Design And Development of APM 2.8 Controller Based Drone System for Healthcare Application

In this article presents, APM (ArduPilot Mega) 2.8 controller-based drone system for healthcare applications, which deals with fast and efficient delivery of lightweight's healthcare products to remote or difficult-to-reach areas without any person contact and the unmanned aerial vehicle (UAV) are used for package delivery gained significant attention in recent years due to their ability to reduce delivery times and costs. The demand for a delivery person had multiplied due to the significant growth in the utility of online orders. Drone-based technology is utilized to meet their requirement. Drones will shorten the delivery time, and reduces both the human and financial costs of the manufacturers. The delivery drone is assisted using the telemetry for live forecast and routed by the use of Global Positioning System (GPS) for delivering the medicinal products at the mentioned location after the verification. After the drone has reached the location, the person assigned to receiving the product is verified using One Time Password (OTP) and then the image of delivery is captured and stored for security purposes. The Proposed system is used for the implementation of various healthcare applications.