A Novel Hybrid Secure Confidentiality Mechanism for Medical Environment Based on Kramer’s Spin Principle

Abstract

Most of the digital contents privacy schemes follow the rigid transformation rules and depend on multiple enciphering rounds. The digital contents in the proposed scheme follow the traces of Kramer’s spin system in the public key environment. After the establishment of secrets with the generalized Megrelishvili protocol for the spin system, we simulate the image pixels on the defined states produced by multiple parties. The scope of the presented article spins around the development and deployment of public key cryptosystem based on the notion of orthogonal codes and Kramer’s arbitrary spin criteria. The suggested mechanism is implemented over medical images as a digital medium to authenticate the robustness of our encryption scheme.