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            "value": "It was designed to withstand linear or differential cryptanalysis (i.e., AES) assaults, which are the most common types of cryptanalysis. It is crucial that the S-box used in the AES be chosen carefully. There may be a flaw in the S-box architecture of theAES algorithm based on the new attack techniques. Linearity issues in the S-box are to blame for the setbacks. A novel performance approach for increasing nonlinear transformation complexity in the S-box structure is offered after a thorough examination of the AES algorithm. An additional layer of security was added by employing a biometric approach for both encryption and decryption in order to fend off new threats and perform AES with verilog-protected encryption and decryption. For encryption and decryption, Verilog's novel nonlinear version of AES S-Box offers increased security with adequate performance.",
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                "key": "ref10",
                "unstructured": "\"Effect of Security Increment to Symmetric Data Encryption through AES Methodology\" by Md. Nazrul. 122 | 5"
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