A Scalable E-Voting System Using Blockchain and Smart Contracts

Abstract

Many people do not view elections as a serious worry for democracy, but they are one of the key events for a strong democratic system of a nation. As this study is concerned with the planning, carrying out, and evaluating the goal of the E-Voting system is to improve the scalability, transparency, and dependability of online voting procedures. The authors suggested a paradigm for electronic voting in this study, which might address these problems. The process consists of three primary stages: Development of Prototypes, Smart Contracts, and the Selection of Blockchain Platforms Application. The current web is used to create the prototype development frameworks that guarantee accessibility and usability for a range of users. A good blockchain platform, Ethereum, is selected to implement the component of the distributed ledger, taking into account variables such protection and scalability. The invention of smart contracts in voting is governed by platform-specific languages, and withstand rigorous tests.