Pi-based dashboard for a business. An Arduino controller allows switching dashboards and disabling the screen saver when actively viewed.
This device measures fine dust and NO2 concentration in the air while on the move and adds GPS coordinates to each measurement location.
Smart cloud-based vehicle OBD-II diagnostics logging and analysis using Azure IoTHub, Stream Analytics, and Machine Learning.
A beginner-tier project I hope will help the fellows that are newbies in the Arduino world!
Reads and stores in SD card, the temperature and humidity values over time.
6-channel digital sampling oscilloscope with built-in frequency counter, maximum sampling rate 47kHz.
Using a ESP8266 to detect when a friend is near.
It measures the distance between you and the place where you point it to. Hope you'll enjoy it!
Weather/Environment logging on a Raspberry Pi 2 running Windows IoT that is integrated with Adafruit.IO via restful services
Make a Linux distribution that is focused on the development of Arduino and IoT. It's a Distro for Arduino.
Inexpensive hack to monitor the temperature, humidity, barometric pressure and other factors using Windows 10 and Azure.
This demo let the Windows/Phone 10 Cortana get data form the IoT device and push data to control fan
Home automation system.
A classroom, in winter times is ill ventilated leading to poor air quality causing fatigue, headaches and in some instances nausea.
Easily include oscilloscope and frequency counter diagnostics into your own project.
Using a standard water meter with pulse output, counts the pulses to measure the volume and cost of water used.
Save time by knowing whether the Faculty is in his chamber or not.
I used a Raspberry Pi 2 to make a mini data acquisition system that fits inside of a lunchbox.
A demo SCADA control system to operate and monitor a pumping water station.
RFID door lock with ESP32 + Microchip 25AA512 SPI EEPROM + SPI 2.4 TFT + WiFi logging on server.
Here we measure rainfall.
Interactive snake enclosure that is temperature and humidity controlled and uses lat-long to mimic natural light cycles, with an online cam.
Use a Nano 33 IoT or a MKR WiFi 1010 to access a TI SensorTag to easily build a powerful BLE data logger.
Learn from your ride like a pro! Motorcycle race teams have used IMU data for years, with RideData+Arduino it's easy for you to do the same.