🚀 go-pugleaf

lou@Cadence.COM (Louis K. Scheffer) writes:

> 
> While pondering the well known problem of DES cracking via exhaustive
> key search, I started wondering if you could apply genetic engineering to
> the problem.  It seems like it may be possible.
> 
> The basic approach would be to build a bacteria that acts as a DES key search
> machine.  Each bacteria generates keys at random, decrypts the encrypted bloc
> with the key, and compares the result with the plaintext.  If there is a matc
> it generates lots of a string of DNA that contains the key and a specific
> marker that binds to an antibody, and excretes the result.  Otherwise it
> just keeps trying keys.
> 
> To decrypt a message, build a string of DNA that contains the encrypted block
> and a potential portion of the plaintext.  Make a lot of copies (say 10^20) 
> and circulate the copies of the original and the antibody through a tank full
> bacteria, and examine the output for something bound to the antibody.  If you
> find something, sequence the DNA to recover the key.  Use the key and
> conventional computers to decipher the rest of the message.

        Hmmm... I'm new to all this DES stuff...But do have a general 
purpose DES encripter that I can run in a batch file!!

        After reading all theas messeges about trying to brake 
DES....well has anyone ever thought that only a dum &^%$ would only 
encript a file/text only ONCE?!?!?!?!?!?!?!?!?!?!?

        Of cores if you have than I must not be reading very well and I 
will be more perseptive in the fucher!

        -Hacker (DamDum inc.)

        hacker@works.uucp