Prêt à Voter

E487737

Prêt à Voter is an end-to-end verifiable voting system that uses randomized candidate orders and cryptographic techniques to allow voters to confirm their vote was counted correctly without revealing how they voted.

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Statements (50)

Predicate Object
instanceOf cryptographic voting protocol
end-to-end verifiable voting system
aimsTo allow voters to verify their vote is included in the tally
prevent voters from proving how they voted
provide individual verifiability for each voter
provide universal verifiability of the election outcome
comparedTo Helios voting system NERFINISHED
Punchscan NERFINISHED
Scantegrity NERFINISHED
developedBy Peter Ryan NERFINISHED
collaborators in the electronic voting research community
field applied cryptography
computer security
electronic voting
hasComponent ballot form with randomized candidate list
encrypted receipt
mixing and decryption phase
public bulletin board
separate strip for marking the vote
hasDocumentation academic research papers
hasPrimaryFeature end-to-end verifiability
randomized candidate order on each ballot
receipt-freeness goal
voter-verifiable paper audit trail
hasProperty ballot secrecy is preserved under standard assumptions
supports risk-limiting audits in some variants
tally can be recomputed and verified by observers
voter can check presence of their encrypted vote on a public bulletin board
hasSecurityGoal coercion resistance
public verifiability of decryption and mixing
robustness against ballot stuffing
robustness against vote manipulation
hasUseCase governmental elections (pilot trials)
organizational and academic elections
hasVariant Prêt à Voter with homomorphic tallying NERFINISHED
Prêt à Voter with re-encryption mix-nets
inspired later end-to-end verifiable voting schemes
introducedIn early 2000s
isDiscussedIn literature on verifiable elections and e-voting standards
nameLanguage French
nameMeaning ready to vote
requires procedures for generating and auditing randomized ballots
trusted setup for cryptographic keys
securityDependsOn correct implementation of mix-nets and proofs
integrity of the public bulletin board
uses cryptographic commitments
mix-nets
public-key cryptography
randomized candidate permutations
zero-knowledge proofs

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

ThreeBallot voting system relatedTo Prêt à Voter
Scantegrity relatedTo Prêt à Voter