In this blog post I’ll explain how to configure and enable Windows Hello Multifactor Device Unlock using Microsoft Intune. Windows Hello Multifactor Device Unlock provides multifactor device authentication for login or unlocking Windows 10 devices.
In my previous blog I highlighted the Security Analytics Dashboard of the Windows Defender Advanced Threat Protection and how to improve your organizations security excellence covering two improvement area’s: Windows Defender Antivirus and Windows Defender Application Guard.
In this blog I’ll cover two other improvement areas: Windows Defender Exploit Guard and SmartScreen Continue reading “Part 2: Improve your endpoint security /w Windows Defender ATP & Microsoft Intune: Exploit Guard & SmartScreen”
Remark: Some information relates to pre-released product (Windows 10 Insiders Preview build) which may be substantially modified before it’s commercially released. Microsoft makes no warranties, express or implied, with respect to the information provided here.
In my previous blog I highlighted some of the new (preview) features – Security Analytics Dashboard – of Windows Defender Advanced Threat Protection (WDATP). In this blog I’ll go into more details how you can improve your organizations endpoint security posture by translating the actionable recommendations into Microsoft Intune device restrictions profiles (aka policies).
Windows Defender Advance Threat Protection
Windows Defender ATP sheds light on configuration issues and provide insights to machines where security features are not configured or out of date. It does provide actionable recommendations to improve your endpoint security. The actual actionable improvement must be performed by your administrator. In this blog I’ll explain how to improve the security baseline of your endpoints by using Microsoft Intune. Continue reading “Part 1: Improve your endpoint security /w Windows Defender ATP & Microsoft Intune: Windows Defender Antivirus & Application Guard”
Last week Microsoft announced the public preview of Windows Defender ATP Windows 10 Fall Creator update. I’m quite excited – we’ll should – of the new capabilities which allows you to better protect your endpoints from threats.
I had the opportunity to work with this for a while and like to highlight my personal favorite feature – Security Analytics Dashboard. Why? It’s because this feature gives me insights of my current endpoint (Windows 10, Windows Server, Linux* & Mac OS*) security posture and what it takes to utilize the full potential.
For a complete overview of all Windows Defender ATP preview features please read the official announcement here. Continue reading “Improve your endpoint security /w Windows Defender Advanced Threat Protection”
Note: the content in this blog post may subject to change as it’s based on Windows 10 Insider Preview build 16232/16237.
In the early days of Windows 8.x modern management made it’s appearance but due it’s limitations at that time not widely adopted.
The introduction of Windows 10 as the cloud OS with tight integration of Azure AD changed this rapidly. Combined with configuration service provider (CSP) modern management provides increased capabilities and therefore closing the gap with traditional management.
Another often-heard challenge of modern management is the troubleshooting part. This can sometimes be challenging as it is experienced as a black box. Common tools (e.g. Event Viewer, PowerShell, WMI) are sometimes cryptic and thus challenging to interpret, until today!
To illustrate the ease of troubleshooting (low entry), we configured a custom policy by Microsoft Intune which configures Windows Defender Application Guard (currently in preview) and check the process of the policy being applied on our endpoint .
Once assigned the policy in Microsoft Intune we triggered a policy refresh cycle.
In the updated GUI we can now determine which policy categories are configured, including our Windows Defender Application Guard (AppHVSI) policy. Besides the outline of the policy categories we can also determine the installed applications.
Management Diagnostic log files
The updated GUI goes beyond just displaying what is configured/applied and provides the ability drill down to our MDM configuration. The MDM configuration can be exported in a management log file which is exported in HTML format to C:\Users\Public\Documents\MDMDiagnostics\MDMDiagReport.html
The MDM diagnostic log file provides general information of your system. However the most interesting part is yet to come.
First of all it provides insights of the configuration sources and resource (CSPs) and whether it’s a device- or user based policy. The Resource section correlates to the various policies and installed apps. I highlighted a guid which correlates to an installed application.
Further it provides a detailed list of which policy categories are deployed by your MDM solution. These categories are listed in the updated interface I mentioned before. Further this section provides the detailed configuration of your policies.
In our scenario we deployed Windows Defender Application Guard policy. It shows you the policy area, default value, current value and whether it’s a device- or user based policy. It confirms the custom Windows Defender Application Guard Policy has been landed and successfully applied.
When looking under the hood we’ve the confirmation here too, Windows Defender Application Guard is configured properly. And mentioned earlier you’ll find the policy categories once again.
Complementary to the Windows Defender Application Guard CSP configuration you can keep track of the group policy (backed ADMX) equivalent.
As mentioned before the MDM diagnostic log file also includes the list of installed applications through MDM channel.
The updated interface in this Windows 10 preview build is a simple as ingenious extension and help us to get useful insights to troubleshoot your modern management end-points.
Introduction to configuration service providers (CSPs) for IT pros
In a mobile-first cloud first world the need of accessing corporate resources on unmanaged devices is rising. This is the cutting edge of managing your corporate data (keeping it safe) and give your users the freedom to be productive on any device.
With Conditional Access we can control access to corporate data (such as Exchange Online, SharePoint Online, Yammer, Delve, Teams, etc.) based on a device (health) status such as being managed or complaint. These scenarios (conditions) are based on devices being managed by your company (MDM managed). With the introduction of Session Controls, organizations are enabled to grant limited access to corporate resources without losing control on unmanaged devices.
In a diptych I’m sharing my experiences, common practices and challenges of implementing Microsoft Intune PFX connector as certificate deployment mechanism in the enterprise.
In my first blog post I covered the basics of implementing a certificate deployment infrastructure based on Microsoft Intune PFX connector. Explained the differences and considerations whether to choose SCEP or PFX as your certificate deployment solution. And explained the certificate issuing workflow. In this second post I’ll go in more detail of the anatomy of the Intune Certificate Connector, setup. Explaining the renewal and revocation process(flow) works. And lastly I give you some pointers where to start your journey, in case of troubleshooting certificate deployment issues.
Part 2 – Deploying Microsoft Intune Connector in an Enterprise world: troubleshooting