IoT Lighting Research
IoT-Based Light Intensity Monitoring and Smart Control System
A connected lighting platform that measures ambient light, streams data in real time, and automates responses through threshold-based control. Track energy savings while keeping every workspace perfectly lit.
Access Portal
Welcome back
Introduction
Lighting that reacts, learns, and saves energy.
Think of the system as a live assistant for your workspace. It senses ambient light, streams measurements over Wi-Fi, and makes decisions in seconds so every room stays efficient and comfortable.
Live Environment
Visual context for the lighting spaces monitored by the IoT system.
Specific Objectives
- Measure ambient light intensity using LDR or BH1750 sensors.
- Process sensor data with an ESP32 microcontroller.
- Transmit real-time readings to the web app over Wi-Fi.
- Design a user-friendly dashboard for monitoring light levels.
- Implement threshold-based automatic LED control.
- Visualize intensity data with charts and status indicators.
- Enable remote monitoring and control through the web interface.
- Improve energy efficiency with data-driven lighting decisions.
Real-time monitoring
Visualize live light intensity with instant status updates and color-coded indicators.
Smart automation
Threshold rules trigger lighting changes automatically to maintain ideal conditions.
Remote control
Access the system securely from anywhere and keep track of light behavior over time.
System Materials
Core hardware and platform building blocks
These components power the sensor readings, automation logic, and real-time dashboard experience.
Light Sensor (LDR/BH1750)
Captures ambient light intensity with reliable accuracy for automation.
ESP32 Microcontroller
Processes sensor data and connects to Wi-Fi for live streaming.
LED/Lighting Output
Responds to threshold rules to maintain optimal illumination.
Web Dashboard
Shows charts, status indicators, and remote control options.