The voting process is the tool used to put the public opinion into action and improve system administration. Conventional voting hasn’t been popular in recent years with either the public or the government. Given how easily ballots may be tampered with, they are not totally secure. It also raises concerns about transparency and voter safety. Additionally, it takes too long to count the votes. A fascinating topic in the current voting system is the modification of voting globally. To address these issues in many countries, the voting process involves digital technology. Digitalization cannot totally resolve the problems on its own. Additionally, there are several techniques to manipulate or alter digital technologies in order to obstruct voting. Fairness, independence and impartiality should all be present in the voting process. This research effort creates a voting system by examining the aforementioned issues and fusing digitalization with blockchain technology. Integrity, anonymity, privacy and security of voters are our voting system’s primary objectives. In our proposed digital voting systems, the data integrity and voter anonymity, privacy, and security have been ensured through the usage of the Merkle tree and fingerprint hash.

Voting; Blockchain; Fingerprint hash; Smart contract; Mining; Merkle tree