International audienceSide-channel attacks (SCAs) are powerful attacks based on the information obtained from the implementation of cryptographic devices. Profiling side-channel attacks has received a lot of attention in recent years due to the fact that this type of attack defines the worst-case security assumptions. The SCA community realized that the same approach is actually used in other domains in the form of supervised machine learning. Consequently, some researchers started experimenting with different machine learning techniques and evaluating their effectiveness in the SCA context. More recently, we are witnessing an increase in the use of deep learning techniques in the SCA community with strong first results in side-channel anal...
The profiled side-channel analysis represents the most powerful category of side-channel attac...
Side-channel analysis has seen rapid adoption of deep learning techniques over the past years. While...
Abstract. Side-channel attacks are an important class of attacks against cryptographic devices and p...
International audienceSide-channel attacks (SCAs) are powerful attacks based on the information obta...
Traditionally, attacks on cryptographic algorithms looked for mathematical weaknesses in the underly...
One of the main promoted advantages of deep learning in profiling sidechannel analysis is the possib...
When encryption algorithms are implemented at the physical level, information tends to leak through ...
International audienceThe profiled side-channel analysis represents the most powerful category of si...
The use of deep learning techniques to perform side-channel analysis attracted the attention of many...
Side-channel attacks (SCA) aim to extract a secret cryptographic key from a device, based on uninten...
Contains fulltext : 283342.pdf (Publisher’s version ) (Open Access)Embedded system...
Side-channel attacks provide tools to analyse the degree of resilience of a cryptographic device aga...
A side-channel attack (SCA) recovers secret data from a device by exploiting unintended physical lea...
Side-Channel Attacks (SCA) attempt to recover the secret cryptographic key from an electronic device...
Side-channel attacks are an important class of attacks against cryptographic devices and profiled s...
The profiled side-channel analysis represents the most powerful category of side-channel attac...
Side-channel analysis has seen rapid adoption of deep learning techniques over the past years. While...
Abstract. Side-channel attacks are an important class of attacks against cryptographic devices and p...
International audienceSide-channel attacks (SCAs) are powerful attacks based on the information obta...
Traditionally, attacks on cryptographic algorithms looked for mathematical weaknesses in the underly...
One of the main promoted advantages of deep learning in profiling sidechannel analysis is the possib...
When encryption algorithms are implemented at the physical level, information tends to leak through ...
International audienceThe profiled side-channel analysis represents the most powerful category of si...
The use of deep learning techniques to perform side-channel analysis attracted the attention of many...
Side-channel attacks (SCA) aim to extract a secret cryptographic key from a device, based on uninten...
Contains fulltext : 283342.pdf (Publisher’s version ) (Open Access)Embedded system...
Side-channel attacks provide tools to analyse the degree of resilience of a cryptographic device aga...
A side-channel attack (SCA) recovers secret data from a device by exploiting unintended physical lea...
Side-Channel Attacks (SCA) attempt to recover the secret cryptographic key from an electronic device...
Side-channel attacks are an important class of attacks against cryptographic devices and profiled s...
The profiled side-channel analysis represents the most powerful category of side-channel attac...
Side-channel analysis has seen rapid adoption of deep learning techniques over the past years. While...
Abstract. Side-channel attacks are an important class of attacks against cryptographic devices and p...