Hardware Security

Discover the best practices and trends in hardware security. In this category, you’ll find tips, tutorials, and analyses that will help protect the development of devices and electronic systems, ensuring secure and reliable solutions.

Hardware Security

Physical Attacks: Unveiling Hardware Security Threats

In today’s interconnected world, where smart devices and embedded systems are everywhere, security goes beyond just software and networks. Physical attacks have emerged as a growing concern, especially when it comes to protecting hardware. This article explores the realm of physical attacks, their methods, categories, and the countermeasures you can adopt to strengthen your devices’ […]

Hardware Security

Integrated Circuit Metering: Protecting Your Intellectual Property in the World of Chips

Chip manufacturing has become an increasingly complex and costly process. Today, most design companies operate under a fabless model, focusing on innovation and outsourcing production to specialized foundries. While economically advantageous, this approach exposes designs to significant risks, such as unauthorized reproduction—commonly known as overbuilding. Fortunately, advanced integrated circuit metering, or hardware metering, offers a

Hardware Security

Protecting Intellectual Property in Hardware Design: Innovative Strategies and Techniques

In today’s highly competitive and ever-evolving technological landscape, protecting ideas and innovations in hardware design has become essential. Intellectual properties in hardware design represent not only the technological advances that make products more efficient and powerful but also serve as valuable assets that can be safeguarded through specific security techniques. In this article, we explore

Hardware Security

Hardware Vulnerabilities: Why Skepticism is Essential

In the world of digital security, when it comes to hardware, skepticism is more than justified. Whether it’s a smartphone, laptop, or even a simple embedded system, one should never blindly trust the device they receive. In this article, we explore the vulnerabilities present in microchip design and supply chains, highlighting the critical points and

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