Citizens of democracies like India have the fundamental right to vote. Voters must be present to cast their ballots under a voting system based on ballots. Most citizens do not abide by this limit by avoiding their original duties. In such situations, electronic voting is often seen as one of the most effective solutions. Due to its immutable, transparent, anonymous, and decentralized nature, a new technology known as blockchain could offer a viable solution. We provide a base solution. Dial security and data integrity are given in theory. Another need that this system satisfies is voter privacy. Finally, the proposed blockchain voting technology significantly reduces the time spent waiting for results. The protocol uses smart contracts in electronic voting systems to address voter security, accuracy, and privacy issues. The protocol creates a visible, non-editable, independently verifiable approach that eliminates planned fraud during the election process while minimizing the involvement of third parties. Furthermore, it prevents double voting when used in conjunction with proper smart contract constraints. We go into great detail with our solution, emphasising the security assurances and design decisions that make it scalable to a high number of voters. The proof-of-concept version of the suggested framework is presented as our final product.