Advances in Hardware Design for Security and Trust

Advances in Hardware Design for Security and Trust

Architect the silicon-level defense systems of the next era and master the high-performance protocols of modern hardware security. Advances in Hardware Design for Security and Trust provides a definitive, engineering-first roadmap to the most significant shift in digital protection since the invention of the microprocessor. Learn how to move beyond software-only patches to high-velocity, hardware-rooted resilience—bridging the gap between a theoretical vulnerability and a physically secure implementation—ensuring your technical infrastructures are resilient, scalable, and ready for the 2026 global threat landscape.

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What You Will Learn:

Foundations of Hardware-Based Trust: Master the core principles of Physical Unclonable Functions (PUFs), Hardware Trojans, and the essential Root of Trust (RoT) architecture.

Modern Cryptographic Hardware Accelerators: Step-by-step guidance on utilizing side-channel attack resistance and fault-injection countermeasures to build unshakeable hardware.

Supply Chain Security & IP Protection: Discover how to utilize hardware logic obfuscation and watermarking to maintain the highest level of information security throughout the silicon lifecycle.

Strategic Verification & Formal Methods: Learn advanced techniques for identifying deep-seated structural flaws and verifying the integrity of complex SoC (System on Chip) designs.

Who This Book is For: This professional-grade guide is essential for Hardware Engineers, Security Researchers, and VLSI Designers. It is an invaluable resource for any technical lead—including those building highly secure, hardware-integrated graduation projects like Smart Guard—aiming to master the structural integrity and technical agility required for modern, trusted software delivery.

Product Details:

Format: Digital PDF Download

Authors: Ranga Vemuri; John Emmert

Publisher: CRC Press (Taylor & Francis)

ISBN-13: 9781032840420

ISBN-10: 1032840420