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Original Article

Pharmacy Medi-Track Mobile App Integrated digital platform for managing multiple end-to-end healthcare and pharmacy services

KousalyaDevi1Dharaneesh R2Sree Arshad SP3Umesh B4Moovendhran G5

¹ Assistant Professor, Department of CSE, Rathinam Technical Campus Coimbatore, Tamil Nadu, India. ² ³ ⁴ ⁵ Final Year Students, Department of CSE, Rathinam Technical Campus Coimbatore, Tamil Nadu, India.

Published Online: November-December 2025

Pages: 55-58

Abstract

The rapid growth of mobile technology has significantly transformed the healthcare industry by enabling convenient and on- demand access to medical services through smartphones. Mobile health applications have reduced dependency on traditional hospital visits and improved accessibility to healthcare resources. This shift has enhanced patient engagement and streamlined healthcare service delivery by integrating essential medical functions into a single digital platform. This project focuses on the development of a comprehensive Android application designed to improve healthcare delivery by facilitating doctor appointment booking, medicine ordering, healthcare package exploration, and consultation with top doctors in the user’s locality. The application is developed using Java in Android Studio with a Firebase backend to support real-time data management, secure user authentication, and reliable cloud-based data storage. These technologies ensure scalability, fast data synchronization, and secure handling of sensitive medical information. The application also integrates a secure payment gateway to enable hassle-free transactions for medicine purchases, appointment fees, and other medical services. The authentication system ensures secure session management, while cloud storage and real-time databases manage critical functionalities such as storing prescriptions, tracking medicine orders, and updating doctor availability. Overall, the proposed healthcare application provides an all-in-one solution for managing health needs through smartphones, offering improved accessibility, enhanced user experience, and efficient connectivity between patients and healthcare providers. Furthermore, the system ensures data security and reliability through robust authentication and encrypted storage mechanisms. Its modular architecture supports future enhancements such as telemedicine and advanced health analytics. By leveraging cloud technologies and a user- centric design, the application enhances healthcare efficiency and service quality.

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