New Encryption Systems using Modules and their Application for Affine cipher

A triple vertex path graph (MG(Zn)) Depending on the modules and submodules is the focal point of this work, which uses the affine cipher to construct the hybrid symmetric encryption method. The security level of the suggested MG(Zn)-Affine symmetric encryption techniques is higher than that of the earlier ES schemes modules and submodules are used in the form of keys depending on the number of characters in the cipherr text. The cipherr text of the plaintext is communicated to the recipient entity as the MG(Zn) graph in suggested MG(Zn) systems. The suggested MG(Zn) schemes' study cases are shown as fresh experimental findings. The suggested MG(Zn) schemes' security vulnerabilities are identified. The MG(Zn) systems to offer fresh perspectives on more secure communication.

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Publication Details

Journal
Mustansiriyah journal of pure and applied sciences.
Published
2025-06-30
DOI
https://doi.org/10.47831/mjpas.v3i3.265
Primary Topic
Coding theory and cryptography
Type
article
Field-Weighted Citation Impact
0.00
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article

New Encryption Systems using Modules and their Application for Affine cipher

Khudhayer Obeas
Mustansiriyah journal of pure and applied sciences.
Coding theory and cryptography
article

New Encryption Systems using Modules and their Application for Affine cipher

Khudhayer Obeas
article en

Abstract

A triple vertex path graph (MG(Zn)) Depending on the modules and submodules is the focal point of this work, which uses the affine cipher to construct the hybrid symmetric encryption method. The security level of the suggested MG(Zn)-Affine symmetric encryption techniques is higher than that of the earlier ES schemes modules and submodules are used in the form of keys depending on the number of characters in the cipherr text. The cipherr text of the plaintext is communicated to the recipient entity as the MG(Zn) graph in suggested MG(Zn) systems. The suggested MG(Zn) schemes' study cases are shown as fresh experimental findings. The suggested MG(Zn) schemes' security vulnerabilities are identified. The MG(Zn) systems to offer fresh perspectives on more secure communication.

Mustansiriyah journal of pure and applied sciences.Vol. 3(3)
Babylon Health (GB)
Openalex Percentile: Top 92%
Coding theory and cryptography
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