Smart Medi Box

Table of Contents

• Introduction
• Features
• Technologies Used
• Project Overview
• Hardware Setup
• Software Components
• Usage
• Contributing
• License

Introduction

The Smart Medi Box is an innovative medication management and monitoring system designed to enhance patient care by providing a comprehensive solution for medication management and timely reminders. This project leverages the ESP32 microcontroller and incorporates various functionalities to ensure safe medication storage and administration.

Features

• Medication Reminders: Remind the user to take medicine at time through alarms.
• Secure Storage: Safely store medications and prevent unauthorized access.
• Inventory Tracking: Keep track of medication inventory.
• Remote Monitoring: keep medicine in the required conditions via monitoring temperature and humidity continously and notifying the user if there is a bad condition.

Technologies Used

The Medi Box project relies on the following technologies and tools:

• ESP32 Devkit V1: The core hardware platform for building the system.
• Arduino: Used for programming the ESP32 microcontroller.
• EasyEDA: Design and PCB layout tool for creating custom circuits.
• Node-Red: A flow-based development tool for IoT applications.
• MQTT: Lightweight messaging protocol for communication between components.

Project Overview

The project aims to improve patient care by ensuring the correct and timely administration of medications. Key aspects of the project include:

• Hardware Development: Design and build a hardware system using the ESP32 microcontroller.
• Secure Medication Storage: Implement mechanisms for secure medication storage.
• Medication Reminders: Set up medication reminders based on the patient's schedule.
• Remote Monitoring: Enable remote monitoring and notifications for healthcare providers or family members.

Wokwi Simulation for Hardware Setup

Software Components

The software components of the Medi Box project include:

• Arduino Firmware: The firmware running on the ESP32 microcontroller.
• Node-Red Flows: Node-Red flows for medication scheduling and notifications.

Usage

1. Hardware Assembly: According to Wokwi simulation assemble the hardware components.
2. Programming: Flash the Arduino firmware onto the ESP32 microcontroller.
3. Node-Red Configuration: Configure Node-Red flows for medication scheduling and notifications.
4. Medication Management: Use the user-friendly interface to manage medications and set up reminders.
5. Remote Monitoring: Monitor medication adherence and receive notifications remotely.

Contribute

Contributions are always welcome!

License 📝

This project is licensed under MIT license.

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