0xC7YP70: Quantum-Enhanced ECC Cryptosystem for Adaptive Payload Distribution with Error Correction for Real-Time Network Channels

This study offers a novel quantum-resistant encryption algorithm with adaptive steganographic payload distribution for securing real-time network protocols. The protocol employs Elliptic Curve Cryptography with Elliptic Curve Diffie-Hellman for secure key exchange, combined with CRYSTAL-Kyber for quantum-threat resistance. The cryptographic algorithm is paired with turbo codes consisting of parallel concatenated convolutional codes with an arbitrary interleaver between the encoders for error correction. For further data obfuscation, adaptive steganographic payload distribution is used that dynamically adjusts the embedding of hidden data across multiple packets by utilizing techniques like least significant bit manipulation, header field utilization and timing variation that are dynamically selected based on monitored network parameters like latency, bandwidth and packet loss. This approach to cryptography results in a robust, quantum-resistant cryptosystem that provides adaptable data protection in adverse network conditions.