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The only historical impact greater than successful encryption is failed encryption. Yet even failed encryption does not cause as much harm as the belief encryption will always be proof from one's enemy.

encrypt: To alter information using a code or mathematical algorithm so as to be unintelligible to unauthorized readers.
--The American Heritage(R) Science Dictionary. Houghton Mifflin Company.

In today's Internet-driven, instant-message world, critical, private information must not only be protected, but identities proven to assure information distribution and attribution, and to discover when secrets have been compromised. Rational trust, verified rationally is essential, or the fabric of Internet commerce may unravel.

The historical solution to information privacy, concealment and identity management is to scramble data to hide it from others using mathematically difficult puzzles; clever puzzles easily solved with the proper key, yet nearly impossible to solve without years of computation.

However, the mathematical difficulty of these puzzles is now under assault by a relentless juggernaut: global shared knowledge of encryption techniques combined with Moore's Law of ever increasing processing power, deployed together on massive Internet computing clusters.

To succeed in encryption today requires a constant, dynamic changing of the puzzles and keys to stay ahead of this computation juggernaut.

PACid has invented and patented a unique set of technologies that extends the difficulty of mathematical puzzles through dynamic key management. By leveraging and extending the life of today's mathematical puzzles, PACid technology both protects and extends the massive global investment in worldwide encryption.

Contact us to learn more.