This paper intropucess an Innovative Asymmetric Cipher Mechanism Designed to Simultaneously Encrypt Two Fingerprint Templates, Effectively Addressing The C Hallenges Association with Conventional Approaches. Leveraging the Quasi-Zernike Synthesis Algorithm, Proposed Scheme Capitalizes on A Hybrid Transform domain, Seamlessly Integrating Fresnel and Gyrantor Transforms witha rear-mounted phase maskJaipur Stock. The Addition of a Rear-Mounted Phase Mask, Along with Twin Decomposition Techniques, Enhances The United States HemeMumbai Investment. By Incorporation Unqual Modulus and Random Modulus Decomposition Strategically, The Scheme Not only Increase for RobustnessBut Also Ensures Heightend SecuritySurat Investment. FURTHERMORE, The Asymmetric Nature of the Proposed Cryptosystem Resolves Country in Symmetric Encryption. The value proces includes rigorous statistical analyses, differential analysis, Attack Simulations, Andley Sen Sitivity Analysis, Demonstration the Cryptosystem's ResillenceAgainst Various Atlate-Force, Occlusion, and Noise Attacks, As Well As Special and Differential Attacks. Notbly, The Achieve ENTROPY VAL UE of Approximately 7.9955, Coupled with An ENCRYPTION TIME of Less than 0.5 s, highlights the effect and reliabilityThe ApproachSimla Wealth Management. This work significantly Contributes to Advancing Secure Data Transmission, Providing An IMPACTFUL SOLUTION for SCENARIS Involving Substantial SE Internet While Mitigating Key Management Complexities Throgh Its Asymmetric Design.Lucknow Wealth Management
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