Tip: Google also provides a Test DPC that can be used for testing behavior on devices.
#ANDROID TEST DPC OPEN WITH ANDROID#
Figure 1: Overview of the Android Device Policy flow (picture taken from the Google docs).Below, in Figure 1, is a high-over schematic overview of that process and in that overview the EMM console equals Microsoft Endpoint Manager admin center. The DPC is installed automatically and basically acts as a bridge between Microsoft Intune (and the Android Management API) and the managed devices. Microsoft only needs to make the configuration options of those new features available in the Microsoft Endpoint Manager admin center and bring the configuration of those features to the DPC to enforce the configuration on managed devices. That also reduces the effort for Microsoft that is required to introduce new features, when they become available in Android Enterprise and in the Android Management API. That eliminates the need for Microsoft – for those deployment scenarios – to create, update, and maintain their own custom DPC. That app is the only DPC that can be used with the Android Management API and that app can be used to automatically enforce the policy settings on managed devices.įor the Android Enterprise corporate-owned device deployment scenarios, Microsoft Intune relies on the Android Management API and the Android Device Policy as DPC. As DPC, Google provides – and maintains – the Android Device Policy. That API can be used to configure the different policy settings for managed devices by using a Device Policy Controller (DPC) on those managed devices. These modes support the different Android Enterprise deployment scenarios and can be managed by using the Android Management API.
That introduction, introduced the managed device (device owner) and work profile (profile owner) modes to provide enhanced privacy, security, and management capabilities. Starting with Android 5.0 and later, Google introduced Android Enterprise. I’ll end this post with the steps for opening Android Device Policy, in the different Android Enterprise deployment scenarios, and the steps for enabling debug information in Android Device Policy. In this post I’ll start with an introduction about Android Device Policy and it’s usage within a Microsoft Intune solution. Especially when verifying whether settings are already applied or not.
The importance should be familiar with any IT administrator, responsible for managing Android devices, and those capabilities are sometimes slightly hidden, but provide a good starting point for troubleshooting. Android Device Policy is really important for configuring managed devices and also provides some nice capabilities. That’s why I thought it would be good to devote a blog post to that app. In that post, however, I’ve only briefly mentioned that app, while that app is an important piece of the Microsoft management solution for corporate-owned devices. : Trying to set device owner but device is already provisioned.Īt android.os.Parcel.readException(Parcel.java:1554)Īt android.os.Parcel.readException(Parcel.java:1499)Īt $Stub$tDeviceOwner(IDevicePolicyManager.java:3212)Īt .Dpm.runSetDeviceOwner(Dpm.java:114)Īt .Dpm.onRun(Dpm.java:82)Īt .n(BaseCommand.java:47)Īt .Dpm.main(Dpm.java:38)Īt .RuntimeInit.nativeFinishInit(Native Method)Īt .RuntimeInit.main(RuntimeInit.I’ve mentioned Android Device Policy before, earlier this year, in my post about Android Enterprise and Microsoft Intune.
#ANDROID TEST DPC OPEN WITH INSTALL#
I made a factory reset, skip all settings in wizard (even the specification of an account), i enable usb debug, install my app, try to set the device owner via adb and the error that i have is this: Hi commonod, i have your same problem with a Lenovo Tab2 A10-30 tablet with Android 5.1.1.
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