Measure, analyze, and report real-time environmental conditions.

The Arduino-Based Power Theft Detection and Meter Tamper Alert System is a smart electrical monitoring system designed to detect unauthorized electricity usage and physical tampering with an electricity meter.

The FingerPrint Look Security System is a biometric-based smart security system designed to control access using fingerprint authentication technology.

The Smart Energy Monitoring, Optimization, and Control System.

Intelligent Fire Detection and Suppression System

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An ESP32-CAM-based smart security system that detects intruders using a PIR sensor, captures images, activates a buzzer, and sends remote alerts through Wi-Fi/IoT and GSM SMS using the SIM800L module.

The IoT-Based Smart Energy Meter is an intelligent electrical monitoring system designed to measure and monitor electricity consumption in real time. The system uses an ESP32 DevKit V1, ZMPT101B voltage sensor, and ACS712-5A current sensor to acquire electrical measurements.

IoT-Based Transformer Health and Location Monitoring System for ECG is a smart monitoring system that uses ESP32 to monitor transformer temperature, voltage, current, and oil level in real time. It uses GPS to track the transformer location, ThingSpeak for remote cloud monitoring, and SIM800L GSM to send SMS alerts when abnormal conditions are detected.

This project is an automatic hydroponic watering system that uses an Arduino Nano, relay, LED, and water pump. The system turns the pump and LED ON for 1 minute 30 seconds to circulate nutrients, then OFF for 3 hours, repeating the cycle automatically. It ensures plants receive the right amount of water and oxygen

The Smart Fingerprint Access Authorization System is an ESP32-based smart security system designed to control access to a protected door using fingerprint authentication and manager approval.