Electronic voting with Scantegrity: analysis and exposing a vulnerability
by John S. Dean
Electronic Government, an International Journal (EG), Vol. 9, No. 1, 2012

Abstract: This paper describes Scantegrity, an electronic voting system developed by Chaum et al. (2008b), and it analyses Scantegrity's ability to satisfy the goals of privacy and verifiability. The paper describes a programmatic attack on Scantegrity and presents findings in the form of program output for a corrupted hypothetical election. The attack takes advantage of the inherent vulnerability of electronic voting systems due to the tension between the goals of privacy and verifiability. It exposes a security weakness in electronic voting systems, and it establishes the need to control code compilation and provide physical security for that compiled code throughout the election process.

Online publication date: Sat, 22-Nov-2014

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