A Modern Real-Time Audio Encryption System Featuring Chaos Maps and Wavelet Transforms

Modern technologies rely on the secure transfer of valuable information to protect against data breaches and cyberattacks. Despite unresolved difficulties, modern encryption systems are now being designed within a real-time framework, which processes signals shortly after they are received. The proposed audio processing framework employs Diffie-Hellman key exchanges to seed a Hyper-Chaotic Modified Robust Logistic Map (HC-MRLM) to generate encryption keys. This system successfully and securely transmits audio within a real-time latency threshold of 200 milliseconds. The computational simplicity of our algorithm makes it compatible with older processors and pushes for a greater ubiquity of security across devices.