Public Channels for Tag: iot
IoT-based system for monitoring shared resource availability, usage and consumption to enable efficient allocation, fair cost sharing and pay-per-use access.
IoT-based water management system designed to monitor tank water levels, flow rate, and key quality indicators (pH and turbidity) in real-time to prevent overflow, track usage, and ensure water quality.
**IoT-Based Smart Traffic Management System** is a data-driven solution that uses **IoT sensors, AI, cameras, and real-time analytics** to monitor and manage urban traffic. It dynamically controls traffic signals, detects violations and accidents, priorit
IoT channel for monitoring real-time environmental data including temperature, humidity, and air quality.
IoT-based Smart Room Monitoring System that collects and visualizes temperature, humidity, light intensity, and air quality data using sensors.
The Smart Water Bottle is an IoT-based hydration companion that helps users maintain their daily water intake. It uses sensors to detect how much water is consumed and sends the data to a mobile app through an ESP32 microcontroller. If the user does not d
Projeto CP4 - ESP32 com DHT22, LDR e sensor ultrassônico HC-SR04.
IoT-based precision agriculture and smart irrigation monitoring system using simulated environmental sensors.
Arduino-based smart room monitoring system measuring temperature, humidity, distance, and motion. Data is collected using DHT11, ultrasonic, and PIR sensors and transmitted via a Wi-Fi Module to ThingSpeak every 20 seconds. A buzzer provides an alert when
The design and development of an Intelligent Energy Management System for smart homes using Internet of Things sensors and Artificial Intelligence. The system collects real-time energy consumption data from household devices using IoT sensors connected to
ESP8266 based IoT system for real-time monitoring and data logging using PIR, IR, MQ-3, DHT11 and SW-420 sensors
Real-time data logging station tracking ambient temperature, humidity via DHT22, and air quality/gas levels via MQ sensor connected to an ESP8266.
Real-time monitoring and energy audit system for ambient light intensity using ESP8266, LDR-based sensing, automatic lighting control, and WiFi-enabled data visualization.
