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In this work we propose an algorithm for symmetric cryptography based on chaotic functions, masking based on addition and subtraction on deoxyribonucleic acid and roots of nonlinear functions. The algorithm generates two keys; the first one is generated by the chaotic function and the second by the nonlinear function. The computational implementation of the algorithm realized in Octave allows to encrypt and decryption text of any dimension with a high level of security supported this in a sensitivity analysis that shows the resistance to exhaustive attacks.

Método criptográfico simétrico utilizando teoría del caos, operaciones sobre ADN y raíces de funciones no lineales