A Secured Framework Model to Design Electronic Voting System using BlockChain Methodology

Abstract

The usage of a technology known as blockchain, which offers an advantage in terms of technology and is becoming more prevalent in the industries of digital money and monetary transaction. The blockchain is used to keep track of transactions, and these records may be used to verify that a contract’s terms are legitimate. The simple accessibility of blockchain applications that are built on top of other types of technology, such as the electronic voting system, is the major emphasis of this research. As an illustration, the traditional way of electronic voting has been afflicted by a variety of issues and limits for a very long time. In order to build a trustworthy electronic voting system, a decentralized application that is helped by blockchain technology has been developed. This application offers improved equality, honesty, and adaptability in comparison to the current method. This research presents a novel secured distributed database for the purpose of storing information pertaining to voters. The information pertaining to each voter will be saved in the database in conjunction with a secret key and an electronic signature. In the first part of this article, we investigate how well a selection of well-known blockchain frameworks function when used as a blockchain service. Then, as a solution to these issues, we provide a cutting-edge electronic voting system that is based on blockchain technology. This study analyses the deployment of a blockchain-based technology that enhances election security while lowering related costs in order to investigate the possible uses of distributed ledger technology. In conclusion, but certainly not least, the blockchain-based technology allows reliable durability, secrecy, and accountability, which improves system stability and security and lowers the cost of organizing elections on a national scale.