Optimized Integral Transform and Modular Arithmetic Encryption for Efficient Security in Digital Supply Networks
DOI:
https://doi.org/10.63623/0swt9s83Keywords:
Cryptography, Caesar cipher, Encryption, Decryption, R-TransformAbstract
This study presents a new form of encryption technique combining the R-transform with modular arithmetic to suit secure data exchange in digital supply chain operations. Moving away from the conventional approach to cryptography, this study looks at how this potent combination could be used to transform the supply chain’s sensitive data, thus keeping them impervious to cyber threats while allowing secure digital communication between nodes. It underlines the remarkable ability of the R-transform to make the data confidential and integrity of the supply chain network through an exhaustive analysis of the collaboration. Stringent experiments and analysis point toward a new kind of cryptographic method that would keep confidential supply chain information, creating trust and robustness in this digital era.
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