These days voting plays a role, in democracy as it allows individuals to voice their opinions and elect leaders. However traditional physical voting methods face challenges such as queues, paper ballots and security issues. Moreover, the complexity, vulnerability to fraud and lack of dependability of these methods contribute to instability and reduced voter turnout among the youth. Voters now have the convenience of casting their votes any-where. Many systems now support blockchain based voting models as a solution, to the shortcomings of voting methods. To enhance accessibility, security and efficiency in the voting process this study introduces a block-chain based voting approach. By leveraging technology, the research aims to develop a user-friendly system. The new model is built on the Ethereum blockchain platform using an iterative method. It utilizes contracts to record and authenticate votes incorporating OTP verification to confirm voter identities. Thorough testing and analysis including simulations and stress tests were carried out to validate the model’s efficiency, security and user friendliness. This strategy ensures a reliable process that is resistant, to manipulation. By eliminating the need for presence reducing paperwork and ensuring vote integrity through tamper blockchain technology these digital offer a substantial upgrade, over traditional method.