E-Voting System Improvised by Blockchain Technology: A Case Study

Abstract

For a very long time, it has been a difficult task to construct a voting machine system that is both secure and fair, maintaining the confidentiality of the various voting methods that are currently in use while also maintaining the accountability and adaptability of the electrical components. This piece of work presented a procedure for an election in a faraway place that must be secure, deniable, irrevocable, user-friendly, and convenient. As a consequence of this, members of the voting public can vote for their preferred candidate without being required to carry out the procedure in person. Campaigns for the upcoming election will make use of this framework. This system will make use of two different blockchains, both of which will communicate with one another: the Ethereum platform, which is accessible to the general public, and the Quorum blockchain, which is not. The technology of private blockchains will be operated by an autonomous organization. All of these different blockchain technologies send the necessary data to the public blockchain technology, which seems to be able to process a variety of voting data. This framework makes it possible to use encrypted information effectively with the SHA-256 method, thereby protecting both the confidentiality of the information and the knowledge it contains.