Low-power, low-cost embedded microcontrollers (MCUs) are frequently used in security-
critical settings. Recent systems advances, such as type-safe languages and standardized …

The increased digitalization of modern societies has resulted in a proliferation of a broad
spectrum of embedded devices, ranging from personal smartphones and heart pacemakers …

Pervasive networks have led to widespread use of embedded systems, like cell phones,
PDAs, RFIDs etc., in increasingly diverse applications. Many of these embedded system …

We explore the extent to which newly available CPU-based security technology can reduce
the Trusted Computing Base (TCB) for security-sensitive applications. We find that although …

Smart phones have rapidly become hand-held mobile devices capable of sustaining
multiple applications. Some of these applications allow access to services including …

The ultimate resource for making embedded systems reliable, safe, and secure Embedded
Systems Security provides: A broad understanding of security principles, concerns, and …

In this paper, we explore the use of microcontrollers (MCUs) and crypto coprocessors to
secure IoT applications, and show how developers may implement a low-cost platform that …

Designing a secure SoC starts with the collation of product or system security requirements
as dictated by the market (s) where the chip will be deployed. In many of these markets …

Many modern electronic systems---including personal computers, PDAs, cell phones,
network routers, smart cards, and networked sensors to name a few---need to access, store …

Computer security is an ever-increasing challenge. Billions of microprocessors have been
sold, most of which form parts of embedded computer systems. Computers are subject to …