Windows 11

Getting started with Windows enrollment attestation

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This week is all about adding an additional layer of protection to the enrollment of Windows devices. That additional layer of protection is Windows enrollment attestation. Windows enrollment attestation is focused on making the process of enrolling into Microsoft Intune more secure and trustworthy for Windows devices. It relies on using the Trusted Platform Module (TPM) to store the private keys of the MDM certificate from Microsoft Intune and the access token from Microsoft Entra. That information is attested during the enrollment of Windows devices, making it less prone to tampering. That should provide better protection against attackers that for example steal an Intune MDM certificate. This blog post will start with a brief introduction about Windows enrollment attestation, followed with the central insights and …

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Understanding the local diagnosing and troubleshooting options for Endpoint Privilege Management

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This week is focused on creating some awareness around the EpmTools PowerShell module. That PowerShell module is available to be used to diagnose and troubleshoot issues with Endpoint Privilege Management (EPM). Besides that, it can also be used to get the required attributes directly from a file or application. The best part is that the EpmTools PowerShell module is included by default with the installation of the Microsoft EPM agent. That provides IT administrators with a set of cmdlets to easily retrieve information about the actual local configuration of the Microsoft EPM agent, including the received policies, the applied client settings, and more. This blog post will provide an overview of the available cmdlets in the EpmTools PowerShell module, followed the steps and examples for …

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Understanding the pause config refresh remote action for Windows devices

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This week is sort of a follow up on a post of almost a year ago about scheduling automatic policy refreshes for Windows devices without requiring a check-in. While that post was focused on actually scheduling automatic policy refreshes for Windows devices, by using Config Refresh, this post will be focused on temporarily pausing that scheduled policy refresh. Temporarily pausing the scheduled policy refreshes provides the IT administrator with a window for troubleshooting the device. Without pausing the scheduled policy refreshes, the supported configurations will automatically refresh their policies. That can be pretty disturbing when verifying specific behavior with specific configurations. So, pausing the automatic policy refreshes is an important piece of the scheduled policy refresh. Automatic policy refresh relies on Config Refresh that is …

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Managing recommended security settings for Windows Subsystem for Linux

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This week is all about Windows Subsystem for Linux (WSL) and managing the recommended settings. WSL is a feature of Windows that allows users to run a Linux environment directly on their Windows machine. All without the need of running a separate VM. It’s designed to provide a seamless and productive experience for users who want to use both Windows and Linux at the same time. Of course, it’s important to address that level of productivity with the right level of security. Luckily, Microsoft also provides a guidance around enabling the secure use of Linux with WSL in an enterprise environment. All focused on using Microsoft Intune and Microsoft Defender. This post will have a brief look at the recommended security settings for WSL, followed …

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Working with support approved elevations

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This week is all about highlighting some recent functionalities that have been introduced in Endpoint Privilege Management (EPM). The most important functionality is probably the newly supported file extensions of .msi and .ps1. That provides a larger footprint for EPM in the world of often elevated file extensions. The same experience as already known for executables. Besides that, there is more new functionality within EPM that might even be more powerful. That functionality is support approved elevations. Support approved elevations allow IT administrators to require approval before an elevation is allowed. That makes sure that when a user tries to run a file in an elevated context that the user is prompted to submit an elevation request. That request is sent to Intune for a …

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Understanding enrollment restrictions for Windows devices

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This week is a follow up to the post of last week. That post was focused on understanding corporate identifiers for Windows devices. A method to identify specific devices as corporate Windows devices, which is especially useful in combination with Windows Autopilot device preparation. This post will actually add-on to those corporate identifiers, by focusing on enrollment restrictions for Windows devices. Enrollment restrictions for Windows devices can be used to restrict devices from enrolling in Microsoft Intune. The main differentiators so far, however, were the ownership and OS version of the devices. But something changed in that area as well. With the assignment of device enrollment restrictions for Windows devices it’s now also possible to use specific filters. Using those filters provides more granularity in …

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Understanding corporate identifiers for Windows devices

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This week is sort of a follow up to the post of last week. That post was focused on understanding enrollment time grouping in Windows Autopilot device preparation. This post will focus on corporate identifiers for Windows devices. Corporate device identifiers are an important, but not required, addition to the Windows Autopilot device preparation experience. As the concept of Windows Autopilot device preparation is slightly different compared to the Windows Autopilot deployment profiles, there are also different requirements to still register a device as a corporate device. There is no longer the requirement to register devices with the Windows Autopilot deployment service. That, however, also means that there must be something different to make sure that only trusted devices can go through the Windows Autopilot …

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Understanding enrollment time grouping

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This week is all about one of the key features of Windows Autopilot device preparation. That feature is enrollment time grouping. Windows Autopilot device preparation itself is a new iteration of Windows Autopilot and is used to quickly set up and configure new Windows devices. So far, nothing new. The focus, however, of Windows Autopilot device preparation is to further simplify the deployment of Windows devices, by delivering consistent configurations, enhancing the overall setup speed, and improving the troubleshooting capabilities. Besides that, it also takes away the requirement of first registering Windows devices with the Windows Autopilot service. Instead the Windows Autopilot device preparation profile is assigned to users and applied after user authentication during the out-of-box experience (OOBE). That provides a much more flexible …

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Managing Windows AI features

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This week is all about managing the different Windows AI features that are becoming available on Window 11. Main reason to look at those configurations is triggered by the recent introduction of Windows Recall. Recall is a feature that makes snapshots of the screen and puts that in a timeline. Those snapshots are locally stored on the device. The analyses provided by Recall enables the user to search through those snapshots by using natural language. A potentially really strong feature, but also feature that an organization might want to investigate before using. Something similar is also applicable to another Windows AI feature that was introduced a bit earlier, being Windows Copilot. Besides that, another interesting Windows AI feature is Image Creator in Windows Paint. That’s …

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Getting started with the Remote Help web app

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This week is all about the Remote Help web app. Remote Help on itself is nothing new, but it does have an often overlooked feature that can be useful in multiple occasions. That feature is the Remote Help web app. The Remote Help web app can be used to help users on managed and unmanaged devices, without installing the Remote Help app, and in some scenarios even on Linux devices. The former might sound a little bit weird, but due to the nature of the web app, it does technically work in some scenarios to provide support on Linux. Together that makes the Remote Help web app an interesting feature to be familiar with. It is good to know that the web app only supports …

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