DNA based Encryption and Decryption Algorithm

DNA Cryptography can be defined as a hiding data in terms of DNA Sequence. DNA cryptography is one of the rapid emerging technology which works on concepts of DNA computing. A new technique for securing data was introduced using the biological structure of DNA called DNA Computing (aka molecular computing or biological computing). DNA can be used to store and transmit data. The concept of using DNA computing in the fields of cryptography and steganography has been identified as a possible technology that may bring forward a new hope for unbreakable algorithms. Strands of DNA are long polymers of millions of linked nucleotides. These nucleotides consist of one of four nitrogen bases, a five carbon sugar and a phosphate group. The nucleotides that make up these polymers are named after the nitrogen base that it consists of; Adenine (A), Cytosine (C), Guanine (G) and Thymine (T).

Blending genetics and cryptography for Pi Network, GenoCrypt facilitates the development of DNA-based encryption schemes, genetic authentication methods, and secure genomic data storage solutions, ensuring unparalleled privacy and security.

The world's first general-purpose DNA-native encrypted data format. Your data becomes indistinguishable from a genomic sequence. Locked behind modern cryptography. Decodable only with `dendec` and a password.

The objectives of this project work are: Implementation of DNA Cryptography with One-Time Pad to make encryption-decryption more secured. Implementation of Modified Vigenere cipher (Beaufort Cipher) to change the DNA cipher to other format to create confusion.

IMPLEMENTATION OF DNA CRYPTOGRAPHY FOR CLOUD COMPUTING AND USING SOCKET PROGRAMMING

Encryption and decryption of confedential data using dna based cryptography in cloud storage

The Hill-ADN Cryptography project combines Hill cipher methods with DNA encryption, offering a novel approach for improved data security. It includes binary to DNA conversion, amino acid translation, and Hill cipher encryption, with the decryption process addressing genetic code ambiguity challenges.

I have developed a model which provides multi layer security containing DNA computing based text Encryption and Decryption using RSA algorithm model. Here I have combined various efficient techniques used in the existing DNA cryptography algorithms and also combined them with RSA algorithm which resulted in a DNA-RSA Hybrid Cryptography system.

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I have developed a model which provides multi layer security containing DNA computing based text Encryption and Decryption using RSA algorithm model. Here I have combined various efficient techniques used in the existing DNA cryptography algorithms and also combined them with RSA algorithm which resulted in a DNA-RSA Hybrid Cryptography system.

bi0cyph3r — DNA cryptography: encode and decode messages as DNA sequences. Rust (Actix-web) backend with Basic, Nanopore, and Secure modes, safety screening, and Arcium MPC for confidential computation. Messages stay encrypted end-to-end via Multi-Party Computation on Solana; planned full Solana blockchain integration.

The Key_Generator notebook uses Crypto and cryptography modules to create a public key and private key. The Source_Side notebook uses DNA and AES method to encrypt a secret message and then employ the private key to sign the encrypted message. At the end, the encrypted message gets hidden in an image by stepic module. On the other side, the Target_Side notebook takes the image and leverages the public key on it to decode the signature (this phase could detect the middle-man attack because if the message was attacked by a middle man, the public key couldn't be able to decode the signature). After decoding and extracting the encrypted message from the image by PIL and stepic modules, the program uses the same DNA and AES methods to reveal the original message.

Dna Cryptography

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Scripts to convert binary bits to dna codons to ascii

Attempt to encode text into DNA file based on a research paper.

DNA-encoded cryptographic hashing algorithm.

Implementation of DNA Cryptography with Asymmteric Cryptosystem in C++

Medical Image Encryption Using DNA Cryptography

Medical Image Encryption Using DNA CRYPTOGRAPHY

Applying a cryptographic key to DNA

A domain-specific programming language for DNA-based cryptography

A Novel Two Layer Encryption Algorithm Using One-Time Pad and DNA Cryptography

DNAShield is a lightweight C program that uses DNA sequences as cryptographic keys for file encryption. It converts nucleotide chains into deterministic binary keys for secure symmetric encryption and decryption.

ChainMosaic is a generative on-chain identity project on the Base network. Every wallet address produces a unique, permanent art pattern derived from its transaction hash DNA. No two mosaics are alike — each is a cryptographic reflection of its wallet’s life on-chain.

Multiple Image Encryption using Central Dogma aims to assure security for classified images that are shared over different networks. To achieve the security, we take in the multiple images and using cryptographical methods and DNA encoding, we convert the images into a genetic sequence and share it.

S33D is a distributed seed & story library that seeks to recalibrate the value of seed saving and storytelling within both our local and global economies. A living trade canvas of ancient DNA encoded with cryptographic precision - S33D is a marriage between the ancient and modern worlds, germinating a suit of tools to assist a reconnect with our origins through education, trade, and localised community curation.After many years dreaming, on the 5th November 2018 we hashed our first version of the Golden Dream onto the Bitcoin Blockchain and distributed it to friends and family, leaving behind a printed copy in the Aloha Pod. We envisage the Golden Dream metamorphosing into the Golden Charter for V3, allowing members of the community to propose & vote on solutions and changes to this living document. If a threshold of the community agree on a revision, it becomes the new charter. However, all previous versions will still be browsable, as are proposed changes in order of popularity and recent submissions.

DNA Computing based Encryption and Decryption Algorithm