The Medifly Automated Medicine Delivery Robot is an innovative solution designed to streamline andenhancetheefficiency of medicine distribution within hospitals, clinics, and healthcare centers. The system aims to minimizehumaninvolvement in repetitive and time-sensitive delivery tasks, thereby reducing workload on healthcare staff and ensuringaccurate,contactless, and timely medicine delivery to patients. Medifly integrates key technologies such as Arduino microcontroller, RFID authentication, servo motors, L298 motordriver,GPS/GSM modules, and a lithium-ion battery for autonomous operation. The robot can navigate predefined routes, identifytargetwards or patients using RFID tags, and deliver medicines precisely to their destinations. A buzzer and LCDdisplay providerealtime status updates and alerts, enhancing usability and monitoring. This system contributes significantly to healthcare automation by improving medicine delivery speed, accuracy, andreliability.Additionally, Medifly reduces the risk of cross-contamination and human error, promoting safer hospital environments—especially crucial during pandemics. The project demonstrates how automation and robotics can revolutionize hospital logistics,paving the way for smarter and more efficient healthcare systems. MediBot uses an Arduino-based control unit integratedwithDCmotors, RFID authentication, sensors, and a servo-controlled dispensing mechanism. RFID technology ensures that medicinesaredelivered only to authorized patients, enhancing security and preventing misuse. Keywords: Automated delivery system, Medicine dispensing, Medicine transportation, Real-time monitoring, Smart healthcaresystem.