Abstract
Internet of Things (IoT) is currently being used in a range of applications as cutting-edge technology. IoT is a technological platform that connects the physical and digital worlds, allowing us to use things remotely. Various sensor-connected nodes serve as objects that communicate with one another over the internet. Hence security-related problems are more likely to arise in IoT networks. However, due to resource constraints such as power and memory capacity, complex security algorithms cannot be implemented in IoT networks. One of the security measures for IoT networks is to implement the lightweight key distribution algorithm. The lightweight key management process is essential for IoT networks to share the key securely. We presented the new key-distribution approach based on the hybrid combinatorial design that implements lightweight algorithms and describes the analysis functions. The comparison to existing hybrid combinatorial works shows better connectivity, resilience, and scalability.
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