To monitor user safety, a sensor cluster collects and graphs data of obstacles in the blind spot, wheelchair speed, and degrees of tilt.

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

Use Particle Argons as the brains for a smart thermostat, without having to replace your thermostat!

Imagine having the ability to detect a specific sound and triangulate its exact location.

Do you have sump pumps? Do you know how often they run? Here we present a non-invasive monitoring solution.

The Smart plant allows you to automate the watering of your plant with the particle Argon while measuring room and soil conditions

An internet connected plant watering system that monitors environmental conditions and manages soil moisture.

Use of a Particle Argon to open/close a garage door with a Particle Xenon used as a mesh limit switch & smartphone control via Blynk app.

A smart watering system that automatically waters a plant.

Computers at their most basic level communicate using only ones and zeros. This project sends those ones and zeros using a laser.

A smart and assistive IoT and Machine Learning-Based Device for people who have mild cognitive and motor impairments.

A motion-sensing light system that has 2-way communication between 2 Particle Argons and uploads data to ThingSpeak.

Training a model and then we ask the user through a GUI to enter a new x-ray image to make a prediction.

Do you ever forget to water your plants? because I know I do sometimes. with this system, the plant can water itself.

The aim of this project was to build a portable, low-cost Gas-Sensing Device that can be used to detect air pollutants from various sources.

An App for easier communication and administration of university lectures via local iBeacon transmitters.

This is a temperature & relative humidity sensor and LCD display setup using two Particle Argon's and a DHT11 temperature & humidity sensor.

This project is to implement a Smart Watering IoT device based on live data being monitored from multiple on board sensors.

This project involves incorporating two particle argon devices and measuring the ideal shower temperature.

An autonomic hydroponics unit with everything you need for a full-size unit packed into a compact corner unit.

Temperature sensor built for the MEGR 3171 IoT project

The climate analyzer will read outdoor, bathroom, and indoor (reference) humidity.

Creates a functioning automatic and manual plant watering system featuring Particle Argon, 5V power supply and sensors to activate the pump.

There's thermostats on the wall, weather apps on your phone, but is there an accurate way to measure temperature freely?