SyncFloraPot PCB

🪴 SyncFloraPot

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SyncFloraPot is an end-to-end IoT ecosystem designed for smart plant care. It combines custom embedded firmware, a scalable backend, and a cross-platform mobile application to provide real-time monitoring and automated watering.

🔗 Detailed Project Overview: aurelejoblet.com/project/syncflorapot

🚀 Overview

SyncFloraPot isn't just a smart pot, it's a complete monitoring solution. It tracks soil moisture, ambient temperature, and light levels, allowing users to interact with their plants through a dedicated mobile interface.

Key Features

• Real-time Data: Live sensor feedback via MQTT/WebSockets.
• Automated Irrigation: Smart watering logic based on soil moisture thresholds.
• Cross-Platform Control: Monitor your plants from anywhere using the mobile app.

🛠 Technical Stack & Architecture

📁 Firmware

• Hardware: ESP32 Microcontroller.
• Framework: ESP-IDF.
• Sensors: Capacitive soil moisture sensor, DHT22 (Temp/Hum), Light intensity sensor.
• Communication: Wi-Fi, MQTT protocol.

📁 Client

• Framework: React Native / Expo.
• Features: Real-time dashboards, push notifications for low water levels, and manual override controls.

📁 Backend

• Environment: Node.js.
• Database: MongoDB/PostgreSQL for historical data logging.
• Communication: Integrated MQTT Broker for hardware-to-cloud messaging.

📂 Directory Structure

SyncFloraPot/
├── firmware/   # ESP32 Firmware code (ESP-IDF)
├── client/     # Mobile application (Android/iOS)
└── backend/    # Server logic and database management

🔧 Installation & Setup

1. Clone the repo:

git clone [https://github.com/AureleJ/SyncFloraPot.git](https://github.com/AureleJ/SyncFloraPot.git)

2. Firmware: Navigate to /firmware and follow the idf.py build instructions.
3. Mobile App: Run npm install in /client then npx expo start.
4. Backend: Configure your .env in /backend and run npm start.

👤 Author

Aurèle Joblet Engineering Student at ESIEA | Embedded Systems & Software Development

🌐 Portfolio | LinkedIn