2016Unpublished venueRequires access

Composability in quantum cryptography

Renato Renner

Open publisher page 117 citations

Abstract

If we combine two secure cryptographic systems, is the resulting system still secure? Answering this question is highly nontrivial and has recently sparked a considerable research effort, in particular, in the area of classical cryptography. A central insight was that the answer to the question is yes, but only within a well-specified composability framework and for carefully chosen security definitions.

About this research paper

What this paper is about

If we combine two secure cryptographic systems, is the resulting system still secure? Answering this question is highly nontrivial and has recently sparked a considerable research effort, in particular, in the area of classical cryptography. A central insight was that the answer to the question is yes, but only within a well-specified composability framework and for carefully chosen security definitions.

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OpenAlex reports 117 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

If we combine two secure cryptographic systems, is the resulting system still secure? Answering this question is highly nontrivial and has recently sparked a considerable research effort, in particular, in the area of classical cryptography. A central insight was that the answer to the question is yes, but only within a well-specified composability framework and for carefully chosen security definitions.

Key concepts: Composability, Universal composability, Quantum key distribution, Quantum cryptography, Cryptography, Protocol (science), Computer science, Context (archaeology)

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