Hardware Security and Trusted Integrated Circuit (Ic) Design: Ensuring Reliability, Resilience, And Integrity in The Era of Semiconductor Globalization

Abstract

Abstract: The rapid globalization of the semiconductor industry has brought numerous technological advancements but has simultaneously introduced significant vulnerabilities in hardware design and manufacturing. Hardware security and trusted integrated circuit (IC) design have emerged as crucial disciplines to ensure the confidentiality, integrity, and availability of electronic systems. As modern systems rely on ICs for applications ranging from consumer electronics to defense technologies, securing hardware components from malicious modifications, reverse engineering, intellectual property theft, and side-channel attacks has become a top priority. This paper explores the evolving domain of hardware security and trusted IC design, discussing its underlying principles, existing threats, design methodologies, and challenges. It further examines recent research trends and outlines the future scope for developing secure, trustworthy, and sustainable semiconductor systems.

Keywords: Hardware Security, Trusted IC Design, Trojan Detection, Side-Channel Attack, Secure Hardware Architecture, Semiconductor Reliability, Cryptographic Hardware, Reverse Engineering, Design-for-Security (DfS), Supply Chain Trust.