![]() Once we apply this we can now start to apply policies for specific applications that will be allowed to work. In the right panel, we now need to click on the “ Configure Rule Enforcement” options and for this demonstration I am going to enable check the following options. ![]() So to change that services, open up “ services.msc” and make the change.Įnsure the service is “ Started” then we start configuring the rules. You can see the name of the service listed in the “ Configure Rule Enforcement” box. In order to use the “ AppLocker” a service needs to be changed from “ manual” to “ automatically” start. Once this loads we need to expand the following.Įxpanding and then Clicking on “ AppLocker” will display the following in the right and left panels. To enable it open up the “ Local Security Pool” tool using “ gpedit.msc“. “ AppLocker” is not enabled by default, so we need to enable this through the “ Local Security Policy” configuration. This was introduced a few Windows versions ago, and is available in Server 2012 R2 which is what I am using within my SharePoint 2013 environment. This brings me to a features that may not be so well known in Windows called “ AppLocker“. So the question is how do we make the attack surface a little smaller? However right now, you have to do a full operating installation, GUI and all for SharePoint to work, too many dependencies for Server Core right now. ![]() This not only gives me great performance on the smaller spec’d machines but helps reduce the overall footprint of the servers themselves. In my demonstration environments, I now always use Server Core for SQL and also for the domain services. There are many documents out there from Microsoft and others that outline how to harden Windows Servers. I have focused on hacking SharePoint, all the way to trying to secure it better for the many different types of environments that I see.Īn important part of securing SharePoint is really the hardening of the underlying services and operating systems. Might be helpful for some.One of the things I speak about most frequently is Security and SharePoint. By doing it this way, you can enable Managed Installers for the Intune Management Extension thereby allowing any app globally that is installed via Intune. I also found this article, that describes using a Custom CI Policy and Powershell to implement the Applocker policy. As well as, allowing all Managed Installers from MEMCM and applications allowed from the Microsoft Intelligent Security Graph. WDAC also supports capture from a reference computer with a "golden" image. It would seem that Applocker is still recommended in situations of shared computers, but that WDAC is the preferred means for user-dedicated computers. It seems that this is very discouraged, but with AppLocker it was common to use these to define a network share where items could be installed from. I was struggling with the file rules and using wildcard paths. I'd love to see a write up on how to implement custom policies with WDAC. Although AppLocker will continue to receive security fixes, it will not undergo new feature improvements. WDAC is undergoing continual improvements, and will be getting added support from Microsoft management platforms. Generally, it's recommended that customers, who are able to implement application control using Windows Defender Application Control rather than AppLocker, do so. I thought the new way to do this is through Windows Defender Application Control, per Isn't Applocker the old way to do this? I thought that was why it was only supported through custom OMA-URI settings.
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