Hardware obfuscation is a proactive design-for-trust technique against integrated circuit (IC)
supply chain threats, ie, intellectual property (IP) piracy and overproduction. Many studies …

With the globalization and distribution of the semiconductor supply chain, intellectual
property (IP) protection has become a necessity. Recent years have witnessed a surge of …

Recent studies on intellectual property (IP) protection techniques demonstrate that engaging
embedded reconfigurable components (eg, eFPGA redaction) would be a promising …

Conventional logic locking techniques mainly focus on gate-level netlists to combat IP piracy
and IC overproduction. However, this is generally not sufficient for protecting semantics and …

With the limitations of Moore's Law and Dennard scaling in integrated circuits (ICs) on the
horizon, the concept of heterogeneous integration (HI) has gained significant traction as a …

The increasing of integrated circuits complications and the increasing prevalence of third-
party manufacturing facilities have led to growing concerns about the security of hardware …

Logic locking is a technique used in the IC supply chain to protect intellectual property and
integrated circuits from unauthorized access. However, relying solely on logic locking …

Returning to the conventional definition and prerequisites of logic locking, depicted in Fig.
6.1, it becomes apparent that some additional modifications or steps must be incorporated …

Logic locking technology has gained significant attention in the field of hardware security
due to its effectiveness in protecting integrated circuits from unauthorized access and …

Hardware Trojan insertion, cloning, forgery, overproduction, recycling, and reverse
engineering (RE) problems are increasing yearly in the semiconductor supply chain …