Others, such as the non-profit Committee To Protect Journalists, also advise that the TrueCrypt code is still safe to use. That’s the Gibson Research Corporation’s argument, anyway. TrueCrypt’s code is open-source, which means even the original developers don’t have the ability to stop it from continuing. When it’s finished, any problems found can be patched by the community in a new fork of the TrueCrypt code and TrueCrypt can continue. TrueCrypt is the only software package to ever undergo an independent audit like this one. TrueCrypt’s open-source code is currently undergoing an independent audit - work that started before the abrupt shutdown - and Phase 1 of the audit has been completed without any big problems being found. TrueCrypt 7.1a is the last real version, released in February, 2012 and used by millions of people since then. However, the Gibson Research Corporation argues TrueCrypt is still safe to use. The developers have made statements saying they’re not longer interested in the code, and that third-party developers can’t be trusted to maintain and patch it properly. Its neat features, like file-based virtual drives with on-the-fly encryption, hidden volumes with separate passwords, and system encryption with on-boot authentication, make it an extremely useful free tool for anyone interested in encrypting files.Yes, TrueCrypt development was officially halted and its official downloads page was taken down. But by keeping these features out of the software, potential attack vectors are reduced. The lack of a central server for authentication or built-in support for cloud storage (opens in new tab) could make VeraCrypt a challenge to use as the number of computers and users involved increases. VeraCrypt is an excellent tool for keeping your sensitive files safe. VeraCrypt is also cross-platform and the source code is available so you can be sure there are no hidden backdoors. But VeraCrypt offers many more features than BitLocker, such as file-based virtual encrypted disks and a selection of strong encryption protocols. Like VeraCrypt, you can use BitLocker to secure your operating system so no one can access your files without entering the right password.īitLocker is slightly easier to use than VeraCrypt because it's seamlessly built into the operating system. Whole-disk on-the-fly disk encryption is already built into most versions of Windows in the form of Microsoft BitLocker (opens in new tab). VeraCrypt’s source code was independently audited by Quarkslab in 2016, and all vulnerabilities found were addressed in the following version. VeraCrypt has patched many vulnerabilities and security issues that were found in TrueCrypt, which could already be considered a secure system.īecause there’s no server authentication or direct sharing capability, VeraCrypt’s security is actually relatively simple, which means there are fewer avenues for potential attack. Then there are four hash algorithms (SHA-512, Whirlpool, SHA-256, and Streebog). VeraCrypt supports five encryption algorithms (AES XTS, Serpent, Twofish, Camellia, and Kuznyechik), and as you can combo them together there are really 15 options for the encryption algorithm. VeraCrypt supports 15 different combinations of encryption algorithms (Image credit: IDRIX) Security
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