Design and Development of Secure Electronic Voting System Using Radio Frequency Identification and Enhanced Least Significant Bit Audio Steganographic Technique

Abstract

Electronic decision-making process has been adjudged as an alternative measure to address the flaws of ballot voting system for the delivery of free, fair, confident, credible, and transparent elections. Electronic ballot spoofing, remote voter's masquerading,voter's coercibility and ballot integrity breach are some of the security issues in the electronic voting system. In this paper, we proffer solution to the problem of authentication and verification of voters as well as the integrity and confidentiality of the casted electronic ballot. The developed e-voting system adopts two levels of security: authentication of voters for whom they are using Radio Frequency Identification Technique and protection of casted votes in transit using enhanced Least Significant Audio Steganographic for credible electronic decision making. The results obtained from the testing and qualitative evaluation using both human psychoacoustic and histogram analysis of the audio cover and stego audio of the system demonstrated an effective level of security from the pre-election phase, election phase, and post-election phase of the electioneering processes. When electoral processes are exercised with guaranteed security techniques, the electorates can have confidence in the conducted election for the improved e-decision system of governance in developing countries with significant digital divide.