2019•Unpublished venueOpen access

Neuro-Amorphic Construction Algorithm (NACA)

Egger L. Mielberg

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Abstract

Under certain circumstances, determinism of a block cipher can leadto a disclosure of sensitive information about working mechanism ofunderlying machine. Unveiled restrictions of the mechanism can alsogive a possibility for an adversary to brute-force the cipher at areasonable period of time.We propose a nondeterministic algorithm operating on variable-lengthgroups of bits with dynamically varying parts of round ciphertext. Wenamed it as “Neuron Cipher”. It does not use as public as private key.In compared with symmetric or asymmetric encryption, it has obviouspractical advantages. Among them is a “Perfect Secrecy” [4].

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What this paper is about

Under certain circumstances, determinism of a block cipher can leadto a disclosure of sensitive information about working mechanism ofunderlying machine. Unveiled restrictions of the mechanism can alsogive a possibility for an adversary to brute-force the cipher at areasonable period of time.We propose a nondeterministic algorithm operating on variable-lengthgroups of bits with dynamically varying parts of round ciphertext. Wenamed it as “Neuron Cipher”. It does not use as public as private key.In compared with symmetric or asymmetric encryption, it has obviouspractical advantages. Among them is a “Perfect Secrecy” [4].

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Available abstract

Under certain circumstances, determinism of a block cipher can leadto a disclosure of sensitive information about working mechanism ofunderlying machine. Unveiled restrictions of the mechanism can alsogive a possibility for an adversary to brute-force the cipher at areasonable period of time.We propose a nondeterministic algorithm operating on variable-lengthgroups of bits with dynamically varying parts of round ciphertext. Wenamed it as “Neuron Cipher”. It does not use as public as private key.In compared with symmetric or asymmetric encryption, it has obviouspractical advantages. Among them is a “Perfect Secrecy” [4].

Key concepts: Block cipher, Computer science, Ciphertext, Plaintext, Cipher, Encryption, Algorithm, Theoretical computer science

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