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Project Summary

This is a C++ implementation of the concept of Neural Cryptography, which is a communication of two tree parity machines for agreement on a common key over a public channel. This exchanged public key is utilized to encrypt a sensitive message to be transmitted over an insecure channel using Rijndael cipher. This is a new potential source for public key cryptography schemes which are not based on number theoretic functions, and have small time and memory complexities. This is a proof-of-concept demo of how such a neural key exchange protocol in conjugation with AES encryption can be implemented in C++, which could be further extended in higher-level applications. Both CLI and GUI implementations of the software were created using Visual C++ (.NET framework).

Tags

aes ann c++ cryptography key learning machines mutal networks neural neuralnetworks parity publickey rijndael symmetric tree treeparitymachine vc++

In a Nutshell, NeuroCrypto...

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These details are provided for information only. No information here is legal advice and should not be used as such.

This Project has No vulnerabilities Reported Against it

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Languages

Languages?height=75&width=75
C++
83%
XML
17%
C
<1%

30 Day Summary

Feb 6 2021 — Mar 8 2021

12 Month Summary

Mar 8 2020 — Mar 8 2021

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