Abstract As with electronic systems and integrated circuits, traditional hardware security has developed around the dominant CMOS technology. With the rise of various emerging technologies, the primary goal is to overcome the limitations of CMOS technology in scalability and power consumption, thus creating unique opportunities for improving hardware. This article will provide a comprehensive introduction … Read more
Abstract Various emerging technologies provide the potential for advancing the development of hardware security concepts. A review of some emerging technologies includes spintronics, memristors, carbon nanotubes and related transistors, nanowires and related transistors, as well as 3D and 2.5D integration. These emerging devices share some interesting characteristics that are difficult to achieve with traditional CMOS … Read more
Click the blue text above Tanshi Laboratory for more automotive cybersecurity news. 1.1 Fundamentals of Hardware Security In today’s world, where information technology is ubiquitous and highly interconnected, cybersecurity is becoming increasingly challenging. For instance, with the rise of the Internet of Things (IoT), most such devices connect to the internet in some way, often … Read more
Click the blue text Follow Us Introduction Current hardware security research has gone beyond the scope of “standalone cryptographic chips.” We need to examine hardware security from the perspective of open systems. Traditional hardware security mainly protects keys, while new security must protect not only keys but also software. OSR has launched the “Fundamentals of … Read more
*This article is originally written by: ya0guang. It is part of the FreeBuf original reward program, and reproduction without permission is prohibited. Introduction Given that hardware security is a subject that most newcomers have little exposure to, and it is very appealing, the high prices of some professional security research equipment can be daunting. In … Read more