Comparative Analysis of Tracking Algorithms for Drone Monitoring Applications

In recent times, rapid advancements in mobile technology have triggered a significant change in how people go about their daily lives. Smartphones and mobile devices are now everywhere, becoming a fundamental part of human existence. As a result, there's an unparalleled need for developing software customized to work on mobile devices. This paper introduces the concept of “Drone Track,” a specialized mobile application designed explicitly for monitoring autonomous drones. “Drone Track” represents a dedicated solution catering to autonomous drones that execute delivery tasks. The application is designed to provide users with real-time insights into the location of the drone and its cargo throughout the entire delivery process. Implemented through a combination of Kotlin and Java, and leveraging the principles of Geolocation and Geomapping, this application aims to aid a new era of tracking and monitoring capabilities. It features an engaging User Interface that provides users with seamless access to critical information related to the ongoing delivery process. By incorporating this mobile application, the system enables a user-friendly and interactive experience for the recipient. This integration significantly elevates convenience by delivering instant updates and empowering users to actively engage with the delivery progression. This application serves as a centralized hub for communication, tracking, and verification purposes. Moreover, the application ensures transparency and cultivates a sense of assurance for users.