PMC 512-bit Encryption

A brand new company has appeared in the fight to shield your info.  Encrypt Stick guarantees to be’the easiest, most effective way to guarantee your urgent, private files and records remain non-public and for your eyes only’.  This results directly to my question, in the world of Encrypted USB Technology, is Encrypt Stick, the proprietors of using Polymorphic Ciphers (PMC) 512-bit Encryption, a genuine leaderor are they just another start-up claiming to do more than they really deliver?  I can explore their claims through an individual trial that I have conducted.  

Firstly, shall we examine what this Encrypted USB manufacturer (and software reseller) warrants – this from their splash page :

* FREE updates!
* Protect your files for only $39.99
* Create encrypted ‘Vaults’ on any storage device
* Save & manage your passwords using the Password Manager
* Uses the most powerful encryption available
 

The most reknowned encryption standard used in the Western World is the 256-bit AES encryption (named Rijndael) which is made of 3 ciphers (or Encryption Algorithms) ; AES-128, AES-192 and AES-256 and each AES cipher has a 128-bit block size, with key sizes of 128, 192 and 256 bits, respectively.  This has shown to provide virtually indestructible encryption, and as such has been adopted by the US Military and Department of Defense.  

Each building block affects at least 32 bits of information and quite often it changes the key.  If there are only 4 cryptographic blocks and 16 of these blocks can be made randomly one after the other, there exist 416 = 4294967296 different probabilities for the particular encryption algorithm!  If 128 instruction blocks were to be assembled, a selection of 4128 = 1,158*1077 mixtures would result (standard 128 bit encryption yields a total of 3,403*1038). It is important to note that this is without affecting execution time because there is the requirement for a well-shuffled key data array which has got to be assured by conventional algorithms also. The Polymorphic technique features a substantially higher attack security than any standard method.  To figure out the total attack security, the amount of code combos must be multiplied by the number of key mixtures.  Key size might be 16 bytes = 128 bits ; therefore there exist 2128 = 3,403*1038 permutations for the key stored in the key information array.  The 2 keyspaces multiplied yield 1,158*1077 * 3,403*1038 = 3,913*10115 possible key combinations for the Polymorphic – PMC 512-bit -Method.  

 In order to compare typical cryptographic techniques with the Polymorphic – PMC 512-bit – technique, the total keyspaces must be compared.  As both strategies are presumed to function on a 128 bit data key, this comparison is legal.  Thus, the polymorphic technique beats any typical method by an element of 3,913*10115 / 3,403*1038 = 1,150*1077 ( ).  This is greater than the number of atoms on our planet!  

It seems like this is a good thing.  Based simply on the Encrypted USB techology, I might venture to assert that this company may have hit it right on the head.  I’m always one to want more protection, even if it is not obligatory.  And for the price, this is, thus far, a great find!

I have been an IT Specialist, working as a freelance contractor for since the 90’s. Working in all facets of IT from Storage, Backup, to Administration and Security, I have seen the prevalent need for Encryption, Protection and related technologies such as Encryption Protected USB drives. You wouldn’t believe how many easy DIY things you can do to help you in your everyday life with computers. I’m here to help!

Article Source:http://www.articlesbase.com/security-articles/pmc-512bit-encryption-1772004.html