Tired of wasting time going to your P.O box when you have no mail or missing your bills because you forgot to go? Well we have the solution!
Pet collar radio tracking device that utilizes a Particle Photon and a nRF24L01 radio transceiver.
The communication of temperature measurements between two Particle Photons using a temperature sensor as the detection device.
Imagine opening your door and the room immediately illuminates to greet you or to inform you of any other visitors.
Door lock with a light sensor using two Particle Photons.
The kitchalarm notifies you when your kitchen is empty so that you don't have to stop working to check for yourself.
Ever wonder if the mailman has been by the house yet? Use this IoT project to know exactly when your important package has been delivered!
Have you ever been distracted by your phone while studying, but you still need it for schools email. We've got the solution for you!
You'll never miss a class again with this state of the art alarm system.
Imagine a water bottle that records how much water you drink in a day! Created by Megan Weber and Marlena Meyer.
Our project will quickly read temperature, store online to the cloud, and then display the temperature to you on a different Photon!
IoT Group 17 - A pair of digital pace clocks for the UNC Charlotte Club Swimming Team.
Using the the relative temperatures between two sensors to control an attic fan in order to improve the efficiency of your home's AC.
A quick and easy way to be reminded and to track the delivery time of your mail every day.
A motion controlled/light sensing activated relay board to control your lights, fans, or any other household appliance.
Our device serves a multipurpose motion sensor that will allow you to remain confident in your belongings whereabouts
Transform the energy you use while walking into useable electrical power and obtain real-time monitored data!
This project controls an interior light using two Particle Photons to send and receive data from a motion sensor.
The device will cause blinds to open/close based on outside light levels, and graph when the blinds are opened/closed.
For this project, a LIDAR Lite V3 range finder was used in order to get a range and send said range to an LCD screen via a Particle Photon.
Device that alerts you to stop and turns on a "porch light" when you pull into your parking spot.
A simple Particle Photon project to fill a small dish up with water for a dog (or any animal that likes water).
Never wonder how hot or cold something is again. Know how hot or cold something is in real time all the time.
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