Authenticated Web Based Voting System

Autor: Krishna Sampath Gudimani, Ushashree, M J Karthik, M J Joshwan, Prasad Patil
Rok vydání: 2021
Předmět:
Zdroj: 2021 2nd Global Conference for Advancement in Technology (GCAT).
DOI: 10.1109/gcat52182.2021.9587712
Popis: Authenticated e voting system (AEVS) is developed taking into consideration the security. The AEVS system is designed for the welfare of the nation to provide an opportunity to the residents who are outside the nation want to choose their representative. Traditional way of electing the representatives is either through paper ballot or an automated ballot. There has been a huge transition from a traditional ballet to an automated but still there are few limitations which are to be addressed in the current system too. This paper aims at proposing AEVS is a highly secure system which is designed and developed to replace the traditional systems and provides much accurate and immediate results. AVES provides a high success rate unlike the traditional systems as it prevents the user from multiple registrations and proxy voting system. The system aims at enhancing the authentication by considering the fingerprint and the unique identification number provided by the government. AVES even considers and provide solution to eligibility of the voter and decree hiccups. Voters are given a leverage of voting at their leisure and use the devices with an internet connection using the unique identification number, for additional authentication security question is to be answered during the initial step of registration. Further a token would be automatically generated as a reference for every individual who has registered for the casting their votes. This token prevents the duplication of the voters from reregistering using the same details. Every token is automatically disseminated to the mail id provided by the user and voting is now done ubiquitously; it is an auto expiring token which loses its validity after a certain period.
Databáze: OpenAIRE