A framework of wireless sensor network communication security for unmanned aerial system

The Unmanned Aerial System has been focused of research and development from much longer. It took number of years to come to the present stage, where in feature there will be much more improvements in this field of study. In this paper we concentrated on the data and communication network security, as one frequency data transfer is done to the ground control. We even concentrated on signal jamming system and hacking technologies adopted by the opponents for data theft and obstacles creation in signal transformation. The Unmanned Aerial Vehicles are classified based on the characteristics such as embedded mechanism, power consumption, user capabilities and based on operating environment. We focused on embedded mechanism related to sensors, camera and the different network protocols that provide data security. We discussed regarding different secured communication protocols and encryption technologies such as identity-based encryption. We even focused on the security communication between UAV to UAV for the data security and to protect the data from GPS Jamming and Spoofing. The UAV routing protocols are topology based and geographical position-based routing protocols. We conversed different attacking methods that can be adopted by the intruders. The Micro Air Vehicle Link communication protocol is utilized to control and secure a very high range frequency radio waves for UAV communication with the base station. We proposed a framework of secured wireless sensor network communication among a group of unmanned aerial systems and ground-based control system.