Foundations of Hardware Security

Security is often associated with software, but true system security begins at the physical layer. Modern digital systems face unique vulnerabilities during design, manufacturing, and deployment that software alone cannot fix. This course provides a foundational introduction to hardware security and trust. You will transition from understanding basic digital design vulnerabilities to recognizing physical threats, enabling you to conceptualize and design resilient hardware systems. What you'll learn: - Understand fundamental hardware security concepts, terminology, and the hardware lifecycle. - Identify vulnerabilities in the digital design flow, including intellectual property theft and hardware Trojans. - Analyze physical attack vectors such as side-channel analysis, fault injection, and tampering. - Explore modern defense mechanisms like Physical Unclonable Functions (PUFs) and hardware cryptographic primitives. - Apply zero-trust hardware principles to establish a secure root of trust in modern system architecture. The course begins with foundational definitions of hardware trust before guiding you through design-level vulnerabilities, physical attacks, and modern defensive architectures. You will learn through clear, structured text explanations and theoretical walk-throughs. This course is designed for beginners, aspiring hardware engineers, and cybersecurity enthusiasts with no prior experience in hardware security. Start your journey into the critical field of physical system security today.