Novel Hybrid Post-Quantum Encryption Design on Embedded Devices

Given the sudden rise of the emerging post-quantum encryption field, this comprehensive study has a purpose of delving into the intricate realm of network protocols, focusing in depth on the transition from classical public key encryption. To culminate through various stages in the evaluation of key encapsulation mechanisms, where the investigation systematically progresses from rigorously exploring the mathematical foundations and theoretical background, to practical frameworks implementation, scrutinizing protocols such as SSL and IPsec, while insuring optimal performance within these protocols by addressing load balancing. To enhance the efficiency of embedded systems for data encryption, one must take in consideration their computational resources and power. Finally, this article presents an account of the implementation architecture for MQTT communications with adaptive and lightweight algorithms on embedded platforms.