CRAGJun 30, 2019

Genus 2 Supersingular Isogeny Oblivious Transfer

arXiv:1907.00475v43 citations
Originality Synthesis-oriented
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This work addresses secure communication in cryptography, but it is incremental as it builds directly on prior methods.

The authors tackled the problem of constructing an oblivious transfer scheme by extending an existing proposal from supersingular elliptic curves to principally polarized supersingular abelian surfaces, resulting in a new cryptographic protocol.

We present an oblivious transfer scheme that extends the proposal made by Barreto, Oliveira and Benits, based in isogenies supersingular elliptic curves, to the setting of principally polarized supersingular abelian surfaces.

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