Say ‘ yes’ to all folder creation requests (if you haven’t created first), and choose ‘ p’ to start with the default configuration. Just know that the path represented by ~/Dropbox/.encrypted is the folder where the encrypted data goes, and ~/Private is the folder used as mountpoint for the unencrypted volume. You can change the actual paths if you like. Next, start the setup: to do this, you’ll need to run encfs ~/Dropbox/.encrypted ~/Private Or using yum on Fedora: yum install fuse-encfs So, let’s start with… Linux configurationįirst, install EncFS using APT (on Debian/ Ubuntu/ Mint): # apt install encfs In my case, the main system is a Debian, and the other systems that should access to the encrypted folder are Windows, OSX and Android. Whenever you put or change something into the unencrypted folder, ENCFS creates an encrypted version into the encrypted folder, which is syncronized by Dropbox. The idea is to have the unencrypted folder mountpoint in the Home folder, while the encrypted folder should be inside Dropbox folder. Instead, the best is encrypt files individually, and ENCFS is the perfect solution for this kind of problem.ĮNCFS encrypt every single file in a specified folder, and permits to mount an unencrypted version of the folder in a specified mount point. If you make, for example, a 500MB container and you changing a small text file in them, you have to entirely re-upload a 500MB file, then that is a little waste of time and resources. Ī simply method could be use Truecrypt (now Veracrypt), but having to create containers that store the encrypted information isn’t the best for Dropbox, which constantly syncs changes. File viewer supports streaming movie playback (MP4, MOV, etc.Cloud storage is very useful, but for really important/private stuff, a best practice could be adding of a further encryption layer, perhaps with a cross-platform solution.File viewer supports streaming audio playback (MP3, WAV, etc.).File viewer supports many document types (Word, Excel, PDF, RTF, plain-text, images, Markdown, etc.).Filesystems: FAT (FAT12, FAT16 and FAT32, full Unicode in long file names), exFAT, Apple HFS+ and HFSX, NTFS (NTFS compression and encryption are not supported), Linux ext4 (and ext2 / ext3).Disk image formats: TrueCrypt, VeraCrypt, FreeOTFE, LUKS and Apple Disk Image (encrypted DMG).Remote storage provider: NFS (accessing encrypted disks stored on an NFS server).Remote storage provider: Dropbox, Google Drive, Microsoft OneDrive and OneDrive for Business, Box, pCloud (direct access to disk images stored in your cloud storage account without downloading the full disk image).This feature should provide access to most cloud storage providers offering webdav access (tested with Box). Remote storage provider, HTTP and HTTPS based storage.Please contact me if you can help by translating the user interface into your native language. To provide the best user experience, it would be great to extend this list with more languages. The app user interface is currently available in English (default), Dutch, German, Greek, Hungarian, Russian, Simplified Chinese, Spanish, Turkish and Traditional Chinese. TrueCrypt, VeraCrypt or DMG) from your iPhone, iPad and Mac.ĭisk Decipher is copyright 2012-2022 Richard Huveneers.Ĭurrent status: Version 3.17.3 has been approved by Apple. This is the support site for Disk Decipher, an app that allows access to encrypted disk images (e.g.
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