Unmap the outer truecrypt volume and map the hidden one: You need to use another passphrase and/or keyfile here than the one you used for the outer volume. Map the outer volume to /dev/mapper/truecrypt1:Ĭreate a hidden truecrypt volume in the free space of the outer volume: # mount /dev/mapper/truecrypt1 /media/diskįirst, create a normal outer volume as described in #Encrypting a physical volume. Simply format the disk like you normally would choosing your favourite file system, except use the path /dev/mapper/truecrypt1. # truecrypt -filesystem=none -slot=1 /dev/sda1 If this command does not for you try this to map the volume: Map the volume to /dev/mapper/truecrypt1: # truecrypt -volume-type=normal -c /dev/sda1 If you want to use a keyfile, create one with this command:īy default both passphrase and key will be needed to unlock the volume.Ĭreate a new volume in the device /dev/sda1: Note: If you are having problems with the graphical interface, you can run in CLI mode with the -t flag. $ truecrypt -t /home/user/ EncryptedFile.tc /home/user/ EncryptedFileFolder You can now mount the new encrypted file to a previously-created directory: Please type at least 320 randomly chosen characters and then press Enter:ĭone: 32.00 MB Speed: 10.76 MB/s Left: 0:00:00 To create a new truecrypt file interactively, type the following in a terminal:įollow the instructions, choosing the default values unless you know what you are doing:Įnter file or device path for new volume: /home/user/ EncryptedFile.tcĮnter volume size (bytes - size/sizeK/sizeM/sizeG): 32MĮnter password for new volume '/home/user/ EncryptedFile.tc': ***************************** This is a convenient way to store sensitive information, such as financial data or passwords, in a single file that can be accessed from Linux, Windows, or Macs. The following instructions will create a file that will act as a virtual filesystem, allowing you to mount it and store files within the encrypted file. See crypttab(5) for more details and options supported. It is useful with NTFS for mounting as a normal user. Instead of auto, you can put directly your filesystem, and put usual mount options. etc/fstab /dev/mapper/truecrypt-volume /mnt/truecrypt-volume auto noauto,tomount 0 0 For a veracrypt volume, use tcrypt-veracrypt alongside tcrypt. etc/crypttab truecrypt-volume /dev/sda2 /etc/volume.password tcrypt-system,noautoįor a standard truecrypt volume, use tcrypt instead of tcrypt-system. Other than that you can still reliably identify the encrypted volume itself inside of /etc/crypttab using device file names from /dev/disk/. Note that the device file given in /etc/fstab needs to be the one from /dev/mapper/ and not, for example, from /dev/disk/by-uuid/ for automounting logic to kick in. ![]() The passphrase to open the volume is given in /etc/volume.password. The following example setup will mount /dev/sda2 in system encryption mode as soon as /mnt/truecrypt-volume is accessed using systemd's automounting logic. Since version 206, systemd supports (auto)mounting TrueCrypt containers at boot or runtime using /etc/crypttab. See cryptsetup(8) for more details and all supported options. If you are using key files, supply them using the -key-file option, to open a hidden volume, supply the -tcrypt-hidden option and for a partition or whole drive that is encrypted in system mode use the -tcrypt-system option. Upon successful opening, the plaintext device will appear as /dev/mapper/container-name, which you can mount like any normal device. Replace container-to-mount with the device file under /dev or the path to the file you wish to open. If using a custom Personal Iteration Multiplier (PIM), use the -veracrypt-query-pim option to be promoted for the PIM. To mount a VeraCrypt cointainer, you must use the -veracrypt option alongside -type tcrypt. $ cryptsetup -type tcrypt open container-to-mount container-name Use the following command as a guideline. Since version 1.6.7, cryptsetup supports opening VeraCrypt and TrueCrypt containers natively, without the need of the veracrypt package. # tee /etc/modules-load.d/nf <<< "veracrypt"Īccessing a TrueCrypt or VeraCrypt container using cryptsetup a hard disk or usb drive), you will likely want to load the module during the boot sequence: If you are using veracrypt to encrypt a physical device (e.g. a file), the module will be automatically loaded whenever you run the veracrypt command. ![]() If you are using truecrypt to encrypt a virtual filesystem (e.g. The above advice may be outdated with respect to the module, however it is still important to enable FUSE, loop and your encryption algorithm (e.g. ![]() It does not appear that loading a module applies with VeraCrypt as of. This did not work for me (module veracrypt seems to be non-existent now), but adding "loop" module worked
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