FAIR CHARACTERISTIC- PRIMARILY BASED TOTALLY ENCRYPTION SCHEME FOR DATA SHARING IN BLOCKCHAIN
International Research Journal of Modernization in Engineering Technology and Science · 2023
In this project, a proposed secure DNA checking out the procedure for the already gift venture using the set of rules AES (Advance Encryption Standard) and blockchain procedure.Some situations would be needed for DNA checking.For example, some crime analyzing purposes also would be needed and disease analysis purposes also be needed.So, all situations need a secure way of processing.The mixture of AES and blockchain techniques put into force this challenge.Encrypted DNA blockchain is an emerging technology that combines the fields of genetics, cryptography, and distributed ledger systems.It leverages the unique properties of DNA, such as its immense data storage capacity and inherent encryption capabilities, to create a secure and tamperresistant platform for storing and sharing genomic information.SHA-256 is a cryptographic hash function designed to ensure the integrity and security of digital data.It takes an input message of any size and produces a unique 256-bit hash value, which serves as a digital fingerprint of the input data.The SHA-256 algorithm employs a series of logical and arithmetic operations, including bitwise operations, modular addition, and logical functions, to process the input data and generate the hash value.The resulting hash is highly sensitive to even the slightest changes in the input data, making it ideal for verifying data integrity and detecting tampering or unauthorized modifications.