IoT-based Wristband
Project Overview
The IoT-based Wristband aims to track a patient’s body temperature in real time and send timely medication alerts. This wearable device can be invaluable for healthcare scenarios where continuous monitoring and analysis are needed. The device uses a temperature sensor to monitor the patient’s body temperature, with data sent to a smartphone app via Bluetooth for visualization.
Key Features
Temperature Tracking
Continuous monitoring of patient temperature.
Bluetooth Transmission
Sends data to smartphones via Bluetooth.
Medication Alerts
Sends reminders for timely medication.
App Display
Displays data in a user-friendly mobile app.
Power Efficiency
Optimized to save battery life.
Health Logging
Stores data for long-term analysis.
Technologies used
- Microcontroller: ESP32 / Arduino
- Sensor: LM35 / DHT11 (temperature sensor)
- Communication: Bluetooth LE
- Mobile Platform: Android App (for data rendering)
- Cloud Backup: Firebase (optional)
Why Choose This Project?
- ✅ Ideal for mastering IoT protocols (e.g., Bluetooth communication) and embedded systems.
- ✅ Hands-on experience with microcontrollers (e.g., Arduino, ESP32) and sensors.
- ✅ Learn how to develop a real-time healthcare monitoring solution.
- ✅ Gain expertise in mobile app integration and alert systems.
- ✅ Build proficiency in implementing low-power, efficient wearable systems.
Deliverables From Our Side
Deliverables
- → Complete source code and project documentation
- → Mobile app source code and APK for Android
- → Hardware setup and integration instructions
- → Simulation or working demo video
