Abstract. In this paper, we describe an abstract model of cache timing attacks that can be used for designing ciphers. We then analyse HC-256 under this model, demonstrating a cache timing attack under certain strong assumptions. From the observations made in our analysis, we derive a number of design principles for hardening ciphers against cache timing attacks.
When the running time of a cryptographic algorithm is non-constant, timing measurements can leak inf...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...
This book deals with timing attacks on software implementations of encryption algorithms. It describ...
Theoretically secure cryptographic algorithms can be vulnerable to attacks due to their implementati...
Abstract. This paper describes several novel timing attacks against the common table-driven software...
Abstract. This paper describes several novel timing attacks against the common table-driven software...
Abstract. Formally bounding side-channel leakage is important to bridge the gap between the theory a...
In this paper, we present the first chosen-ciphertext (CC) cache-timing attacks on the reference imp...
Software implementations of block ciphers are widely used to perform critical operations such as dis...
Abstract. Cache timing attacks are a class of side-channel attacks that is applicable against certai...
Abstract—Timing Attacks are a type of side channel attacks. In timing attacks, leaking cache timing ...
International audienceHomomorphic encryption (HE) ensures provable secrecy of data processed in the ...
Cache Timing Attacks have attracted a lot of cryptographic attention due to their relevance for the...
Abstract. This paper demonstrates complete AES key recovery from known-plaintext timings of a networ...
When the running time of a cryptographic algorithm is non-constant, timing measurements can leak inf...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...
This book deals with timing attacks on software implementations of encryption algorithms. It describ...
Theoretically secure cryptographic algorithms can be vulnerable to attacks due to their implementati...
Abstract. This paper describes several novel timing attacks against the common table-driven software...
Abstract. This paper describes several novel timing attacks against the common table-driven software...
Abstract. Formally bounding side-channel leakage is important to bridge the gap between the theory a...
In this paper, we present the first chosen-ciphertext (CC) cache-timing attacks on the reference imp...
Software implementations of block ciphers are widely used to perform critical operations such as dis...
Abstract. Cache timing attacks are a class of side-channel attacks that is applicable against certai...
Abstract—Timing Attacks are a type of side channel attacks. In timing attacks, leaking cache timing ...
International audienceHomomorphic encryption (HE) ensures provable secrecy of data processed in the ...
Cache Timing Attacks have attracted a lot of cryptographic attention due to their relevance for the...
Abstract. This paper demonstrates complete AES key recovery from known-plaintext timings of a networ...
When the running time of a cryptographic algorithm is non-constant, timing measurements can leak inf...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...
The software-efficient stream cipher HC-256 was proposed by Wu at FSE 2004. Due to its impressive pe...