provisioned infrastructure is done so through code. The purpose of IaC is to have a composed record of which services exist, where they lie, and under what circumstance. Configuration management may choose to utilize elements of IaC in order to achieve the complete understanding of all the technology assets a company owns.

Is Constant Integration/Delivery Setup Management?

Constant delivery is the procedure of guaranteeing that software application is always in a releasable state. You can accomplish this through heavy automation and screening. Continuous integration is the procedure of bringing different software application artifacts together into a single place on a frequent basis, for the purposes of confirming that the code integrates properly. Continuous combination tools, which are usually servers that run automation-testing suites, serve as a kind of setup management by supplying presence into the steps required to set up and set up a given software application artifact.

That must clean up some of your sticking around questions about how configuration management fits with some practices or ideas that you might be using or recognize with. Any conversation of configuration management would be insufficient, however, without a conversation about tooling. Let’s take a peek at the various tools we have at our disposal for carrying out setup management.

What Are Configuration Management Tools?

There are many different tools for configuration management. It can get confusing, as there are tools that support configuration management without clearly being configuration management tools.

For example, Docker neatly packages up actions needed to establish and run an application (in a Dockerfile). However, individuals don’t often think about Docker a configuration management tool.

To make things clearer, let’s divide up the common tools that may fall under or connect to setup management:

Setup Management Tools

These are the tools you see typically related to configuration management. Tools like Chef, Ansible, and Puppet provide ways to codify steps that we require in order to bring a property in line with a current definition of how that property must look. You may develop an Ansible playbook that ensures that all of our X servers have actually Y set up within them.

Infrastructure-as-Code Tools

Often also called provisioning tools, IaC tools include CloudFormation and Terraform. If our setup management tools consist of the setup we require on our properties, our provisioning tools are how we get those possessions. It’s this blurred line that explains why we need to bring these tools into our conversation of configuration management. And many consider it an anti-pattern to use configuration management tools for provisioning.

Pipeline Tools

We talked briefly about software application shipment pipelines, but implementing them requires tooling. Popular technologies include Jenkins, CircleCI, and GitLab CI. By utilizing tools to codify our construct process, we make it simple for other developers to comprehend how our artifacts are modified and created, which is a type of setup management.

Source Control Tools

Source control tools include GitHub, SVN, GitLab, and Bitbucket. While we require to codify our automation in scripts, if we don’t properly track the history of our changes, then we aren’t truly accomplishing configuration management.

We’re now nearing completion of our intro to configuration management. We’ve covered what configuration management is, we know the benefits, and we’re now up to date on the latest tools. All of this info can be a little frustrating if you’re asking the easy concern of “Where should I start?”

Let’s break it all down so that you can begin your journey into setup management.

 

 

 

Source :
windowsreport.com
plutora.com
itstillworks.com

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