Android Enterprise and Microsoft Intune: A quick summary

This week my post is a few days later, as my post is an extension of my session at the Workplace Ninja Virtual Summit 2021. At the virtual summit I did a session about Why you might want to use corporate-owned devices with Work Profile. During that session I shared a summary about Android Enterprise and I zoomed in on the capabilities of corporate-owned devices with Work Profile. This post will provide a summary of that session about the different important components of Android Enterprise and how that integrates and works with Microsoft Intune, followed with a zoom-in on corporate-owned devices with Work Profile. Most of that information will be summarized in tables and slides. The slides (PDF) of that session are available for download here. Android …

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Configuring Windows Hello for Business dynamic lock

The last few weeks – before my vacation – were all around Windows Hello for Business. And especially around unlocking devices by using Windows Hello for Business functionalities. This week, however, is a little different. This week is around the automatic lock functionality of Windows Hello for Business. That functionality is Windows Hello for Business dynamic lock. Dynamic lock enables organizations to automatically lock devices when users step away from their device. That automatic lock can be achieved by using the bluetooth signal of a paired phone. The device will automatically lock when the signal of that paired phone falls below the configured minimum value. Of course, automatically locking the device doesn’t prevent users from forgetting to lock their device, but it does prevent the …

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Configuring Windows Hello for Business multi-factor unlock

This week continues the journey through Windows Hello for Business. The last weeks were all about requiring the use of Windows Hello for Business, while this week is all about requiring the use of something extra with Windows Hello for Business. That something extra is a second unlock factor. By default, Windows requires the use of a single authentication factor to verify the identity of a user and to unlock the device. And even though the construction of Windows Hello for Business can be considered multi-factor authentication, as it combines something that you have (e.g. a device with a hardware TPM) with something that you know (e.g. a PIN) or with something that you are (e.g. a fingerprint), the unlock factor of the device with …

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Excluding the password credential provider

This week is a follow up on the post of last week. In that post there was a reference to the option to completely exclude the password credential provider to force the user in to using Windows Hello for Business. This week is all about that option to exclude the password credential provider – and basically any other credential provider – from use during authentication. Credential providers are the primary mechanism for authenticating users in Windows and to verify their identity. Those credential providers are shown as different small tiles to the user as different options to authenticate in Windows. With Windows 10 and later, credential providers are also used for authenticating users in apps, websites, and more. By installation default, Windows already provides a …

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Requiring the use of Windows Hello for Business for interactive logons

This week is all about Windows Hello for Business. Windows Hello for Business provides a really convenient and user-friendly method to authenticate in Windows, as it enables users to verify their identity by using a gesture (face, fingerprint or PIN). More importantly, however, Windows Hello for Business is also an important step in the transition to a passwordless environment, as it replaces the need for the traditional username-password authentication with a strong two-factor authentication on Windows devices. By default, Windows Hello for Business will be an additional method to get authenticated in Windows. When working towards a passwordless environment, it’s important to also take further actions for Windows devices, by preventing the use of the traditional username-password and by requiring the use of Windows Hello …

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App protection policies and managed iOS devices

This week is all about app protection policies for managed iOS devices. More specifically, about some default behavior that might be a little bit confusing when not known. When creating app protection policies, those policies can be configured for managed devices or managed apps. That sounds simple. By default, however, when creating and assigning separate policies for managed devices and managed apps, every iOS device will apply app protection policies that are assigned to managed apps. That behavior is caused by the fact that the device will only be identified as a managed device when a specific configuration is in place. That configuration is the user UPN setting. Even better, the user UPN setting opens even more use cases for managed devices. This post will …

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Microsoft MVP 2021-2022!

Awesome! A few hours ago I received that great email that I’m awarded with the 2021-2022 Microsoft MVP Award for my contributions in the Enterprise Mobility technical communities! That’s number 7! After this strange year, this years renewal was a different experience. That different experience, however, doesn’t make me any less delighted, proud, exited, or honored! To me every award is always worth a small post. On one hand because I’m very delighted, very honored, very proud and very exited of receiving my seventh award in a row, but on the other hand even more because I just need to let everyone know that I’m very thankful. Thankful for my great family. Without their support, this blog wouldn’t exist! Without their support I wouldn’t be …

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Getting started with Shared Device Mode for iOS devices

This week is all about Shared Device Mode for iOS (and iPadOS) devices. Shared Device Mode is based on Azure AD and is the Microsoft solution for shared iOS devices. Those shared iOS devices are company-owned multi-user devices. Shared Device Mode is provided for iOS (and iPadOS) 13 and later devices and enables multiple users to use the same Apple device and to sign in and out of apps by using an Azure AD account. When those apps support Shared Device Mode, those apps provide the global sign in and global sign out functionality. That enables a user to sign in to an app, at the start of a shift, and automatically be globally signed in to all apps that support Shared Device Mode. That’s …

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Alternatives for querying and visualizing Update Compliance data

This week is follow-up on the post of last week about enhancing Update Compliance with a custom Workbook in Microsoft Endpoint Manager admin center. There were multiple questions on that post regarding alternatives for querying and visualizing the Update Compliance data. The good news is that there are actually multiple alternatives for querying Update Compliance data, but, in all fairness, all the alternatives rely on the same API. The Azure Log Analytics REST API. That API can be called by specifying the workspace, providing a token and running the required query. Pretty straight forward. Also, that API is an important part of most other methods that are used for querying Update Compliance data. This post will provide a quick introduction to the Azure Log Analytics …

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