Universal verifiability is a must-to-have for electronic voting schemes. It is essential to ensure
honest behavior of all the players during the whole process, together with the eligibility …

The integration of digital technologies into political processes represents a pivotal shift in the
operational dynamics of political parties, highlighting an evolution from traditional to digital …

Decentralization, verifiability, and privacy-preserving are three fundamental properties of
modern e-voting. In this paper, we conduct extensive investigations into them and present a …

Internet voting systems are supposed to meet the same high standards as traditional paper-
based systems when used in real political elections: freedom of choice, universal and equal …

A mixnet developed by Hébant et al.(PKC'20) employs certified ciphertexts that carry
homomorphic signatures from an authority, reducing the complexity of the shuffling proof …

As an emerging paradigm in digital identity, Decentralized Identity (DID) appears
advantages over traditional identity management methods in a variety of aspects, eg …

Eligibility checks are often abstracted away or omitted in voting protocols, leading to
situations where the voting server can easily stuff the ballot box. One reason for this is the …

In 2016, Locher and Haenni (Locher and Haenni, 2016) proposed an e-voting scheme that
offers verifiability, everlasting vote privacy, and computational receipt-freeness, as well as an …

We design new encryption mechanisms that enable the design of the first universally
verifiable voting schemes, supporting both receipt-freeness and everlasting privacy without …

We propose an e-voting protocol based on a novel linkable ring signature scheme with
unconditional anonymity. In our system, all voters register create private credentials and …