5g Network Security For Iot Implementation

Abstract

Internet of Things (IoT) 5G-enabled growth, influence and capabilities are astounding in comparison to previous generations. Using IoT (Internet of Things) technologies that rely on connectivity and coverage poses several security issues. The dangers of cyberspace may become more obvious as IoT technology becomes more commonplace in our daily lives. Secure IoT-based 5G network devices demand an extended network life, wide coverage, and constant connectivity. It is because of these mistakes that security holes are discovered. Identifying deliberate faults is more harder to do than identifying accidental failures since they might soon cause the entire network to fail. Using novel security weaknesses, a new approach to securing IoT-based 5G network device connectivity and coverage has been offered in this study. A Boltzmann machine (BMKG)-based encryption method was suggested and compared to several asymmetric techniques for key exchange in this study.