Unbreakable encryption
Pre-grown hyperspace knowledge libraries provide unbreakable “Codebook” encryption with lossless data compression
Application ready for use
Abstract: According to the conventional Shannon information theory, data has no “meaning” and is transmitted in meaningless bit streams. Encryption is only possible by scrambling the data bits in an organized fashion, which can be reversed later by a message receiver. The standard Data Encryption Standard (DES) uses pseudo random number generators, which are initialized by a (64bit) key number. These codes can be broken by large computers and determined efforts. Once a coherent message is obtained the code has been broken with certainty. Autosophy encryption, in contrast, is based on a new information theory in which the data has “meaning”. It uses pre-grown knowledge libraries in which the most common data patterns are accumulated in a hyperspace format. The libraries are grown by software in a computer using samples of the data, such as text, still images, video, or sound samples. Each library is highly unique depending on the data samples. The libraries are exchanged with other authorized receivers using Email attachments via the Internet. Without an exact copy of the library data retrieval is impossible. The library itself provides a huge key. A text library, for example, contains 8k nodes x 20bit, which provides approximately 10 to the 8000th power combinations. Even if a transmission, after code breaking, yields a coherent message there cannot be any certainty of successful code breaking.
Applications: Autosophy “codebook” encryption yields a truly unbreakable encryption combined with the added benefit of large lossless data compression. Universal 64bit data formats, may provide error-proof communications with impenetrable security, while avoiding the Internets Quality of Service (QoS) problems. The same methods also provide huge data compression for large archives combined with absolute access security.
Keywords: Autosophy, Encryption, lossless data compression, Universal data formats, Error-proof multimedia communication, Internet Quality of Service (QoS).
Available downloadable documents:
Recent publication 2006 – Satellite communication – Webpage htm
Recent publication 2006 – Network-centric systems – Webpage htm
Publication 2004 – Data compression/encryption – Webpage htm
Proposal 2004 – Data compression with encryption – Webpage htm