Enabling Rapid Data Transfer in Medical IoT Systems with a High-Throughput Present Cipher Hardware Framework

The proposed method aims to revolutionize data transfer speed and security in medical Internet of Things (IoT) systems by harnessing the high-throughput capabilities of the Present cipher through dedicated hardware. It seamlessly integrates three core algorithms: data packing, Present encryption, and optimized transmission. The steps involved in each algorithm, accompanied by their respective mathematical equations. Data packing efficiently organizes medical data into packets, a vital step for subsequent processing and encryption. The Present encryption algorithm, a cornerstone of our approach, ensures secure data packets prior to transmission. Finally, optimized transmission guarantees efficient and swift data transfer within medical IoT systems. By incorporating these algorithms and equations, our method optimizes data transfer speed, energy efficiency, and data security, utilizing the high-throughput Present cipher hardware framework.