Current systems-on-chip designs contain multiple cores which perform a variety of
processing, storage, and communication functions. Complexity of interactions among the …

Memory corruption vulnerabilities, mainly present in C and C++ applications, may enable
attackers to maliciously take control over the program running on a target machine by forcing …

With the emergence of Internet of Things, embedded devices are increasingly the target of
software attacks. The aim of these attacks is to maliciously modify the behavior of the …

The hardware security of embedded systems is raising more and more concerns in
numerous safety-critical applications, such as in the automotive, aerospace, avionic, and …

This article addresses the challenges of memory safety in life-critical medical devices. Since
the last decade, healthcare manufacturers have embraced the Internet of Things, pushing …

Embedded systems are increasingly applied in numerous security-sensitive applications,
such as industrial controls, railway transports, intelligent vehicles, avionics and aerospace …

In this paper, we detail why the stack smashing protector (SSP), one of the most effective
techniques to mitigate stack buffer overflow attacks, fails to protect the Android operating …

Customized instructions have typically been used for enhancing the performance of
embedded systems. However, the use of finding dedicated instructions for security has been …

One of the most prevalent, ancient and devastating vulnerabilities which is increasing
rapidly is Memory corruption. It is a vulnerability where a memory location contents of a …

Modern heterogeneous architectures contain multiple cores that perform a variety of
processing, storage, and communication tasks. The complexity of interactions among the …