Title :
ANONIZE: A Large-Scale Anonymous Survey System
Author :
Hohenberger, Susan ; Myers, Steven ; Pass, Rafael ; Shelat, Abhi
Abstract :
A secure ad-hoc survey scheme enables a survey authority to independently (without any interaction) select an ad-hoc group of registered users based only on their identities (e.g., their email addresses), and create a survey where only selected users can anonymously submit exactly one response. We present a formalization of secure ad-hoc surveys and a provably-secure implementation in the random oracle model, called ANONIZE. Our performance analysis shows that ANONIZE enables securely implementing million-person anonymous surveys using a single modern workstation. As far as we know, ANONIZE constitutes the first implementation of a large-scale secure computation protocol (of non-trivial functionalities) that scales to millions of users.
Keywords :
authorisation; cryptographic protocols; ANONIZE; ad-hoc group; email addresses; large-scale anonymous survey system; large-scale secure computation protocol; modern workstation; nontrivial functionalities; person anonymous surveys; provably-secure implementation; random oracle model; secure ad-hoc survey scheme; survey authority; user identities; Abstracts; Educational institutions; Electronic mail; Protocols; Public key; Registers; ANONIZE; secure anonymous survey system;
Conference_Titel :
Security and Privacy (SP), 2014 IEEE Symposium on
Conference_Location :
San Jose, CA