Hiding Secret Messages using Artificial DNA Sequences Generated by Integer Chaotic Maps

Bashier, Eihab B. M.; Ahmed, Ghaidaa; Othman, Hussam-aldeen; Shappo, Rayan

doi:10.5120/12035-7970

Cited by 6 publications

(5 citation statements)

References 8 publications

(8 reference statements)

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“…The general idea behind DNA Steganography is to choose a random DNA sequence as a cover medium and then concealing the secret message into it using an encryption algorithm and transfer the modified DNA sequence to the receiver. The receiver extracts the secret message from the modified DNA sequence using the appropriate decryption algorithm, [4,10].…”

Section: Introductionmentioning

confidence: 99%

Higher Payload Capacity in DNA Steganography using Balanced Tree Data Structure

Saha,

Pinky,

Islam

et al. 2019

IJRTE

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In recent years, with the huge expansion of internet and communication technology, the data transmission rate has increased exponentially. The threat of unauthorized penetration to the secret messages during transmission has become a major concern for data integrity. Cryptography and Steganography are two well-known techniques used to secure and hide confidential data from the intruders. Cryptography is used to obscure the secret message whereas Steganography embeds the messages into a cover media and conceals the presence of secret information. In DNA steganography, DNA molecular sequence is used as a cover medium. In the field of steganography, Payload capacity is the measurement of hiding intended messages in cover media. The Capacity of hiding messages in cover media is one of the prime challenges in the field of steganography. The principal study of this research is to provide a new framework using DNA steganography that provides a higher payload capacity. We have used balanced tree data structures for message encoding where the leaf node contains the intended message. This unique process of message encoding and decoding guarantees a payload capacity of ≥ 0.50.

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Section: Introductionmentioning

confidence: 99%

Higher Payload Capacity in DNA Steganography using Balanced Tree Data Structure

Saha,

Pinky,

Islam

et al. 2019

IJRTE

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show abstract

Section: Introductionmentioning

confidence: 99%

“…For that reason it has been proposed, using chaotic maps Galois fields (GF) with the DNA packing [5], to generate artificial DNA sequences with chaotic map over GFs to hide information. The generation of a very large carrier sequence ( S c ) still persists, underestimating the problem of performance in terms of spectral efficiency [5]. However, as promoters ( P ) and terminators ( T ) can be unique, they can be found in the DNA strand by an attack called basics of side‐channel, which analyses the pattern of power [6].…”

Section: Introductionmentioning

confidence: 99%

“…For HyC, a reduced divisor is D 165 = (α 0 u 2 + α 17 u + α 30 , α 23 u + α 12 ) which has the cursor number Ψ(D 165 ) = 165. All of the coefficients of the polynomial representation a(u) = α 0 u 2 + α 17 u + α 30 and b (u) = α 23 u + α 12 belong to the Galois field GF(2 5 ). Then, the following carrier array S c = 00001 10011 10010 01111 01110 is embedded in the coefficients of the polynomial representation for D 165 , with δ 1 = 25 bits and δ 0 = 18 bits.…”

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confidence: 99%

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Secure DNA data compression using algebraic curves

Soto¹,

Jirón

Valencia

et al. 2015

Electron. lett.

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Artículo de publicación ISIA system that achieves compression using artificial DNA packaging with the support of two algebraic curves is presented, whereby the Hermitian channel code algorithm introduces gain and safety. Additionally, performance results are presented with a gain of 7 dB against uncoded quadrature phase shift keying and 1 dB against McEliece, for a bit error rate of 10(-3). The results of the security levels compared with the McEliece system are also presented.Project USACH/Dicyt 061413SG Center for Multidisciplinary Research on Signal Processing Conicyt/ACT112

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“…M1, M2, and M11 because it is the only source to get real DNA sequence. There exist some recent methods such as the work in [7] based on generating artificial DNA sequences instead of selecting it from one of the public databases to increase the algorithm's security. The third parameter, the random factor (SPP3), tells if the algorithm depends on any random variables.…”

Section: Cryptography Process Parametersmentioning

confidence: 99%

DNA Based Steganography: Survey and Analysis for Parameters Optimization

Hamed

Marey

El-Sayed

et al. 2015

Intelligent Systems Reference Library

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Nowadays, cryptography and steganography are considered the most famous and secured techniques used in the security field. This chapter introduces a survey on the recent DNA based steganography algorithms that use the DNA as a carrier to enable safe transfer of the critical data over the unsecure network. Some of the recent data hiding techniques based on DNA will be discussed with the main differences between them with respect to some important security parameters such as cracking probability, indicating the algorithm's strength and weakness. However, some of these techniques do not include the computation of the cracking probability, so each of them will be reviewed and then further analyzed to compute its cracking probability. Then, the issues and the problems in these algorithms are presented and discussed with proposing some solutions and recommendations for achieving optimization in the DNA based steganography field.

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Hiding Secret Messages using Artificial DNA Sequences Generated by Integer Chaotic Maps

Cited by 6 publications

References 8 publications

Higher Payload Capacity in DNA Steganography using Balanced Tree Data Structure

Higher Payload Capacity in DNA Steganography using Balanced Tree Data Structure

Secure DNA data compression using algebraic curves

DNA Based Steganography: Survey and Analysis for Parameters Optimization

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