Porteur du projet

GEMALTO

Partenaires

INVIA, CRYPTO Experts, Université de Versailles, CEA LETI

Financeurs

ANR,

ECLIPSES

Courbes elliptiques et calculs resistant aux attaques physiques pour les


ECLIPSES is meant to address all these limitations by providing a groundbreaking design for an elliptic-curve hardware coprocessor which exactly fits the computational needs of EC-based cryptosystems: basic point operations, scalar multiplication and hardware-supported pairing computations on the widest range of elliptic curves. The ECLIPSES cryptoprocessor shall inherently and transparently resist the most advanced techniques of side-channel analysis and fault-based attacks while reaching unprecedented throughputs with a minimal number of gates, thus opening the way to a new generation of EC-supporting cryptographic platforms and promoting (the switch from RSA to) a wide adoption of elliptic curve cryptography on the security marketplace.

Porteur du projet

GEMALTO

Partenaires

INVIA, CRYPTO Experts, Université de Versailles, CEA LETI

Financeurs

ANR,
Thématique Marchés Investissement R&D Durée Année de financement
Microélectronique
Sécurité et Identités Numériques
-- 3110 K€ 36 mois 2009
Thématique
Microélectronique
Sécurité et Identités Numériques
Marchés
--
Investissement R&D
3110 K€
Durée
36 mois
Année de financement
2009

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