Design of Cloud-Powered Type of Strategies for Management System Used in Drones

Drones, sometimes referred to as drones that fly (UAVs), are becoming more and more popular as affordable solutions that may support creative business and civic applications in the Internet connected Things (IoT). Even while there is increasing excitement about their potential, there are still intrinsic difficulties that prevent their real-world use. The most significant of these difficulties is the restricted wireless communication range that drones have with ground stations, which limits their ability to effectively control across long distances. Furthermore, low-cost aerial platforms’ limited computing and energy resources make it difficult for them to run resource-intensive programs aboard. Our solution to these limitations is the Dronemap Organizer (DP), a cloud-based drone management platform that is service-oriented and intended to monitor, operate, and interact with drones over the Internet in a smooth and efficient manner. Numerous applications and proof-of-concepts created using DP’s architecture serve as examples of its adaptability. A thorough performance assessment research was carried out using an actual drone in a live monitoring application in order to gauge the effectiveness of DP. The study’s findings support DP’s promise for practical applications by highlighting how well it works to overcome issues with constrained processing power and communication range. In summary, the Dronemap Planner stands out as a ground-breaking solution in the field of UAV administration, especially when it comes to resolving the issues preventing the broad use of inexpensive drones. DP is a monument to the way drone technology is developing and how it is being incorporated into the wider Web of Things ecosystem by smoothly integrating computing capabilities and facilitating communications over the Internet without being limited by geography. By using this creative approach, DP not only demonstrates that it is possible to overcome current obstacles, but it also creates new opportunities for research and development in the area of drone-based applications.