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Faster and more efficient computer resources coupled with inevitable advances in factorization techniques have begun to make insufficient the continued linear use of large primes and other mathematically complex numbers for creating strong encryption keys, particularly for long-term implementations. Thus, a new unpatented and freely available encryption algorithm, Multiple Channel Cryptography (MCC), is proposed that seeks to offer a sustainable advance in the development of cryptographic systems. The term “multiple channel” refers to the algorithm’s multiple configuration inputs.

The MCC framework calls for a non-linear utilization of a minimum of 7 inputs (the channels). Pieces of each channel can be utilized within the keyspace or to manipulate the keyspace and/or the message as it processes the input signal. The challenge then for adversaries is to discover the target's inputs to the algorithm. Unlike other block ciphers, MCC does not require fixed key size or message size. In fact, MCC does not use a key in the classic cryptographic sense. Each MCC key is a hash digest that represents an efficient expression of the algorithm’s required inputs.