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GPS and GSM Enabled Smart Monitoring System for Medicine Storage using Embedded System and IOT

Dr. Bhupathi Ajay Kumar1, Durga Rao Bandaru2, Srija Dasari3, Lalitha Dandugula4,Aditya Kumar Gade5
1Assistant Professor, Department of Electronics and Communication Engineering, S. R. Gudlavalleru Engineering
College, Gudlavalleru, India
2, 3, 4, 5Department of Electronics and Communication Engineering, S. R. Gudlavalleru Engineering
College, Gudlavalleru, India

Abstract: Ensuring the effectiveness of medications relies heavily on their secure storage and accurate tracking, particularly within hospitals, pharmacies, and supply chains. This initiative introduces a monitoring system for medicine storage built on IoT principles,utilizing Arduino, GSM, and GPS to deliver continuous environmental oversight, location data, and automatic notifications.Temperature and humidity sensors are used to perpetually check storage environments, guaranteeing that drugs stay within their required climatic ranges. An Arduino board analyzes the sensor readings and interfaces with a GSM component to dispatch immediate text message warnings to responsible staff shouldconditions stray beyond safe levels. A GPS unit also supplies live location information, allowing for vigilant oversight during transit to mitigate misplacement or pilferage. Information can be recorded and sent to a cloud-based service for distant monitoring, empowering medical staff and supply chain supervisors to base their choices on current data. This approach improves drug security, minimizes spoilage from incorrect storage, and helps adhere to regulatory standards for pharmaceutical preservation. Merging IoTfunctionality with GSMand GPS connectivity, the suggested system presents an economical, compact, and dependable method for supervising medicine storage, applicable to both fixed installations and moving logistics.