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RSA Cryptosystem Attack Method Based on DNA Computing

Liu Zhongkan

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Abstract

In terms of the feature of trapdoor base of the RSA public-key cryptosystem,parallel kind computing model,this paper proposes a new model of DNA computing. Based on the model it presents a method on attacking RSA public-key cryptosystem. DNA molecule encodes the trapdoor base and public key. The trapdoor is sorted out by combination,separation,set,and clear and private key is computed by trapdoor. The expected bio-steps in the technique is only O(1bn)3 and volume of DNA is no more than 1 m3.

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What this paper is about

In terms of the feature of trapdoor base of the RSA public-key cryptosystem,parallel kind computing model,this paper proposes a new model of DNA computing. Based on the model it presents a method on attacking RSA public-key cryptosystem. DNA molecule encodes the trapdoor base and public key. The trapdoor is sorted out by combination,separation,set,and clear and private key is computed by trapdoor. The expected bio-steps in the technique is only O(1bn)3 and volume of DNA is no more than 1 m3.

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Available abstract

In terms of the feature of trapdoor base of the RSA public-key cryptosystem,parallel kind computing model,this paper proposes a new model of DNA computing. Based on the model it presents a method on attacking RSA public-key cryptosystem. DNA molecule encodes the trapdoor base and public key. The trapdoor is sorted out by combination,separation,set,and clear and private key is computed by trapdoor. The expected bio-steps in the technique is only O(1bn)3 and volume of DNA is no more than 1 m3.

Key concepts: Computer science, Cryptosystem, DNA computing, Key (lock), Public-key cryptography, Public key cryptosystem, Set (abstract data type), Computer security

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