

\DefaultWindows_Enforced.xml -Option 16īelow in Figure 1, with number 2, is an example of the information that will be added to the. Using that same example with the -Delete parameter, will remove the no reboot information again.
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Below is an example of how to add rule option 16 to the Code Integrity policy. That rule option can be used to allow future updates to the Code Integrity policy without requiring a system reboot. For this post the most important rule option, is rule option 16. Currently there are 19 different rule options that can be configured and those rule options are documented here. The configured rule options appear under the Rules property in the.

From that module the Set-RuleOption cmdlet can be used to modify the rule options in a Code Integrity policy. xml policy file), by using the ConfigCI module. PowerShell can be used to make all kinds of adjustments to a Code Integrity policy (the.
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That policy enforces the rules that are necessary to ensure that Windows, 3rd party hardware and software kernel drivers, and Windows Store apps will run and is also used as the basis for all Microsoft Endpoint Manager (MEM) policies. As this post is not focussed on constructing a custom Code Integrity policy, I’ll use DefaultWindows_Enforced.xml as my custom Code Integrity policy. Luckily, Windows already contains a few examples that can be used as the starting point (in a folder named CodeIntegrity). However, as a lot in the configuration is still referring to Code Integrity, or CI, I’ll keep referring to it in this post as a Code Integrity policy. The first action is to create a custom MDAC policy, which was formerly known as a Code Integrity policy. I’ll end this post by having a look at the end-user experience. The same steps are actually applicable to deploying any custom MDAC policy by using Microsoft Intune.

In this post I won’t focus on how MDAC technically works, but I want to focus on creating a custom MDAC policy and deploying that policy by using Microsoft Intune, without triggering a reboot.
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History aside, CI policies help with protecting Windows 10 devices by checking apps based on the attributes of the code signing certificates and the app binaries, the reputation of the app, the identity of the process that initiated the installation (managed installer) and the path from which the app is launched. To make the history lesson complete, configurable CI policies was one of the two main components of Windows Defender Device Guard (WDDG). MDAC, often still referred to as Windows Defender Application Control (WDAC), restricts application usage by using a feature that was previously already known as configurable Code Integrity (CI) policies. More specifically, about configuring MDAC policies on Windows 10 devices by using Microsoft Intune without forcing a reboot. This week is all about Microsoft Defender Application Control (MDAC).
