Smartphone malware attacks are increasing alongside the growth of smartphone
applications in the market. Researchers have proposed techniques to detect malware …

Although many users are aware of the threats that malware pose, users are unaware that
malware can infect peripheral devices. Many embedded devices support firmware update …

In this work, we take a fundamentally different approach to the problem of analyzing a device
for compromises via malware; our approach is OS and instruction architecture independent …

Hardware joined the battle against malware by introducing secure boot architectures,
malware-aware processors, and trusted platform modules. Hardware performance …

USB provides ubiquitous plug-and-play connectivity for a wide range of devices. However,
the complex nature of USB obscures the true functionality of devices from the user, and …

Widespread use of connected embedded devices as well as the increase of their
computational power makes them a desirable target for cyber attacks. Detecting such attacks …

The USBiquitous project is a set of open source tools to interact with USB communications. It
is composed of a hardware part embedding a Linux system with a bespoke kernel module …

A variety of USB-based attacks is being increased rapidly. Researchers manage to identify
more and more threats and vulnerabilities, often with proof-of-concept practical …

Recent works have shown promise in detecting malware programs based on their dynamic
microarchitectural execution patterns. Compared to higher-level features like OS and …

Most cyberattacks use malicious codes, and according to AV-TEST, more than 1 billion
malicious codes are expected to emerge in 2020. Although such malicious codes have been …