With the advancement of technology in the last few decades, leading to the widespread
availability of miniaturized sensors and internet-connected things (IoT), security of electronic …

Hardware encryption engines are essential components of secure systems. They are widely
used in desktop applications such as the trusted platform module as well as in mobile …

Computationally-secure cryptographic algorithms implemented on a physical platform leak
significant “side-channel” information through their power supplies. Correlational power …

This work implements a switched-capacitor block, that isolates the switching activity by
equalizing the current drawn from the encryption core to secure an AES engine. An array of …

While the cryptographic modules used in modern embedded systems may employ
mathematically secure algorithms, an attacker may still be able to compromise the security of …

Side-channel attacks are one of the major concerns for security-enabled applications as
they make use of information leaked by the physical implementation of the underlying …

Side-channel attacks have become a prevalent research topic for electronic circuits in
security-related applications, due to the strong correlation between data pattern and circuit …

In this paper we formulate and re-evaluate a recently proposed randomization-based side-
channel protection mechanism. The strength of the construction lies with its ability to comply …

As demonstrated by numerous practical attacks, the physical act of computation emits
unintended and damaging information through infinitesimal variations in timing, power, and …

耗轨迹进行分析攻击的技术, 此类攻击对密码体制算法的实现与运行时硬件安全都提出了新的
挑战. 研究者根据功耗分析攻击的特性提出的各种防范方案主要从减小可测量的功耗差异 …