The current democracy finds it extremely difficult to establish fair elections in the nation. A lot of funds have been spent on this to guarantee that there are no fights during the race of elections. However, certain powers have been accustomed to manipulating elections these days, producing a different outcome from what the electorate had intended. The objective of this study is to introduce a contemporary democratic plan that utilizes biometrics to further develop exactness and speed without turning to hacking. Since every person has a distinct fingerprint and can easily identify the personal information by utilizing finger imprint sensors in the system. As a result, this framework is preferable than the voting procedure in place now. During the election, voter fingerprints will be fed into the system. After then, the input fingerprint and the database will be compared. Then the user will be able to vote if their data is available in the database. In the event that the record is inconsistent with the database, this vote will be rejected. The same holds true for clients that rehash. As expenses decline, so do the costs of maintaining the system and the total funds allocated to holding elections.