The electronic voting system streamlines the traditional voting procedure for both voters and authorities. Voter participation rises when voting becomes simpler and more uncomplicated. The cost of human resources is considerably decreased because the program does all of the counting and tallying. A cryptographic and variable steganography approach that allows data for it is encryption and hiding. A cloud-based voting methodology is constructed in this work utilizing fully homomorphic elliptical curve cryptography combined with variable MSB–LSB algorithm. This assures anonymity and reduces the possibility of manipulating or leaking with the vote, despite the fact that results of the votes are saved on the cloud. This work demonstrates that FHECC has enhanced both efficiency and privacy with comparative analysis of Simple LSB and Variable MSB–LSB.