Примеры использования Drive encryption на Английском языке и их переводы на Русский язык
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What Is BitLocker Drive Encryption? .
Drive encryption: Microsoft BitLocker optional.
Enable BitLocker drive encryption on a data volume.
In the Control Panel, select System and Security>BitLocker Drive Encryption. .
Enable BitLocker drive encryption on the system volume.
It takes more than a certificate to have the most secure USB drive encryption.
BitLocker Drive Encryption must have been enabled on the computers.
This topic highlights the requirements for deploying a Windows®BitLocker™ Drive Encryption solution.
BitLocker Drive Encryption Administration Utilities includes the manage-bde.
BitLocker can be enabled or disabled through the BitLocker Drive Encryption item in Control Panel.
Drive encryption protects your data-Windows To Go supports BitLocker drive encryption.
A Trusted Platform Module(TPM) chip is not strictly requiredto install this release, though it is necessary in order to use certain features such as BitLocker Drive Encryption.
BitLocker drive encryption provides low-level encryption of the contents of a disk volume.
In the left navigation panel, go to Local Computer Policy> Administrative Templates> Windows Components> BitLocker Drive Encryption> Operating System Drives. .
If you are using BitLocker Drive Encryption on the location that you are storing backups, make sure that it is unlocked.
After clearing the TPM, you need to complete the TPM initialization process before usingsoftware that relies on the TPM, such as BitLocker Drive Encryption.
BitLocker Drive Encryption is a data protection feature available Windows Server 2008 R2 and in some editions of Windows 7.
On computers that have a TPM, initialize the TPM by usingthe TPM Initialization Wizard, the BitLocker Drive Encryption item in Control Panel, or by running a script designed to initialize it.
BitLocker Drive Encryption helps protect data on lost, stolen or inappropriately decommissioned computers by encrypting the volume and checking the integrity of early boot components.
Exposing the drive master key even for a brief period is a security risk,because it is possible that an attacker might have accessed the drive master key and full drive encryption key when these keys were exposed by the unencrypted key.
Using the Manage BitLocker page in the BitLocker Drive Encryption item in Control Panel, the recovery password can be printed or saved to a file for future use.
Enables the advantage of drive encryption and Data Loss Prevention(DLP) software programs to activate and manage TCG Opal, such as Symantec, McAfee, WinMagic and others.
SED leaves over-the-wire encryption to technologies designed for securing data inmotion Several years ago, before Seagate began working on drive encryption, the United States National Security Agency(NSA) analyzed the problem of data security and determined that the best place to perform encryption is in the hard drive. .
After the drive has been encrypted andprotected with BitLocker, local and domain administrators can use the Manage BitLocker page in the BitLocker Drive Encryption item in Control Panel to change the password to unlock the drive, remove the password from the drive, add a smart card to unlock the drive, save or print the recovery key again, automatically unlock the drive, duplicate keys, and reset the PIN.
Self-Encrypting Drives inherently provide manageability because the encryption key never leaves the drive.
Instant Secure Erase(ISE)- This feature utilized the encryption on SED drives by deleting the media encryption key on the drive.
When the owner acquires the drive, this embedded encryption key is in clear text form and will remain so until the drive is put in auto-lock mode, where an authentication key is introduced.
Self-Encrypting Drives comprehensively resolve these issues, making encryption for drive retirement both easy and affordable.
Only SEDs eliminate the need for encryption key escrow, because if the drive loses all copies of its encryption key, it is likely the drive has failed, which makes its data unreadable in any event.
In March, Kingston introduced the first fully secure 100% privacy USB drive with 128-bit hardware encryption, and later with 256-bit hardware encryption. .