Reliable Bidirectional Data Transfer Approach for the Internet of Secured Medical Things Using ZigBee Wireless Network

Nowadays, the Internet of Things (IoT) performs robust services for real-time applications in monitoring communication systems and generating meaningful information. The ZigBee devices offer low latency manageable costs wireless support process physical data collection. Some biosensing comprise IoT-based to monitor patient healthcare attributes alert professionals needed action. However, most them still face unstable frequent interruption issues due transmission service intrusions. Moreover, medical is publicly available using cloud services, communicated through smart specialists evaluation disease diagnosis. Therefore, applicable security analysis another key factor any system. This work proposed an approach reliable network supervision with internet secured things networks a system (RNM-SC). It aims improve congestion load-balanced devices. it also increases performance presence anomalies offers routing bidirectional heuristics technique. In addition, deals more realistic algorithm associate only authorized avoid chances compromising data. end, between protected from hostile actions, certified end-users can access was tested analyzed Network Simulator (NS-3), and, compared existing solutions, demonstrated significant improvements terms throughput by 12%, energy consumption 17%, packet drop ratio 37%, end-to-end delay 18%, complexity tampered packets 37%.