A Detailed Review Analysis of GPS used in Drone Technology and its Challenges

In the current environment, the rise in robotic aerial vehicles (UAVs) has made a significant position in the business market, finding uses in various industries, trade, and pleasure activities for people of all ages. Each UAV is built with specific functions, leveraging advanced technologies suited to its meant tasks. However, the aspect of security regularly tends to be ignored, especially in the case of cheap UAVs missing strong security systems. This mistake poses a risk to the data communicated during their operation, possibly endangering the communication systems or the basic control of flight functions, which includes takeoff and landing. In many instances, these weaknesses subject UAVs to prospective cybersecurity risks, leading to illegal access and influence. Such safety hazards could result in physical or ethical harm, as bad players may abuse the vulnerable UAVs to steal private information, receive pictures, or conduct illegal activities. This paper throws light on the usage of a GPS flaw found in the industrial drones made by 3D Robotics. This specific weakness opens the door for evil users to gain authority over the UAV’s autonomy, allowing them to carry out illegal activities, such as flying in limited spaces as airports or as private areas. The discovery of this weakness shows that it’s urgent for Robots to adopt more powerful security systems. Emphasizing the safe functioning of GPS systems is crucial, given that, currently, military the Global Positioning System remains the single choice with a secure framework. It also serves as an encouragement to action for improving the overall security framework of business UAVs, protecting against possible dangers and ensuring appropriate utilization in various environments.