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VeraCrypt vs. TrueCrypt: Biggest Internet Privacy Game

VeraCrypt and TrueCrypt are one of the two biggest players in the internet privacy market.

So, do you want to see VeraCrypt vs.TrueCrypt the ultimate battle between the two biggest internet privacy players?

VeraCrypt vs TrueCrypt

VeraCrypt, a clone of TrueCrypt that has become the most popular encryption software, is the center of this article. There is a lot of disagreement on whether the software is superior and more secure.

We will do our best to provide an impartial comparison that reveals the benefits and drawbacks of each item.

VeraCrypt vs. TrueCrypt: Biggest Internet Privacy Game

A brief history of VeraCrypt

TrueCrypt, a well-known encryption program, has been out of production for almost four years. However, since TrueCrypt is free and open source software, anybody may utilize it to create their own products.

This prompted Mounir Idrassi, a French IT security professional, to launch his own project VeraCrypt in the summer of 2013. The branch version’s major goal was to build a better secure solution than TrueCrypt.

TrueCrypt, for example, employed substandard key creation that, according to experts, was incapable of offering effective security against the computing power held by special services. VeraCrypt provides a much more dependable solution against brute-force assaults.

More information on this approach may be found in the section that compares VeraCrypt to TrueCrypt. When TrueCrypt was still being developed, its derivative versions were not very popular: that all changed in April 2014, when TrueCrypt’s creators announced the project’s demise. VeraCrypt was regarded as a safe improvement to TrueCrypt (though there were other forks such as Gostcrypt, CipherShed).

Some TrueCrypt users rushed to migrate to VeraCrypt, while others remained with TrueCrypt. VeraCrypt drew a lot of attention, but it also drew a lot of criticism. Some speculated that VeraCrypt is a project managed by secret services that purposefully created flaws.

Many people view forks with care and suspicion, but TrueCrypt’s creators feel this fork is harmful. Their fears are based on the notion that outside engineers are unable to comprehend their code in depth, and as you shall see later, they were not entirely unfounded.

VeraCrypt vs TrueCrypt

Let us now compare TrueCrypt with VeraCrypt. These applications are comparable in functionality and design (which is not surprising given that VeraCrypt is a fork project), therefore we’ll compare their speed and security performance.

The speed with which encrypted file-hosted volumes may be mounted The time the system takes mounting an encrypted file-hosted disk is an evident disadvantage of VeraCrypt that TrueCrypt users who use it for the first time notice.


VeraCrypt vs TrueCrpt

When you enter the proper password in TrueCrypt, the wait time before you can access the encrypted data on a contemporary computer is split seconds. You must wait substantially longer while using VeraCrypt.

The ability to withstand brute-force assaults In a brute-force assault, every key combination is tried until the right password is known. Modern supercomputers operated by special agencies are capable of rapidly attempting combinations.

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VeraCrypt is 10 to 300 times more resistant to brute-force assaults now that it has an improved key generation process at its disposal. Many users would consider this to be VeraCrypt’s main advantage over its competitor.

Developers’ support

TrueCrypt is no longer developed, the solutions in use are becoming obsolete by the day, and possible vulnerabilities are not being addressed. This, without a doubt, advantages VeraCrypt, which is actively operated and monitored.


You’d expect that the developers’ backing for VeraCrypt would give it a significant edge, yet the opposite was true.


You learned in the TrueCrypt chapter that the program’s security examination uncovered no serious flaws. VeraCrypt was subjected to a similar evaluation… ( VeraCrypt vs TrueCrypt )

The security evaluation discovered 36 vulnerabilities, 8 of which were classified as serious, 3 as moderate, and 15 as trivial. 8 significant flaws readily define such an application as a catastrophe.

By clicking this link, you may obtain the complete version of the technical report. The bulk of the vulnerabilities have been effectively resolved; however, several need a thorough revision of the architecture and are still present in VeraCrypt.

A highly skilled team of developers

As previously stated, VeraCrypt’s security examination discovered eight serious flaws, but TrueCrypt’s assessment showed none.

This raises questions about the caliber of VeraCrypt’s development staff. There is no doubt that TrueCrypt software was created by a more capable development team.

Assume that the eight serious vulnerabilities discovered during VeraCrypt’s security audit will be addressed, but who can ensure that their developers will not introduce further significant flaws?