Brent waters crypto

brent waters crypto

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Waters (CRYPTO ). Our main construction achieves selective security against unbounded collusions under the standard k-linear assumption in prime-order. CRYPTO Chosen Ciphertext Security from Injective Trapdoor Functions. By Brent Waters, Susan Hohenberger & Venkata Koppula. CRYPTO Output. Attribute-based encryption for fine-grained access control of encrypted data. V Goyal, O Pandey, A Sahai, B Waters. Proceedings of the 13th ACM conference on.
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Namely, we obtain a single-key traceable PRF from standard lattice assumptions and a fully collusion-resistant traceable PRF from indistinguishability obfuscation together with injective one-way functions. We provide a range of constructions based on different assumptions such as public key encryption PKE , bilinear maps and the Learning with Errors LWE assumption. This gives a way to perform CCA secure encryption given any public key infrastructure that has been established with only sub-exponential CPA security in mind. Our watermarkable signature scheme can be built from the minimal assumption of one-way functions while our watermarkable public-key encryption scheme can be built from most standard algebraic assumptions that imply public-key encryption e.