The main storage methods for passwords are plain text, hashed, hashed and salted, and reversibly encrypted.[31] If an attacker gains access to the password file, then if it is stored as plain text, no cracking is necessary. If it is hashed but not salted then it is vulnerable to rainbow table attacks (which are more efficient than cracking). If it is reversibly encrypted then if the attacker gets the decryption key along with the file no cracking is necessary, while if he fails to get the key cracking is not possible. Thus, of the common storage formats for passwords only when passwords have been salted and hashed is cracking both necessary and possible.[31]
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Introducing BitLocker To Go Support. Use the Workspace ONE UEM to require the encryption of removable drives on your Windows 10 devices with BitLocker. Just select the Enable BitLocker To Go Support check box in your encryption policy. When you enable support, users are prompted for a password, encryption happens and Workspace ONE UEM escrows the recovery key for the drive. Users enter this password every time they access the removable drive on their devices. Find the encryption profile in the console at Devices > Profiles & Resources > Profiles. If users forget their passwords, you can recover the drives using the recovery key stored in the console at Devices > Profiles & Resources > List View > Removable Storage tab. If you see thousands of recovery IDs, use the available filter functions to find the exact key you need. For details about this support, see Encryption.
Using this helper will store your passwords unencrypted on disk, protected only by filesystem permissions. If this is not an acceptable security tradeoff, try git-credential-cache, or find a helper that integrates with secure storage provided by your operating system. 2ff7e9595c
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