A Substitution-Box Structure Based on Solar Panel Data

Abstract

The demonstration that the nonlinearity criterion of substitution box (s-box) structures based on the random selection principle can be improved through post-processing techniques has created a new research area. The necessity of obtaining sbox structures that can be given as input to these post-processing algorithms has emerged. In this study, a study was carried out on how to obtain sbox structures based on solar panel data. The cryptological properties of the obtained sbox structures were tested using five basic evaluation metrics and compared with similar studies in the literature. The successful results indicated that these outputs may have various practical applications in the future.

Automated Chaos-Driven S-Box Generation and Analysis Tool for Enhanced Cryptographic Resilience

“…The study of s-box designs according to these metrics helps create powerful and resilient encryption algorithms. In the following subsections, the details of each metric are examined in detail [4,[7][8][9][10][11].…”

“…Substitution box (s-box) structures are notable as part of cryptographic algorithms. These structures allow certain bits or bytes to be replaced with a different value during encryption, which forms an important layer of encrypting security [4]. S-boxes, when properly designed and implemented, can increase the security of encryption algorithms.…”