Fault-based attacks against cryptographic circuits must be addressed by techniques that are
different from approaches designed for random transient faults. We systematically …

Security-oriented error-detecting codes are used to detect fault injection attacks on
cryptographic devices. These codes are usually designed for uniformly distributed …

Vulnerability to malicious fault attacks is an emerging concern for hardware circuits that are
employed in mobile and embedded systems and process sensitive data. We describe a new …

Secure integrated circuits that implement cryptographic algorithms (eg, AES) require
protection against laser attacks. The goal of such attacks is to inject errors during the …

Security oriented codes are considered as one of the most efficient countermeasures
against fault injection attacks. Their efficiency is usually measured in terms of their error …

Modern fault injection techniques allow an adversary to attack cryptographic devices by
inducing errors of any multiplicity. The induced errors can affect any part of the circuit …

Currently, the more efficient implementations for cryptographic engines are dedicated
structures and only allow processing a single algorithm. On the other hand the existing multi …

为了实现高效的抗故障注入攻击, 提出了一种混合粒度奇偶校验故障注入检测方法.
传统奇偶校验检测方法为每n 比特设置一个奇偶位, 表示该n 比特的奇偶性. 随着n 的减小 …

Mobile and embedded systems increasingly process sensitive data, ranging from personal
information including health records or financial transactions to parameters of technical …

Elliptic curve cryptography (ECC) has shorter key length than other asymmetric cryptography
algorithms such as RSA with the same security level. Existing faults in cryptographic …