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Particle Photon circuit allowing the display of environmental conditions (light, temperature, humidity, pressure) using the Blynk app.
Simple GPS tracker using a Particle Photon (or Electron) and an EM406 GPS module with location visible on Blynk app map.
First test of a separate Power Supply Module 3.3V and 5V
It is a notifier with temperature and humidity sensor in it. The LED screen will show the temperature and humidity at present.
Ever wondered what to wear due to unpredictable weather??? Wonder no longer!
Ray LIng and Eduardo Garcia
This project describes how to build an Arduino-based, text-controlled gum dispenser
Mo Piper Cordova
Locate your Particle Photons, P1s and Electrons on a map without needing extra hardware. Use Ubidots or an offline map alternative
Work in progress
Monitor and log water quality (pH & ORP) and temperature from everywhere.
How to develop a simple but powerful IoT thermometer using a Zerynth-powered single-board MCU and the Zerynth App.
Luigi Francesco Cerfeda
Cheap & easy alarm-system.
A contribution to the Internet of Plants.
Gustavo Gonnet and Mark Wilkinson
This is a sensor designed to send a notification to your phone and OLED Remote Screen whenever a 3D print is sliding on the print bed.
Need extra light when stumbling in late at night? We have your answer.
Daniel Sudol and Camden Carstens
A quick and easy way to control a fan with the touch of a button.
Combining multiple sensors, such as PIR motion sensors and temperature sensors, to create a model of a smart home.
Build and deploy a soil moisture and temperature sensor for commercial greenhouses or private garden monitoring and treatment.
UbiMaker and Maria Carlina Hernandez
This is a controller that makes 3 connections wireless.
This project makes a remote for pausing Netflix/Hulu using Amazon Echo.
Use an old iPhone device to control and display the status of your Patriot IoT devices.
Your first clock with 4 components, based on Grove and TM1637.
Our project aims to see whether there is a correlation between the intensity of particulate matter in air and people moving around.
The flip dot display uses an electromechanical dot matrix that spin from black to yellow to display text, numbers and more!
This project is designed to observe the air quality within the Lane Tech basement for JROTC students.
Team Group 706
Noise detector made to measure sound in a classroom.
Are you tired of being too hot in the middle of the night when the fan is off, but too cold when its on? Now there is a solution.
Team Shane Whicker, Justin Brown
Students enter class and show their grade by pressing one out of the five buttons. Sound is being measured to see correlations with grades.
Team Group 300
A generic temperature sensor that covers a wide variety of uses.
Bradley Nguyen and Will Standifer
Record video, perform object and face recognition, take a time-lapse or whatever else with a Particle Photon and the 5-megapixel Arducam!
By using IFTTT, the Google Assistant API, and a Particle Photon, you can make a machine that gives out candy upon your request!
Arduino “having11” Guy
This project lets users remotely lock and unlock a deadbolt to a door and record an intruder if the door is opened.
Team IOT Project 37
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