Secure E - Voting System Based on Paillier Cryptography

Abstract

In the whole world the advanced security procedures are necessary to present convincing online based casting a ballot (e-voting). Trust in the voting process is therefore an important element to any voting system. Voting over the internet is not secure enough to be trusted for government elections. Choices integrated on the paper exhaust many advantages and add to the confusion of backwoods, which causes atmosphere weakening. Then web based casting a ballot come up in countries like the US, India and Brazil showed that further examination is needed to enhance the security assures for future race, to provide the characterization of votes and enable the affirmation of their reliability and legitimacy. Here, proposed the homomorphic encryption based e-voting for casting a vote, which locate these challenges. It removes every single limitation on the possible assignments of centers to different competitors as per the voters' individual inclinations. In order to ensure the security of the votes, each cast vote is encrypt utilizing the paillier cryptosystem before counting of votes. Moreover, amid casting a ballot the framework guarantees that proofs are created and put away for every component in the cast ballot. These confirmations would then be able to be utilize to affirm the rightness and the qualification of each ballot prior to checking without unscrambling and getting to the substance of the tally. This approves the votes in the verification procedure also, in the meantime looks after classification. To enhance the security of our system we utilized OTP (SMS gateway) for login. The security and execution assessments added together show that our system has achieves critical enhancements in examination with the existing system.