With tools like SQL Server Management Studio, you can view the table containing the keys (they are encrypted if you follow the recommendations).Ĭonnect to your database using SSMS and open the Tables folder. You can manually check if BitLocker Management has encrypted and escrowed any keys using the MEMCM database. HKLM\SOFTWARE\Policies\Microsoft\FVE\MDOPBitLockerManagement\UseOsEnforcePolicyĬreate these Registry Keys on your clients, and encryption will start by itself the next time users sign in. HKLM\SOFTWARE\Policies\Microsoft\FVE\MDOPBitLockerManagement\OsEnforcePolicyPeriod One specifies that it should automatically encrypt the drive and the other that it should do so immediately. With some registry keys, you can force the encryption to start when the user signs in. That usually means that users postpone the encryption or don’t start it at all. How do I overcome these challenges? Force encryption without user interactionīitlocker Management (Previously MBAM) requires physical user interaction to start encrypting the drive. You can encounter loads of different issues, and I can’t list them all here, but these are the most common. However, you can protect the other drives as well if you want to. The most common scenario when you use Bitlocker protection is to secure the operating system drive. It is easy to set up, quick to get started, and together with the Configuration Manager integration, you have a centralized process of taking care of the data. In this blog post, I will go through the most common issues and questions you can encounter when deploying BitLocker Management in MEMCM.īitlocker protection is most likely the easiest way to protect the data you have on your device. The client is unable to send recovery information.Import recovery keys from already encrypted devices.Checking the database for recovery keys.Force encryption without user interaction.
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