The IoT-based Smart Helmet for Coal Mine Workers is a creative solution that was developed and put into use in this research study. It has a number of sensors, including, temperature and humidity sensors, gas sensors for identifying dangerous substance

Environmental monitoring system

This channel logs real-time data from an Esp8266 based wireless sensor network measures sensor network that measures ambient temperature using DHT11 sensor and air quality using an MQ135 sensor

A student-created air quality monitor, built in the robotics lab, using an ESP8266 module, DHT11 sensor, and MQ135 sensor.

Weather Station using Raspberry Pi Pico W and 280BME. System is coded in C++ Running FreeRTOS on Core1 and Bare Metal on Core0

Monitors temperature, humidity, CO levels, and motion

FlashFlood Forecaster is an IoT system that predicts and detects flash floods using sensors and provides real-time alerts, with data stored and visualized on ThingSpeak.

flood water Update sensor ( Done by - Aryan, Samarth, Kunal, Vishwadity, Rajvardhan.)

Arduino environmental monitoring

Capstone Lab Air Quality Monitoring System CLAQMS(Spoken: CLACK-ems)

Monitor temperature, humidity, CO2 levels, and light intensity inside the greenhouse.

IoT-Based Real-time Monitoring and Notification System for Environmentally Responsible Catalytic Converter Emissions and PUC Status. This cutting-edge system utilizes advanced technology to continuously assess catalytic converter performance, ensuring mi

Project involves the development of an automatic reservoir gate control system using NodeMCU (ESP8266 & ESP32) and a SIM900A Mini GSM module. This system aims to optimize irrigation practices by considering various environmental factors such as temperatur

Real-time flood monitoring data

gives temperature and humidity