COMPREHENSIVE REVIEW OF AUTONOMOUS DRONE FOR MEDICAL SUPPLIES IN EMERGENCY SITUATION
Abstract
An autonomous drone system for delivering medical supplies in emergency situations represents a groundbreaking advancement in disaster response and healthcare logistics. Designed to operate independently, the drone leverages technologies such as artificial intelligence, GPS-based navigation, and advanced obstacle detection to ensure efficient and accurate delivery of critical medical resources. These resources can include blood products, vaccines, medications, and life-saving equipment, transported quickly to remote, inaccessible, or disaster-affected areas where traditional methods may face significant delays. The drone’s robust design allows it to withstand challenging environmental conditions, ensuring reliability in diverse terrains and weather scenarios. By minimizing the need for human intervention, the system not only reduces response times but also lowers operational risks in high-stakes environments. This innovation addresses crucial gaps in healthcare delivery during emergencies, offering a scalable, cost-effective, and life-saving solution that has the potential to revolutionize humanitarian aid and emergency medical response globally.