McBits: Fast Constant-Time Code-Based Cryptography. This paper presents extremely fast algorithms for code-based public-key cryptography, including full protection against timing attacks. For example, at a 2128 security level, this paper achieves a reciprocal decryption throughput of just 60493 cycles (plus cipher cost etc.) on a single Ivy Bridge core. These algorithms rely on an additive FFT for fast root computation, a transposed additive FFT for fast syndrome computation, and a sorting network to avoid cache-timing attacks.
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References in zbMATH (referenced in 5 articles )
Showing results 1 to 5 of 5.
- Barreto, Paulo S.L.M.; Gueron, Shay; Güneysu, Tim; Misoczki, Rafael; Persichetti, Edoardo; Sendrier, Nicolas; Tillich, Jean-Pierre: CAKE: CODE-based algorithm for key encapsulation (2017)
- Cayrel, Pierre-Louis; Gueye, Cheikh Thiecoumba; Mboup, El Hadji Modou; Ndiaye, Ousmane; Persichetti, Edoardo: Efficient implementation of hybrid encryption from coding theory (2017)
- Baldi, Marco; Bianchi, Marco; Chiaraluce, Franco; Rosenthal, Joachim; Schipani, Davide: Enhanced public key security for the McEliece cryptosystem (2016)
- Bernstein, Daniel J.; Chou, Tung: Faster binary-field multiplication and faster binary-field macs (2014)
- Bernstein, Daniel J.; Chou, Tung; Schwabe, Peter: Mcbits: fast constant-time code-based cryptography (2013)