Protecting ECC against fault attacks: The ring extension method revisited
M Joye - Journal of Mathematical Cryptology, 2020 - degruyter.com
Journal of Mathematical Cryptology, 2020•degruyter.com
Due to its shorter key size, elliptic curve cryptography (ECC) is gaining more and more
popularity. However, if not properly implemented, the resulting cryptosystems may be
susceptible to fault attacks. Over the past few years, several techniques for secure
implementations have been published. This paper revisits the ring extension method and its
adaptation to the elliptic curve setting.
popularity. However, if not properly implemented, the resulting cryptosystems may be
susceptible to fault attacks. Over the past few years, several techniques for secure
implementations have been published. This paper revisits the ring extension method and its
adaptation to the elliptic curve setting.
Abstract
Due to its shorter key size, elliptic curve cryptography (ECC) is gaining more and more popularity. However, if not properly implemented, the resulting cryptosystems may be susceptible to fault attacks. Over the past few years, several techniques for secure implementations have been published. This paper revisits the ring extension method and its adaptation to the elliptic curve setting.
De GruyterShowing the best result for this search. See all results