A Performance Comparison Between Different Approaches for Implementation of FPGA-based Arbiter Physical Unclonable Function
Swati K. Kulkarni, Vani R. M, P. V. Hunagund · SCIREA Journal of Electrical Engineering · 2022
In our daily lives, embedded and Internet of Things (IoT) applications are becoming extremely important.It advised using intellectual property (IP) while developing embedded and IoT applications.Hardware security and electronic component counterfeiting pose a threat to IoT devices and IPs.Another consideration is that today's electronic industry must contend with a slew of security concerns, including IC cloning, reverse engineering, overbuilding, and physical manipulation.PUF is a part of hardware security, utilized for device authentication, IP core protection, and the creation of cryptographic keys.The PUF uses intrinsic properties of IC fabrication variances to deliver an exclusive identifier for every device.PUF inherently provides security properties.Already, many researchers have concluded that arbiter and SRAM PUF architectures are unsuitable for FPGAs because their delay skew is higher than the random manufacturing process variations.The designer should have an accurate understanding of the FPGA platform.We used the Xilinx FPGA to develop SCIREA Journal of Electrical Engineering