Modern Driver Management with the Administration Service

CharlesEndpoint Management, How-To, MECM/MEMCM/SCCM, Powershell, Scripting, Task Sequence4 Comments


Today I’d like to share with you a new solution I’ve developed to allow me to use the free Modern Driver Management solution from the team at MSEndpointMgr at my work. My goal is to use the process developed by them for managing drivers in a task sequence and convert it to use the ConfigMgr Administration Service since my company won’t allow me to install their third-party web service. It will also move most of the functionality into task sequence steps to make it easier for admins to debug and make changes to the process. Links to my solution are provided below.

Here is a quick summary of their existing solution:

  1. Use the Driver Automation Tool to download and create standard packages in Configuration Manager
  2. Install and Configure the Web Service
  3. Use the “ApplyDriverPackage” PowerShell script to:
    • Detect the device manufacturer, model and System SKU
    • Query the web service for a list of driver packages
    • Filter down to the best driver package for your system
    • Download the driver package
    • Apply the drivers

What is the Administration Service?

The Administration Service (AdminService for short) is a REST API for the SMS_Provider that is accessible via HTTPS. It’s a web service developed and maintained by the product team.

If you want to know more, check out the official documentation here.

Great, but how do I use this service?

Since I had no idea where to start initially to get some data back from the AdminService, I found some good blog articles and videos to guide me. Here is what helped me out the most:

Step 1 – Replace the web service

The main “challenge” to replace the web service was to create a PowerShell script which would query the AdminService and return a Package ID. Once I have this Package ID, I can easily use built-in task sequence steps to download and apply driver packages.

After a lot of trial and error, I wrote a script that allows me to specify multiple parameters such as:

  • Device Manufacturer
  • Model
  • System SKU
  • OS Architecture
  • Release ID
  • etc.

Then, with this information, the script queries the AdminService for a list of packages and filters down to the best possible package and returns the ID of the package. My goal was to dynamically provide these parameters during a task sequence and output the package ID to a TS variable.


I think the title of the script (Invoke-GetPackageIDFromAdminService) explains well what it does… I wrote the script so that I could use it for both Driver & BIOS packages.

The actual query to the AdminService is quite simple. I’m querying for all packages with a package name that starts with “Drivers -” or “Bios Update -” depending on the value of “PackageType”. Instead of returning all the properties of the packages, I select a few properties that will help me filter which is the best package for the device.

The rest of the script is simply filtering which driver package is the most suitable with the information provided and then it returns a PackageID. Here is a snippet of the relevant part of the script where we retrieve a list of packages from the AdminService:

        If($PackageType -eq "DriverPackage"){
            $Filter = "startswith(Name,'Drivers - ')"
        }ElseIf($PackageType -eq "BIOSPackage"){
            $Filter = "startswith(Name,'BIOS Update - ')"
        $Body = @{
            "`$filter" = $Filter
            "`$select" = "Name,Description,Manufacturer,Version,SourceDate,PackageID"

        $Packages = (Invoke-RestMethod -Method Get -Uri $WMIPackageURL -Body $Body @Global:InvokeRestMethodCredential | Select-Object -ExpandProperty value)
Log file in CMTrace format for your troubleshooting needs

The script is hosted on GitHub and I invite you to send me pull requests if you believe you can improve the script. I do not have that many different PC models to test and I might have missed something.

Task Sequence to query the AdminService

The goal of this task sequence is to identify the manufacturer, model and SKU of the current system and make sure it matches the naming convention used by the Driver Automation Tool.

Then, with those values, we call the Invoke-GetPackageIDFromAdminService to get the PackageID of the driver package we need.

Keep in mind that you will need to set the appropriate credentials to use to query the AdminService, see here:

The user account needed in this step only needs “Read” permission on Packages in configuration manager. That’s it.

A quick note on “BypassCertCheck”: If you set this to 0, you will need to make sure that the certificate used by the AdminService is trusted by the device at the time it’s running the task sequence or the script will be unable to query the AdminService. If you have a good idea how to tackle this problem, please let me know.

Disclaimer: I’ve only been doing my test on current branch 2002 with enhanced HTTP enabled.

Step 2 – Replace the “All-in-one” script

The Apply Driver Package script from the original modern driver management solution is very well done, but I wanted something more flexible for people less familiar with PowerShell.

Also, any customization done on the existing script would require you to redo the same customization every time you update the script.

If the steps are performed with the built-in task sequence steps, it becomes much easier for anyone to make adjustments on how the drivers are applied.

I created an “Apply Driver Package” task sequence which uses the previous task sequence and performs other steps needed like:

  • Downloading the package
  • Extract the drivers, if needed
  • Cache Drivers in a custom location
  • Support for different driver deployment types:
    • Baremetal
    • Driver Refresh/Update
    • In-place upgrade
    • Precache only

You can reuse this task sequence in multiple other task sequences simply by defining some key variables.

I’ve exported the task sequences for you to download here.


In this section, I’ll simply show you how you can reuse the same task sequence in multiple scenario to give you an idea of what can be done.

Example 1 – Baremetal

  • Applying 1809 64-bit
  • Drivers should be cached in C:\Win10Drivers_1809

There is no need to specify the “DriverPackageOSArch” in this case because the default value is x64. If you were deploying a 32-bit OS image, you would need to specify that too.

Example 2 – In-place upgrade

  • Stage the 1909 drivers before the in-place upgrade
  • Don’t cache the drivers in a custom location

Setting the “DriverDeploymentType” to OSUpgrade will assign the TS variable “OSDUpgradeStagedContent” to the location of the downloaded drivers.

The content will be used by the upgrade step to apply the new drivers.

For more information, see here.

Example 3 – Driver refresh

  • Update the current drivers on system
  • Don’t cache the drivers in a custom location

The default behavior of the “Apply Driver Package” TS is to perform a driver refresh when run in Full OS.

Example 4 – Precache drivers

  • Cache the drivers in the location C:\Drivers\1909
  • Precache Windows 10 1909 drivers only, don’t install the drivers

Next steps

I’m looking for feedback and suggestions to improve this solution.

I will also be working on a similar task sequence for BIOS packages.

Task Sequences exports and the script to query the AdminService is on my GitHub repository.

Thank you – Charles.

4 Comments on “Modern Driver Management with the Administration Service”

  1. Hello. I downloaded and imported your task sequences then deployed the Apply Driver Package TS to a collection. When running the TS from Software Center the task fails. I can see the downloaded driver package is the correct driver package for my model but Apply Drivers using PNPUtil fails with error code 0xC000004B. SMSTS.log has “Failed to run the action: Apply drivers using PNPUtil. Error -1073741749”. If I look in pnputil.log, my last two lines are “Total driver packages: 316” and “Added driver packages: 256”. Software Center has an error code of 0x4005(16389). I think it might be using the wrong PNPUtil, if it was a command line i would disable 64 bit file system redirection. Any thoughts?

    1. Hello Aron, thanks for trying out the task sequences. I did some searching about the error code 0xC000004B.
      I found this on Microsoft Docs:
      Description: An attempt was made to suspend a thread that has begun termination.

      I’m no expert but it looks like to me that PNPUtil is spawning other threads to install the various drivers in the driver package and one of those threads returned this exit code.

      I’ve had similar issue with PNPutil returning exit code 259 but the pnputil.log file looked like drivers installed fine. So I added the exit code 259 to the list of successful exit codes for that step. You could probably add exit code 3221225547‬ (0xC000004B in decimal) as a successful exit code for this step to prevent the task sequence from failing because of this exit code.

  2. Hi Charles, thank you for the great work and that you are sharing this with us.
    Why are you splitting drivers and bios updates? It would be nice to do both in one task sequence.
    I’m actually watching your work to use it for our Internet Clients. Since covid-19 it’s impossible for us to update drivers and bios. 3rd Party driver and bios patching is not working very well. We are still using modern driver management with webserivces but the new challanges force us to use other alternatives.

    1. Hi Duke, there’s nothing stopping you from running a task sequence that runs both the BIOS and Drivers task sequences one after the other and update both the BIOS and drivers at the same time.
      However, regarding internet clients, the method used to download package dynamically by manually setting variables for OSDDownloadContent.exe is not officially supported and does not work over CMG as far as I know.
      I also invite you to vote for this uservoice:
      which would allow us to download content dynamically in a supported manner and would work over CMG.

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