Block Chain-Based Voting System

Abstract

Governments frequently launch various projects, such as road construction or industrial development, targeting specific regions. During the implementation of these projects, there are always people who support or oppose the initiatives. In our project, we propose a secure and transparent framework for managing government schemes using blockchain technology. Blockchain offers a tamper-resistant and secure way to store government data, which is often vulnerable to manipulation. Our goal is to address these challenges by building a transparent and secure edge computing system for allocating government schemes. This eliminates the need for human supervision, simplifying the process for the government to track and update policies over time. To tackle this, we suggest employing blockchain to create a decentralized system that facilitates the execution of government schemes with enhanced transparency, auditability, security, and immutability. The proposed framework features a decentralized consortium architecture that combines the security and privacy benefits of a permission blockchain with the openness and transparency of a permissionless blockchain. The primary objective is to manage the government tender process efficiently and securely. The system is composed of three key entities: government officials, citizens, and the schemes themselves