Finding the root cause of power-based side-channel leakage becomes harder when multiple layers of design abstraction are involved. While side-channel leakage originates in processor hardware, the dangerous consequences may only become apparent in the cryptographic software that runs on the processor. This contribution presents RootCanal, a methodology to explain the origin of side-channel leakage in a software program in terms of the underlying micro-architecture and system architecture. We simulate the hardware power consumption at the gate level and perform a non-specific test to identify the logic gates that contribute most sidechannel leakage. Then, we back-annotate those findings to the related activities in the software. The resulting...
Side-channel analysis is known to be a serious threat for real-world devices. In contrast to classic...
The growing Internet of Things (IoT) market demands side-channel attack resistant, efficient, crypto...
Graduation date: 2007Cryptographic devices leak timing and power consumption information that is eas...
Finding the root cause of power-based side-channel leakage becomes harder when multiple layers of de...
The design of digital systems has its mainstay in the electronic design automation flows which act a...
This repository contains the design files and software required to reproduce the results in the pape...
Advances in cryptography have enabled the features of confidentiality, security, and integrity on sm...
Side channel attacks are a prominent threat to the security of embedded systems. To perform them, an...
While side-channel leakage is traditionally evaluated from a fabricated chip, it is more time-effici...
With the Internet-of-Things revolution, the security assessment against implementation attacks has ...
International audienceThis chapter presents the main Side-Channel Attacks, a kind of hardware crypta...
Abstract. Hardware masking is a well-known countermeasure against Side-Channel Attacks (SCA). Like m...
In traditional cryptography, an attacker tries to infer a mathematical relationship between the inpu...
High-level synthesis (HLS) allows hardware designers to think algorithmically and not worry about lo...
Side-channel analysis is known to be a serious threat for real-world devices. In contrast to classic...
The growing Internet of Things (IoT) market demands side-channel attack resistant, efficient, crypto...
Graduation date: 2007Cryptographic devices leak timing and power consumption information that is eas...
Finding the root cause of power-based side-channel leakage becomes harder when multiple layers of de...
The design of digital systems has its mainstay in the electronic design automation flows which act a...
This repository contains the design files and software required to reproduce the results in the pape...
Advances in cryptography have enabled the features of confidentiality, security, and integrity on sm...
Side channel attacks are a prominent threat to the security of embedded systems. To perform them, an...
While side-channel leakage is traditionally evaluated from a fabricated chip, it is more time-effici...
With the Internet-of-Things revolution, the security assessment against implementation attacks has ...
International audienceThis chapter presents the main Side-Channel Attacks, a kind of hardware crypta...
Abstract. Hardware masking is a well-known countermeasure against Side-Channel Attacks (SCA). Like m...
In traditional cryptography, an attacker tries to infer a mathematical relationship between the inpu...
High-level synthesis (HLS) allows hardware designers to think algorithmically and not worry about lo...
Side-channel analysis is known to be a serious threat for real-world devices. In contrast to classic...
The growing Internet of Things (IoT) market demands side-channel attack resistant, efficient, crypto...
Graduation date: 2007Cryptographic devices leak timing and power consumption information that is eas...