Implementation of Hardware Security Electronic Design Automation Tools for FPGA accelerators

The majority of modern digital applications (IoT, automotive, medical, banking applications, etc.) rely on cryptographic applications to provide security. The presence of attacks such as Side Channel Analysis attacks and Fault Injection attacks can significantly degrade
and even eliminate the desired levels of security.

In this Thesis, the Rapidwright libraries (https://www.rapidwright.io) will be used to implement electronic design automation tools with the aim of increasing the performance and studying security properties of FPGA implementations.

Experience will be gained on the synthesis tools for Xilinx FPGAs, hardware attacks, and designing electronic automation
tools for security applications on FPGA architectures.