Runtime, Cyclical Cypher - File Encryption

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Runtime, Cyclical Cypher

Encryption on the fly is best facilitated by encryption keys which directly utilise the system clock. A time-dependant key is indicated below: As long as the initial timestamp for each key is unknown (from the storage) the key would be extremely difficult to break. Telnet password acquisition is the only way to break this encryption, as there is infinite variability to h, the public key, below. x should unpredictable to add strength to that assertion.

Encryption Cypher - File Dependent Encryption

(1)   Description of cypher:

       First, to discover the clock in database, without referencing Visual Basic

                    x        = Pi rad * ( 1 Hz ) * t / Pi rad

= Pi rad * ( 1 Hz ) * runtime / Pi rad

                    a        = constant

                    h        = file variable

     Encryption Cypher:

     A [E]                   =        ( a  ^ 2 - ( x    -   h) ^ 2 ) ) ^ 1/2 ,

                                            f (x)

   Decryption Cypher

    A [D]                   =       - ((( A [E] ^ 2 - a ^ 2 ) ^ 1/2 ) - x ) ,

                                            h

The cypher, private key is the file value to substitute h. This is to be stored in a secure server and never seen by human eyes, unless in encrypted format.

The cypher, public key is the variable, x, without substituting the file value for the same.

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