Rapid growth in IoT technology demands the need for the emergence of new IoT devices.
IoT devices vary in terms of shape, size, storage, battery life, and computational power …

Split manufacturing (SM) and layout camouflaging (LC) are two promising techniques to
obscure integrated circuits (ICs) from malicious entities during and after manufacturing …

In this work, we advance the security promise of split manufacturing through judicious
handling of interconnects. First, we study the cost-security tradeoffs underlying for split …

The electronics supply chain has adapted into a global process over the past two decades to
support the cost of process optimization. As the semiconductor industry has transitioned from …

Trojans and backdoors inserted by untrusted foundries have become serious threats to
hardware security. Split manufacturing is proposed to hide important circuit structures and …

The design of modern integrated circuits includes many steps and different entities providing
opportunities to adversaries for Trojan injection or IP (intellectual property) piracy at different …

Deterrent approaches against hardware Trojan insertions are techniques designed for
device producers, especially integrated circuit (IC) producers to discourage hardware Trojan …

As the technology node scales down to 45 nm and beyond, the significant increase in
design complexity and cost propels the globalization of the $400-billion semiconductor …

The costs of in-house IC fabrication have increased significantly with new technology nodes
and nanoscale transistors. Many companies have outsourced their need for IC fabrication to …

Satisfiability based attacks discussed in the previous chapter formulate the attack as a
satisfiability problem and use SAT solvers to find a netlist to layout map** or to recover the …