Fault attacks impose a serious threat against the practical implementations of cryptographic
algorithms. Statistical Ineffective Fault Attacks (SIFA), exploiting the dependency between …

面向随机单字节故障模型和唯密文攻击假设, 提出了一种针对Saturnin-Short
算法的统计无效故障分析方法. 该方法基于统计分布和无效状态分析, 通过结合故障注入前后 …

Since the first fault attack by Boneh et al. in 1997, various physical fault injection
mechanisms have been explored to induce errors in electronic systems. Subsequent fault …

Abstract The beyond 5G (B5G)/6G eras promise to revolutionize wireless communication
with unprecedented speeds. However, ensuring security across hardware and software is a …

The division property introduced by Todo in Crypto 2015 is one of the most versatile tools in
the arsenal of a cryptanalyst which has given new insights into many ciphers primarily from …

The rising tide of data breaches targeting large data storage centres and servers has raised
serious privacy and security concerns. Homomorphic Encryption schemes offer an effective …

SKINNY is a lightweight tweakable block cipher that for the first time introduced in CRYPTO
2016. SKINNY is considered in two block sizes: 64 bits and 128 bits, as well as three …

Numerous fault models with distinct characteristics and effects have been developed. The
costs, repeatability, and practicability of these models should be assessed. Moreover, there …

We explore a relatively lightweight scheme to prevent key recovery by fault attacks on the
Advanced Encryption Standard (AES) cipher. We employ a transformed key (derived from …

Differential fault analysis, a kind of active non-invasive attack, is an effective way of
analyzing cryptographic primitives that have lately earned more attention. In this study, we …