Design and parallel implementation on Artix-7 FPGA of the SIMON32/64 Cryptosystem

Abstract

In the rise of digital transformation, information security is positioned in a prominent place because it provides confidence to society in the use of information technologies. For this reason, there is growing research in this area. One way to achieve this security is through private key cryptosystems such as SIMON. This work presents a parallel implementation in the Artix-7 FPGA of the SIMON32/64 cryptosystem to obtain an average delay time of 37.8 ns for the cipher and 54.1 ns for the decypher that allows real-time encryption applications.

Keywords

• artix-7
• cryptosystem
• digital transformation
• fpga
• private key
• simon