With the release of Windows 11 and the approaching end of support for Windows 10, organizations are evaluating how to best prepare for the upgrade. One of the most critical steps is determining whether your current devices meet the minimum system requirements for the new operating system. Microsoft provides several tools to assist in this process. It is essential to plan the transition now to ensure ongoing support and security for your systems.
Hardware Readiness PowerShell Script
Microsoft has released the Hardware Readiness PowerShell script as an interim solution for assessing device compatibility. Here's how to get started:
- Running Locally: For individual devices, the script can be executed from an elevated PowerShell prompt.
- Running in bulk: To run the script on multiple devices, you can use IT Automation profiles directly from Atera, or if your plan supports it, you can attach the script to a Script Based Custom field, which will give you the output of the script directly inside the Agent console.
Be sure to upload the script to your Atera instance to execute it. Visit the following sections to learn how to run scripts in Atera and review the results.
#=============================================================================================================================
#
# Script Name: HardwareReadiness.ps1
# Description: Verifies the hardware compliance. Return code 0 for success.
# In case of failure, returns non zero error code along with error message.
# This script is not supported under any Microsoft standard support program or service and is distributed under the MIT license
# Copyright (C) 2021 Microsoft Corporation
# Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation
# files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy,
# modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software
# is furnished to do so, subject to the following conditions:
# The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
# WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR
# COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
# ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
#=============================================================================================================================
$exitCode = 0
[int]$MinOSDiskSizeGB = 64
[int]$MinMemoryGB = 4
[Uint32]$MinClockSpeedMHz = 1000
[Uint32]$MinLogicalCores = 2
[Uint16]$RequiredAddressWidth = 64
$PASS_STRING = "PASS"
$FAIL_STRING = "FAIL"
$FAILED_TO_RUN_STRING = "FAILED TO RUN"
$UNDETERMINED_CAPS_STRING = "UNDETERMINED"
$UNDETERMINED_STRING = "Undetermined"
$CAPABLE_STRING = "Capable"
$NOT_CAPABLE_STRING = "Not capable"
$CAPABLE_CAPS_STRING = "CAPABLE"
$NOT_CAPABLE_CAPS_STRING = "NOT CAPABLE"
$STORAGE_STRING = "Storage"
$OS_DISK_SIZE_STRING = "OSDiskSize"
$MEMORY_STRING = "Memory"
$SYSTEM_MEMORY_STRING = "System_Memory"
$GB_UNIT_STRING = "GB"
$TPM_STRING = "TPM"
$TPM_VERSION_STRING = "TPMVersion"
$PROCESSOR_STRING = "Processor"
$SECUREBOOT_STRING = "SecureBoot"
$I7_7820HQ_CPU_STRING = "i7-7820hq CPU"
# 0=name of check, 1=attribute checked, 2=value, 3=PASS/FAIL/UNDETERMINED
$logFormat = '{0}: {1}={2}. {3}; '
# 0=name of check, 1=attribute checked, 2=value, 3=unit of the value, 4=PASS/FAIL/UNDETERMINED
$logFormatWithUnit = '{0}: {1}={2}{3}. {4}; '
# 0=name of check.
$logFormatReturnReason = '{0}, '
# 0=exception.
$logFormatException = '{0}; '
# 0=name of check, 1= attribute checked and its value, 2=PASS/FAIL/UNDETERMINED
$logFormatWithBlob = '{0}: {1}. {2}; '
# return returnCode is -1 when an exception is thrown. 1 if the value does not meet requirements. 0 if successful. -2 default, script didn't run.
$outObject = @{ returnCode = -2; returnResult = $FAILED_TO_RUN_STRING; returnReason = ""; logging = "" }
# NOT CAPABLE(1) state takes precedence over UNDETERMINED(-1) state
function Private:UpdateReturnCode {
param(
[Parameter(Mandatory = $true)]
[ValidateRange(-2, 1)]
[int] $ReturnCode
)
Switch ($ReturnCode) {
0 {
if ($outObject.returnCode -eq -2) {
$outObject.returnCode = $ReturnCode
}
}
1 {
$outObject.returnCode = $ReturnCode
}
-1 {
if ($outObject.returnCode -ne 1) {
$outObject.returnCode = $ReturnCode
}
}
}
}
$Source = @"
using Microsoft.Win32;
using System;
using System.Runtime.InteropServices;
public class CpuFamilyResult
{
public bool IsValid { get; set; }
public string Message { get; set; }
}
public class CpuFamily
{
[StructLayout(LayoutKind.Sequential)]
public struct SYSTEM_INFO
{
public ushort ProcessorArchitecture;
ushort Reserved;
public uint PageSize;
public IntPtr MinimumApplicationAddress;
public IntPtr MaximumApplicationAddress;
public IntPtr ActiveProcessorMask;
public uint NumberOfProcessors;
public uint ProcessorType;
public uint AllocationGranularity;
public ushort ProcessorLevel;
public ushort ProcessorRevision;
}
[DllImport("kernel32.dll")]
internal static extern void GetNativeSystemInfo(ref SYSTEM_INFO lpSystemInfo);
public enum ProcessorFeature : uint
{
ARM_SUPPORTED_INSTRUCTIONS = 34
}
[DllImport("kernel32.dll")]
[return: MarshalAs(UnmanagedType.Bool)]
static extern bool IsProcessorFeaturePresent(ProcessorFeature processorFeature);
private const ushort PROCESSOR_ARCHITECTURE_X86 = 0;
private const ushort PROCESSOR_ARCHITECTURE_ARM64 = 12;
private const ushort PROCESSOR_ARCHITECTURE_X64 = 9;
private const string INTEL_MANUFACTURER = "GenuineIntel";
private const string AMD_MANUFACTURER = "AuthenticAMD";
private const string QUALCOMM_MANUFACTURER = "Qualcomm Technologies Inc";
public static CpuFamilyResult Validate(string manufacturer, ushort processorArchitecture)
{
CpuFamilyResult cpuFamilyResult = new CpuFamilyResult();
if (string.IsNullOrWhiteSpace(manufacturer))
{
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "Manufacturer is null or empty";
return cpuFamilyResult;
}
string registryPath = "HKEY_LOCAL_MACHINE\\Hardware\\Description\\System\\CentralProcessor\\0";
SYSTEM_INFO sysInfo = new SYSTEM_INFO();
GetNativeSystemInfo(ref sysInfo);
switch (processorArchitecture)
{
case PROCESSOR_ARCHITECTURE_ARM64:
if (manufacturer.Equals(QUALCOMM_MANUFACTURER, StringComparison.OrdinalIgnoreCase))
{
bool isArmv81Supported = IsProcessorFeaturePresent(ProcessorFeature.ARM_SUPPORTED_INSTRUCTIONS);
if (!isArmv81Supported)
{
string registryName = "CP 4030";
long registryValue = (long)Registry.GetValue(registryPath, registryName, -1);
long atomicResult = (registryValue >> 20) & 0xF;
if (atomicResult >= 2)
{
isArmv81Supported = true;
}
}
cpuFamilyResult.IsValid = isArmv81Supported;
cpuFamilyResult.Message = isArmv81Supported ? "" : "Processor does not implement ARM v8.1 atomic instruction";
}
else
{
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "The processor isn't currently supported for Windows 11";
}
break;
case PROCESSOR_ARCHITECTURE_X64:
case PROCESSOR_ARCHITECTURE_X86:
int cpuFamily = sysInfo.ProcessorLevel;
int cpuModel = (sysInfo.ProcessorRevision >> 8) & 0xFF;
int cpuStepping = sysInfo.ProcessorRevision & 0xFF;
if (manufacturer.Equals(INTEL_MANUFACTURER, StringComparison.OrdinalIgnoreCase))
{
try
{
cpuFamilyResult.IsValid = true;
cpuFamilyResult.Message = "";
if (cpuFamily >= 6 && cpuModel <= 95 && !(cpuFamily == 6 && cpuModel == 85))
{
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "";
}
else if (cpuFamily == 6 && (cpuModel == 142 || cpuModel == 158) && cpuStepping == 9)
{
string registryName = "Platform Specific Field 1";
int registryValue = (int)Registry.GetValue(registryPath, registryName, -1);
if ((cpuModel == 142 && registryValue != 16) || (cpuModel == 158 && registryValue != 8))
{
cpuFamilyResult.IsValid = false;
}
cpuFamilyResult.Message = "PlatformId " + registryValue;
}
}
catch (Exception ex)
{
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "Exception:" + ex.GetType().Name;
}
}
else if (manufacturer.Equals(AMD_MANUFACTURER, StringComparison.OrdinalIgnoreCase))
{
cpuFamilyResult.IsValid = true;
cpuFamilyResult.Message = "";
if (cpuFamily < 23 || (cpuFamily == 23 && (cpuModel == 1 || cpuModel == 17)))
{
cpuFamilyResult.IsValid = false;
}
}
else
{
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "Unsupported Manufacturer: " + manufacturer + ", Architecture: " + processorArchitecture + ", CPUFamily: " + sysInfo.ProcessorLevel + ", ProcessorRevision: " + sysInfo.ProcessorRevision;
}
break;
default:
cpuFamilyResult.IsValid = false;
cpuFamilyResult.Message = "Unsupported CPU category. Manufacturer: " + manufacturer + ", Architecture: " + processorArchitecture + ", CPUFamily: " + sysInfo.ProcessorLevel + ", ProcessorRevision: " + sysInfo.ProcessorRevision;
break;
}
return cpuFamilyResult;
}
}
"@
# Storage
try {
$osDrive = Get-WmiObject -Class Win32_OperatingSystem | Select-Object -Property SystemDrive
$osDriveSize = Get-WmiObject -Class Win32_LogicalDisk -filter "DeviceID='$($osDrive.SystemDrive)'" | Select-Object @{Name = "SizeGB"; Expression = { $_.Size / 1GB -as [int] } }
if ($null -eq $osDriveSize) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $STORAGE_STRING
$outObject.logging += $logFormatWithBlob -f $STORAGE_STRING, "Storage is null", $FAIL_STRING
$exitCode = 1
}
elseif ($osDriveSize.SizeGB -lt $MinOSDiskSizeGB) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $STORAGE_STRING
$outObject.logging += $logFormatWithUnit -f $STORAGE_STRING, $OS_DISK_SIZE_STRING, ($osDriveSize.SizeGB), $GB_UNIT_STRING, $FAIL_STRING
$exitCode = 1
}
else {
$outObject.logging += $logFormatWithUnit -f $STORAGE_STRING, $OS_DISK_SIZE_STRING, ($osDriveSize.SizeGB), $GB_UNIT_STRING, $PASS_STRING
UpdateReturnCode -ReturnCode 0
}
}
catch {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormat -f $STORAGE_STRING, $OS_DISK_SIZE_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
# Memory (bytes)
try {
$memory = Get-WmiObject Win32_PhysicalMemory | Measure-Object -Property Capacity -Sum | Select-Object @{Name = "SizeGB"; Expression = { $_.Sum / 1GB -as [int] } }
if ($null -eq $memory) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $MEMORY_STRING
$outObject.logging += $logFormatWithBlob -f $MEMORY_STRING, "Memory is null", $FAIL_STRING
$exitCode = 1
}
elseif ($memory.SizeGB -lt $MinMemoryGB) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $MEMORY_STRING
$outObject.logging += $logFormatWithUnit -f $MEMORY_STRING, $SYSTEM_MEMORY_STRING, ($memory.SizeGB), $GB_UNIT_STRING, $FAIL_STRING
$exitCode = 1
}
else {
$outObject.logging += $logFormatWithUnit -f $MEMORY_STRING, $SYSTEM_MEMORY_STRING, ($memory.SizeGB), $GB_UNIT_STRING, $PASS_STRING
UpdateReturnCode -ReturnCode 0
}
}
catch {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormat -f $MEMORY_STRING, $SYSTEM_MEMORY_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
# TPM
try {
$tpm = Get-Tpm
if ($null -eq $tpm) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $TPM_STRING
$outObject.logging += $logFormatWithBlob -f $TPM_STRING, "TPM is null", $FAIL_STRING
$exitCode = 1
}
elseif ($tpm.TpmPresent) {
$tpmVersion = Get-WmiObject -Class Win32_Tpm -Namespace root\CIMV2\Security\MicrosoftTpm | Select-Object -Property SpecVersion
if ($null -eq $tpmVersion.SpecVersion) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $TPM_STRING
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, "null", $FAIL_STRING
$exitCode = 1
}
$majorVersion = $tpmVersion.SpecVersion.Split(",")[0] -as [int]
if ($majorVersion -lt 2) {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $TPM_STRING
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, ($tpmVersion.SpecVersion), $FAIL_STRING
$exitCode = 1
}
else {
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, ($tpmVersion.SpecVersion), $PASS_STRING
UpdateReturnCode -ReturnCode 0
}
}
else {
if ($tpm.GetType().Name -eq "String") {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f $tpm
}
else {
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $TPM_STRING
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, ($tpm.TpmPresent), $FAIL_STRING
}
$exitCode = 1
}
}
catch {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormat -f $TPM_STRING, $TPM_VERSION_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
# CPU Details
$cpuDetails;
try {
$cpuDetails = @(Get-WmiObject -Class Win32_Processor)[0]
if ($null -eq $cpuDetails) {
UpdateReturnCode -ReturnCode 1
$exitCode = 1
$outObject.returnReason += $logFormatReturnReason -f $PROCESSOR_STRING
$outObject.logging += $logFormatWithBlob -f $PROCESSOR_STRING, "CpuDetails is null", $FAIL_STRING
}
else {
$processorCheckFailed = $false
# AddressWidth
if ($null -eq $cpuDetails.AddressWidth -or $cpuDetails.AddressWidth -ne $RequiredAddressWidth) {
UpdateReturnCode -ReturnCode 1
$processorCheckFailed = $true
$exitCode = 1
}
# ClockSpeed is in MHz
if ($null -eq $cpuDetails.MaxClockSpeed -or $cpuDetails.MaxClockSpeed -le $MinClockSpeedMHz) {
UpdateReturnCode -ReturnCode 1;
$processorCheckFailed = $true
$exitCode = 1
}
# Number of Logical Cores
if ($null -eq $cpuDetails.NumberOfLogicalProcessors -or $cpuDetails.NumberOfLogicalProcessors -lt $MinLogicalCores) {
UpdateReturnCode -ReturnCode 1
$processorCheckFailed = $true
$exitCode = 1
}
# CPU Family
Add-Type -TypeDefinition $Source
$cpuFamilyResult = [CpuFamily]::Validate([String]$cpuDetails.Manufacturer, [uint16]$cpuDetails.Architecture)
$cpuDetailsLog = "{AddressWidth=$($cpuDetails.AddressWidth); MaxClockSpeed=$($cpuDetails.MaxClockSpeed); NumberOfLogicalCores=$($cpuDetails.NumberOfLogicalProcessors); Manufacturer=$($cpuDetails.Manufacturer); Caption=$($cpuDetails.Caption); $($cpuFamilyResult.Message)}"
if (!$cpuFamilyResult.IsValid) {
UpdateReturnCode -ReturnCode 1
$processorCheckFailed = $true
$exitCode = 1
}
if ($processorCheckFailed) {
$outObject.returnReason += $logFormatReturnReason -f $PROCESSOR_STRING
$outObject.logging += $logFormatWithBlob -f $PROCESSOR_STRING, ($cpuDetailsLog), $FAIL_STRING
}
else {
$outObject.logging += $logFormatWithBlob -f $PROCESSOR_STRING, ($cpuDetailsLog), $PASS_STRING
UpdateReturnCode -ReturnCode 0
}
}
}
catch {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormat -f $PROCESSOR_STRING, $PROCESSOR_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
# SecureBooot
try {
$isSecureBootEnabled = Confirm-SecureBootUEFI
$outObject.logging += $logFormatWithBlob -f $SECUREBOOT_STRING, $CAPABLE_STRING, $PASS_STRING
UpdateReturnCode -ReturnCode 0
}
catch [System.PlatformNotSupportedException] {
# PlatformNotSupportedException "Cmdlet not supported on this platform." - SecureBoot is not supported or is non-UEFI computer.
UpdateReturnCode -ReturnCode 1
$outObject.returnReason += $logFormatReturnReason -f $SECUREBOOT_STRING
$outObject.logging += $logFormatWithBlob -f $SECUREBOOT_STRING, $NOT_CAPABLE_STRING, $FAIL_STRING
$exitCode = 1
}
catch [System.UnauthorizedAccessException] {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormatWithBlob -f $SECUREBOOT_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
catch {
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormatWithBlob -f $SECUREBOOT_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
# i7-7820hq CPU
try {
$supportedDevices = @('surface studio 2', 'precision 5520')
$systemInfo = @(Get-WmiObject -Class Win32_ComputerSystem)[0]
if ($null -ne $cpuDetails) {
if ($cpuDetails.Name -match 'i7-7820hq cpu @ 2.90ghz'){
$modelOrSKUCheckLog = $systemInfo.Model.Trim()
if ($supportedDevices -contains $modelOrSKUCheckLog){
$outObject.logging += $logFormatWithBlob -f $I7_7820HQ_CPU_STRING, $modelOrSKUCheckLog, $PASS_STRING
$outObject.returnCode = 0
$exitCode = 0
}
}
}
}
catch {
if ($outObject.returnCode -ne 0){
UpdateReturnCode -ReturnCode -1
$outObject.logging += $logFormatWithBlob -f $I7_7820HQ_CPU_STRING, $UNDETERMINED_STRING, $UNDETERMINED_CAPS_STRING
$outObject.logging += $logFormatException -f "$($_.Exception.GetType().Name) $($_.Exception.Message)"
$exitCode = 1
}
}
Switch ($outObject.returnCode) {
0 { $outObject.returnResult = $CAPABLE_CAPS_STRING }
1 { $outObject.returnResult = $NOT_CAPABLE_CAPS_STRING }
-1 { $outObject.returnResult = $UNDETERMINED_CAPS_STRING }
-2 { $outObject.returnResult = $FAILED_TO_RUN_STRING }
}
$outObject | ConvertTo-Json -Compress
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# SIG # End signature block
Understanding the Script Output
The PowerShell script checks for compliance with Windows 11 system requirements and returns results in JSON format. Key outputs include:
1. returnCode: A numerical value indicating compatibility status.
-
-2: Failed to run – the script encountered an error -
-1: Undetermined – one or more of the hardware requirement checks failed to execute properly -
0: Capable – the device meets all assessed Windows 11 hardware requirements -
1: Not Capable – the device does not meet one or more of the assessed Windows 11 hardware requirements
2. returnReason: A list of unmet hardware requirements, such as Storage, Memory, TPM, Processor, or SecureBoot.
3. returnResult: A human-readable version of the return code (Capable, Not Capable, Undetermined, Failed To Run).
4. logging: Provides verbose logs of the hardware checks.
Output example
Below are 2 examples of what the script will output when it runs on your devices.
Not Capable Output
{"returnCode":1,"returnReason":"Storage, TPM, Processor, ","logging":"Storage: OSDiskSize=47GB. FAIL; Memory: System_Memory=4GB. PASS; TPM: TPMVersion=False. FAIL; Processor: {AddressWidth=64; MaxClockSpeed=2893; NumberOfLogicalCores=1; Manufacturer=GenuineIntel; Caption=Intel64 Family 6 Model 85 Stepping 7; }. FAIL; SecureBoot: Capable. PASS; ","returnResult":"NOT CAPABLE"}
Capable Output
{"returnCode":0,"returnReason":"","logging":"Storage: OSDiskSize=476GB. PASS; Memory: System_Memory=16GB. PASS; TPM: TPMVersion=2.0, 0, 1.59. PASS; Processor: {AddressWidth=64; MaxClockSpeed=1700; NumberOfLogicalCores=12; Manufacturer=GenuineIntel; Caption=Intel64 Family 6 Model 186 Stepping 3; }. PASS; SecureBoot: Capable. PASS; ","returnResult":"CAPABLE"}
Run Hardware Readiness via IT Automation profiles
You can leverage this script in Atera by running it through IT Automation profiles. When the profile executes, it generates a report with the script's output, which can be downloaded as a CSV file to provide an overview of Windows 11-compatible devices. This option is available to all Atera customers, with no plan restrictions.
Follow this guide to learn how to upload your script to an IT automation profile. This will allow you to run the script in bulk on your devices, providing you with the output:
Please make sure to assign the profile to all of your devices that you want to assess the hardware readiness for Windows 11.
View Hardware Readiness Report
After running the script on your devices, a Patch & Automation Feedback report will be generated for the profile. Click the Icon, to view the report.
The Patch & Automation Feedback report will open.
Now you can scroll down, and see the output for the devices that the profile managed to run on.
Export Hardware Readiness Report
From the Patch & Automation Feedback report page, you also have the option to export the report as an Excel or PDF file. This way, you can filter the report and get only the results that you desire.
Add as script-based custom field
Customers who are on the last plan of the Atera subscription have the possibility of using the script as a custom field to check if the device is compatible with Windows 11 requirements. This also allows you to generate advanced reports based on the field to get a quick overview of all devices that are compatible or not.
This article will provide you with all the steps needed in order to add the script-based custom field on your devices.
Generate Advance report
If you have created a script-based custom field that checks if a device is capable of being upgraded to Windows 11, you can use Advance Reports to view data in bulk.
1. From the Atera dashboard, click on the Reports section.
2. Click the + button next to Analytical reports.
3. On the New report window, select the Agents dataset and click on Build report.
4. On the Explore page, click the Account Custom Fields option.
5. Search for the Script-based custom field you have generated.
6. Select any other fields that you want to have inside the report, like Agent Name, OS Envoierment Name, etc, and click on Run.
The report will generate, showing you the output of the script-based custom field.
For more details about Advance reports, please visit the Knowledge Base section.
FAQs
Q1: Is the script compatible with all versions of Windows?
A1: The script is designed to run on Windows 10 and above.
Q2: What if the device lacks a TPM chip?
A2: The script will return a "Not Capable" status if the TPM chip is missing or incompatible.
Q3: Can the script run on multiple devices simultaneously?
A3: Yes, it can be deployed using automation tools like Microsoft Endpoint Manager.
Implications of Non-Compliance
Devices that do not meet Windows 11 requirements may face security risks and need to be upgraded to ensure compliance with organizational security standards.
Recommendations
- Regularly run the Hardware Readiness script as part of your device maintenance routine.
- Use the results to plan hardware upgrades where necessary strategically.
