This small circuit board helps AQI Monitoring through an interactive dashboard showing data of Ozone, CO2, Temperature and Humidity.
This robot tracks and follows an object withing a linear proximity of 50 cm and 120° spherical proximity of about 5cm to 10cm.
A bed that senses an earthquake or other danger and closes to protect sleepers. It protects people from accidents caused by earthquakes.
A robo which follows an object of uniform color using Computer Vision.
A basic introduction to the low cost and accurate HC-SR04!
Use a fleet of devices to monitor the soil in an agricultural field or greenhouse, and visualize the data remotely.
This circuit measure the water level of a tank and wirelessly send it to a receiver where it is displayed using a LCD display and LEDs.
Easily measure air quality, avoid polluted areas, and improve your health and that of your community.
Many fun environmental sensors need a hardware interrupt. With the MKR1000, you no longer need to choose! You get I2C, analog ins too!
As a free flying paragliding pilot, I have finally built my own simple but effective instrument that plays beep-beep during climb and so on.
Octopod, a uniquely shaped full automation system that allows you to monitor your industry and keep security with AI and smart RFID locks.
digiPlant tweets and displays live and historical data collected by soil moisture, temperature, and brightness sensors.
A weather clock with Arduino, RTC, DHT22 and BMP180.
Logs GPS location whenever it detects movement.
An end-to-end beehive monitoring solution enabled by the Helium Network and deep learning.
A simple build-your-own environment monitor for your home. This project uses Particle Photon, sensors from Adafruit, and a 3D-printed case.
Monitor the Temperature and Humidity in your room and also beam that data to Cloud.
Trackers generate more electricity than their stationary counterparts due to increased direct exposure to solar rays.
The Arduino social - distancing sensor regulates social distancing through an ultrasonic sensor and an LED.
A PID controlled line follower robot, named Elliot.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
Crested geckos require a specific environment with a balance for temperature and humidity, Arduino can help automate this.
An Arduino Nano wireless weather station gathering data from DHT22 and a BME280 sensors and transmitting via nRF24L01 (2.4 GHz).
The movements of connected colleagues translated into a living artwork - using Adafruit Feather Huzzah, servo motors, plywood and paint.