![]() It is necessary to remove the associated foreign key as indicated by the operating system so that you can disable the automatic unlock completely using the following command: To disable the automatic unlocking of a disk drive we write the command: This command creates an associated foreign key on this disk to allow automatic unlock when connecting the disk to a computer. To enable automatic unlocking we write the following command: In order to enable automatic unlocking, it is necessary that the disk has been previously unlocked by any of the three previous methods. The –autounlock option allows you to enable or disable the automatic locking of an encrypted disk when it is connected to a computer. The following command unlocks a locked disk using the recovery password that we generated with the –rp parameter. The following command unlocks a locked disk using the recovery key located in the indicated path, it is necessary to indicate the name of the file that contains the recovery key since we can have different recovery keys for different encrypted disks. The following command unlocks a locked disk using the unlock password. This command locks a disk that is unlocked, if it is already locked it does nothing. The following commands allow us to handle the encryption disk lock. In case of ejecting the disc, when reconnecting it to any computer, it will indicate that the disc is encrypted and will ask us to write the unlock key. With the previous commands we have seen how to activate a BitLocker on a disk, by default the encrypted disk is unlocked and we can use it directly. Lock, unlock, and auto-unlock an encrypted disk Showing the methods of protecting an encrypted diskįrom the command console we execute the following sentence: In the following image we see how to add a recovery password to an already encrypted disk. Manage-bde f: -protectors -add -pw -rk g: -rp manage-bde -on f: For this we will use the –rp parameter, in either of its two options: Optionally, we can add a numerical recovery password to the encrypted disk which, like the recovery key, allows us to unlock an encrypted drive in case we have lost the unlock password. Once we have learned how to enable it, now we are going to take other essential actions to manage BitLocker correctly. The following image shows the result of running “manage-bde –status f:”. We can run the command “fvenotify.exe ” to show the above dialog box in case it does not appear. The system tells us that the encryption of drive F has started:Īnd a dialog box shows us the progress of the encryption process. Then we activate BitLocker on the disk «F:» by executing the command: The above command asks us to enter and confirm an unlock password for drive “F:” and then generates a recovery key and saves it to the specified path, drive “G:”. Manage-bde f: -protectors -add -pw -rk g: The second option is providing the unlock password and recovery key first in the command “Manage-bde –protectors –add -pw -rk ” and enabling BitLocker then on said disk unit with the command «Manage-bde –on » An identifier appears in the file name that BitLocker will ask us to use the recovery key that corresponds to a specific encrypted disk. BEK file with the recovery key and shows us on the screen information about the added protectors: the recovery key and the password.
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