Hardware security has become a critical concern due to the globalization of the Integrated
Circuit (IC) supply chain and the complex network connections of computing-intensive …

Physical side-channel attacks utilize power, electromagnetic (EM), or timing signatures from
cryptographic implementations during operation to retrieve sensitive information from …

Cryptography hardware is vulnerable to side-channel (SC) attacks on power supply current
flow and electromagnetic (EM) emission. This article proposes simulation-based power and …

Electromagnetic (EM) side channel analysis (SCA) attacks have evolved to a significant
threat for integrated circuits (ICs). Radiation, emanated from devices which manipulate …

Laser-based fault injection (LFI) attacks are powerful physical attacks with high precision
and controllability. Therefore, attempts have been in the literature to model and simulate the …

Deep learning side-channel attacks can recover encryption keys on a target by analyzing
power consumption or electromagnetic (EM) signals. However, they are less portable when …

Side-channel attacks leverage correlations between power consumption and intermediate
encryption results to infer encryption keys. Recent studies show that deep learning offers …

Trusted microelectronics are increasingly threatened by fault injection attacks through a
variety of physical means. Electromagnetic fault injection (EMFI) is a low-cost but effective …

Optical side-channel analysis poses a significant threat to the security of integrated circuits
(ICs) by enabling the disclosure of secret data, such as encryption keys. In this paper, for the …

With the development of new packaging solutions, in 2.5-D systems, the processor and
memory chips can be integrated on the same substrate to scale the system structure and …