| Document Date: 2015-03-31 12:19:39
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Company bA sA / Riposte / Twitter / the AES / / Currency pence / / IndustryTerm Internet scale / net-based systems / malicious server / nets-based systems / state-machine-replication protocol / Prior systems / randomized algorithms / secure multi-party protocol / audit server / prior verifiable-shuffle-based systems / anonymous messaging systems / mix server / private information retrieval protocol / p.p.t. algorithm / private information retrieval protocols / coin-flipping protocol / anonymity systems / request validation protocol / traffic-analysis-resistant anonymous messaging protocols / read-heavy applications / low-latency anonymity systems / multi-party protocol / certain latency-tolerant applications / online clients changes / / MarketIndex SET 50 / / Organization Stanford University / / Person Dan Boneh / David Mazières / Henry Corrigan-Gibbs / / Position investigative reporter / sPy / threat model / and security definitions / auditor / General / reporter / / ProgrammingLanguage FL / / ProvinceOrState Manitoba / Florida / Massachusetts / / Technology encryption / B. The protocol / private information retrieval protocol / three-party protocol / cryptography / second protocol / request validation protocol / multi-party protocol / G. The algorithms / secure multi-party protocol / possibly randomized algorithms / public-key encryption / traffic-analysis-resistant anonymous messaging protocols / block cipher / AlmostEqual protocol / private information retrieval protocols / two protocols / simulation / p.p.t. algorithm / client/server / coin-flipping protocol / Gen algorithm / state-machine-replication protocol / dA This protocol / /
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Riposte: An Anonymous Messaging System Handling Millions of Users Henry Corrigan-Gibbs, Dan Boneh, and David Mazières Stanford University Abstract—This paper presents Riposte, a new system for anonymous broadcast mess