This project is the creation of a device that can measure the depth, pH, and temperature of water using three IoT devices and sensors.

Intelligent automatic sprinkler system monitors rainfall and ground moisture levels to prevent over watering or watering when it is raining.

Keep your plant looking stylish on your desk and alive while monitoring air quality, temperature, humidity, and more in organized style.

A thermostat you won't see

Easy to use Wi-Fi enabled touch lights that network to give you a beautiful and unobtrusive way to stay connected with the people you love.

Thought controlled system with personal webserver and 3 working functions: robot controller, home automation and PC mouse controller.

When the Particle Cloud meets the Amazon Cloud

Build your own high-quality water sensor to monitor your pool or spa.

The Recon droid will detect the rebel scum and report back to the Empire. Control movement through Bluetooth or Wi-Fi.

A GPS tracker for your car, motorcycle, bike and flying saucer, with data storage and map visualization. Not too hard, but no easy either...

Wear helmets & speak Droid to each other! Everyone hears droid "language" but wearers of the helmets hear each others' actual voice instead!

Preheat the house; adjust from anywhere. Thermostat that adjusts to your life

A simple build-your-own environment monitor for your home. This project uses Particle Photon, sensors from Adafruit, and a 3D-printed case.

Classify your tomatoes into Grade A, Grade B and Grade C with TensorFlow Lite and Particle Argon.

Use NFC stickers to track electronic components with the use of a Particle Photon and a database back-end, along with a webpage interface.

Real time notifications for when your precious packages and letters arrive.

The Raspberry Pi is an awesome little device. I will show how you can have a complete standalone wireless/wired home automation system.

Replace your boring old wall light switch with this Photon based switch to control Lifx lighting with touch or the wave of a Jedi.

How to apply a TinyML approach to prevent electrical grid overloads.

A contribution to the Internet of Plants.

The device uses cheap, off the shelf components to provide live data on stream and river conditions like stage, temp, and conductivity.

A self-calibrating, solar-powered cellular tide level and meteorological station based on the Sentient Things IoT Node.

Sound sensor construction for the Lane of Things project at Wrigley Field.

This IoT Pizza Finder is a class assignment for the CNM IoT workforce development course to teach to integrate the web into IoT devices.