VPN, Analogue Algorithm

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The following, analogue algorithm will remain synchronous in whatever network devices it is distributed to. No amount of wavelength drift will disturb the equally distributed time component. The result is the most stable VPN port ever developed. The private key is the timestamp portion or the second portion of each of the three subroutines, from TimeValue to the power of 1/2 in the same line of expression. That key permutates to produce a random, fractional value. That will protect against even quantum rate of brute force attack, as long as nobody can read the key, directly. All keys should be stored without being able to be read by human senses.

The signal forms an arithmetic rather than dot product carrier wave for another analogue or digital wave. All signals, including the carrier wave are added to together and divided by the total number prior to network parsing. That is multiplexing. Demultiplexing will occur at the receiving device, and the carrier wave subtracted to leave behind only the content data.

The Algorithm

A   =   ( sin^2 (  Now ( ) ^ ( 1      -           ( 10 ^ -3 ) * ( 1 / N [a] )

     +    TimeValue ( ) * (10 ^ -6 ) * ( 1 - ( 1 / N [a + 3] ) ^ 2 ) ^ 1 / 2

     +   sin^2 (  Now ( ) ^ ( 1       -           ( 10  ^ -3 ) * ( 1 / N [a + 1] )

     +   TimeValue ( ) * (10 ^ -6 ) *  ( 1 - ( 1 / N [a + 4] ) ^ 2 ) ^ 1 / 2

     +   sin^2 (  Now ( ) ^ ( 1       -           ( 10 ^ -3 ) * ( 1 / N [a + 2] ) )

     +   TimeValue ( ) * (10 ^ -6) *  ( 1 - ( 1 / N [a + 5] ) ^ 2 ) ^ 1 / 2 ) / 3

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