Voice Activated Medicine Reminder Box with IoT Health Monitoring for Old People and Hospital
Year: 2025
Type: article
Abstract: Our innovative IoT enabled Smart Medicine Box, designed to revolutionize medication management and health monitoring. With features including real time medication reminders, personalized dosage schedules, and mealtime alerts, our system ensures safety, efficacy, and security. This research comprises a combination of components such as the Arduino Nano, Wi Fi Module, and various sensors including Temperature, Pulse oximeter and Accelerometer. Our research offers seamless integration and accurate data collection. By wirelessly transmitting sensor data to the cloud, it enables continuous health monitoring and early detection of emergencies. It can show the time in real time on the LCD and also display patient’s health data. Whenever it’s time for medication, it plays a voice through the speaker to notify the doctor or nurses of the remaining medication. Additionally, the system indicates whether the medication should be taken before or after a meal. By using the HTTPS communication protocol, data is transmitted to the server from the Wi-Fi module ESP8266. The SIM800L ensures that data is available in the station section for power crises or any major issues. The system continuously monitors the patient’s body vibrations across three axes, generating real-time graphical data. When the health monitor detects measurements that exceed or fall below predefined thresholds, the cloud server automatically sends email and SMS alerts. Additionally, it promotes proactive healthcare by enabling physicians to securely access patient data remotely via a dedicated website and mobile applications. This smart system enhances medication adherence and safety, and improves medication and patient health monitoring.
Authors: Md Mehedi Hassain, Abdur Rahman, Md. Nayem Ibna Harun, Md. Ariful Islam Emon, Md. Taiseer Alam
Institution: Port City International University
Language: English
Topic: Arduino and IoT Applications
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4409739016