singularics neutronic encryption

Singularics' Neutronic Encryption

Singularics Corporation has advanced the state of art in cryptography by developing a new class of encryption called "arbitrary line encryption" or ALE. Singularics filed for patent on its first generation ALE cryptosystem, the Neutronic Encryption Algorithm™ (NEA).

At the heart of NEA are novel means which provide the ability to analyze functions as their values pass through the singularity appearing throughout higher mathematics. This new analytic method has given us profound insight into the way that prime numbers are distributed throughout the integers, a development with serious potential implications for the strength of two-prime based algorithms.

Today, public-key algorithms such as RSA are based on the fact that it is extremely difficult to factor very large composite numbers back to their prime constituents. At Singularics, we can demonstrate a method by which we can calculate the significant most digits of the constituent primes for arbitrarily large composite numbers. The Neutronic Encryption Algorithm (NEA) is not based on fixed prime points but rather on the natural principles that govern the distribution of the primes themselves. The encryption resulting from NEA represents the next generation in data security technology.

On January 6th, 2009, the FBI released a statement that "Cyber attacks pose the greatest threat to the United States after nuclear war and weapons of mass destruction and are increasingly hard to prevent." The current geo-political climate combined with the large scale need for this kind of information security technology represents a significant opportunity for Singularics' next generation encryption algorithm.

For more information about the size and shape of this market and the timing for this opportunity, please click here to review a current market research summary.

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