Abstract

The enciphering schemes based on medium transformations by following the strict guidelines are almost used everywhere. We have developed the structure to simulate the digital data with quantum spin states rather than following or creating the strict guidelines. We simulate the pixels of an image with the dihedral group and spin states for a defined phase to create confusion in it. The scope of this article is concerned in the development and deployment of public key cryptosystem, its performance and security analyses.

Highlights

  • The ability to process the digital contents competently and transfer securely is more dynamic, and has affected our veracity in the progressive growth of internet of things (IoTs)

  • PRELIMINARIES The basic terminologies and implementations of Rabin cryptosystem, Dihedral groups representations, and the entanglement of quantum spin states discussed in subsections

  • We have evaluated the normalized cross-correlation (NCC), structural content (SC) and structure similarity index measure (SSIM) to observe the variation in structure between the plain and enciphered contents

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Summary

INTRODUCTION

The ability to process the digital contents competently and transfer securely is more dynamic, and has affected our veracity in the progressive growth of internet of things (IoTs). The digital contents privacy in quantum era reviews all the perspectives affecting the security of computation and communication by the development of quantum progressions [13]–[19]. This field can be comprehensively categorized into three classifications reliant on the access and design of quantum challenges. The working principle of this group is based on the random polynomials chosen by the communicating parties to secure key exchange, enciphering-deciphering, and authentication challenges. The combination of spin states with the noncommutative cryptographic group provides legitimate security to high-end applications and satisfy the quantum challenges. Digital forensics analyses for the proposed structure presented in segment 5, and the concluding remarks with future projections canvassed in segment 6

PRELIMINARIES
PERFORMANCE ANALYSES AND SECURITY EVALUATIONS
HISTOGRAMS CONSISTENCY ANALYSES
VISUAL STRENGTH ANALYSES
DIGITAL DATA FORENSIC ANALYSES
CONCLUDING REMARKS AND FUTURE PROJECTIONS
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