The Genetic Algorithm Implementation in Smart Contract for the Blockchain Technology

Abstract

A blockchain (BC) is merely a decentralized ledger that records each transaction that takes place inside the network. A block is a unit of data that contains encrypted information about every transaction in the network's history. Decentralized technology implementation would necessitate increased security, enforce accountability, and may speed up the transaction from the current hierarchical structure to a decentralized, cooperative chain of command. By producing fresh offspring of those animals who are identifiable by their identification tags, a blockchain is used to conserve the data of a special species of endangered animals. This article presents a decentralized application (SONR DAPPs) by implemented genetic algorithm to forecast a brand-new kind of those animals.  The implementation did by solidity framework. Even that the solidity has disadvantages of memory limitation, but the result shows a possibility of using it to implement complex algorithms for the smart contract. This experience gives a chance to develop the solidity for a more complex algorithm to increase the ability o-f choosing better user to be a new block in the chain of this technology.