The development of the internet of Drones (IoD) becomes vital because of implementing drone-based civilian or military resources. The drones are open-source connectivity networks which need high secured connectivity for the wireless networks. Now, these drones are used in many resources however still there is a thread in the security aspect. Thus control framework is assigned to incorporate security into an automatic design which establishes a cyber-physical signal to updating the cyber defense and physical layer control decisions based on Man in the middle attack against UAV systems
The leakage of such information can lead to a big loss in terms of piracy and data leakage. Threads are also needed to consider as an exploiting vulnerability by introducing certain IODs. The real-time capturing and processing of dataneeds a lot of energy and memory where dynamic load balancing in IoD can be considered as an effective solution. This behavior can be an indicator thatthe UAV has been hijacked and the attack translates to investing less energy in the assigned task. The Man in the middle attack against UAV systems comparative approach enables the audit difference between abnormal behaviors due to the cyber-physical attack .thus the proposal is the observations on Man in the middle attack against UAV systems
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