Project L.E.A.F.
An IoT-Based Hydroponic Monitoring System for Environmental Telemetry
Monitor environmental conditions, automate hydroponic operations, and collect real-time telemetry for environmental monitoring and research. Designed for precision sensing and operational reliability.
ESP32 NFT Channel Controller
Node ID: LEAF-NODE-01 • Status: Active
Lettuce Growth Phase
Day 18 • Vegetative
Auto Dosing Control
Nutrient A & B Standardized
Built for Modern Hydroponic Farming
Our IoT framework pairs specialized sensors with micro-automation to guarantee peak lettuce health and water efficiency.
📡 Real-Time Monitoring
Monitor sensor readings instantly. Live data streams continuously from ESP32 controllers directly to your interactive browser interface with zero latency delay.
🌡 Environmental Monitoring
Comprehensive tracking of ambient air Temperature and Humidity. Maintain optimal VPD (Vapor Pressure Deficit) levels tailored specifically for lettuce crop yield.
💧 Water Quality Monitoring
Detailed telemetry for Water Temperature, pH Balance, Electrical Conductivity (EC), Water Flow rate, and Reservoir Tank Water Level to eliminate nutrient stress.
⚡ Smart Automation
Proactive automated alerts, notifications, cooling fan state triggers, automated dosing relays, and intelligent threshold monitoring to safeguard crops 24/7.
Designed for Precision Hydroponic Management
A clean, intuitive control center that gives you absolute insight into your farm's vital telemetry.
24-Hour Telemetry Analytics
Water Temperature vs. Solution pH
Smart Automation Controls
Nutrient Pump A
Dosing Interval: 15m
Cooling Intake Fan
VPD Auto Controller
pH Adjuster Pump
Standby (pH Normal)
The Science of Automated Lettuce Hydroponics
Project L.E.A.F. combines embedded microelectronics with web automation to streamline hydroponic NFT (Nutrient Film Technique) operations. By standardizing pH and EC telemetry, farmers reduce water consumption and optimize growth cycles for superior lettuce crop yields.
Precision Nutrient Control
Eliminates manual testing errors with continuous electrical conductivity tracking.
Hardware Resilience
Dual-core ESP32 microcontrollers ensure 24/7 continuous operation even during transient network drops.
Modern Stack Architecture
Constructed with Livewire 3 reactive components and Tailwind CSS.
System Architecture End-to-End IoT Pipeline
ESP32 Hardware & Sensors
Analog pH Probe • EC Sensor • DS18B20 Water Temp • DHT22 Ambient
Secure Telemetry Gateway
REST API & Real-time WebSockets packet transmission
Project L.E.A.F. + Livewire 3 Application
Real-time reactive dashboard, persistent database logging & automated relays
Ready to monitor your hydroponic farm?
Take complete control of your hydroponic lettuce environment with real-time IoT insights, automation alerts, and precision growth parameters.
Built by the Project L.E.A.F. Developers
The people behind the dashboard, telemetry pipeline, and hydroponic automation stack.
Myra A. Bangaoil
QA tester
Rory M. Barnachea
Technical Writer
Christian C. Lagrana
Programmer
Racman N. Montes
Project Manager