Already have an account? Sign in
Simple GPS tracker using a Particle Photon (or Electron) and an EM406 GPS module with location visible on Blynk app map.
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
The flip dot display uses an electromechanical dot matrix that spin from black to yellow to display text, numbers and more!
Build and deploy a soil moisture and temperature sensor for commercial greenhouses or private garden monitoring and treatment.
UbiMaker and Maria Carlina Hernandez
Use an old iPhone device to control and display the status of your Patriot IoT devices.
Ever wondered what to wear due to unpredictable weather??? Wonder no longer!
Ray LIng and Eduardo Garcia
Particle Photon circuit allowing the display of environmental conditions (light, temperature, humidity, pressure) using the Blynk app.
Full color light controlled by Alexa. This is a step by step using a Particle Photon and configurable Python Script in Lambda.
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
Helping aquaponic classes by measuring CO2, light, temperature, and humidity, when all 4 are in prime range, our led will light up.
The team measured temperature, air pressure, and the methane gas content in a Lane Tech classroom.
Christmas Gift Box plays music and sends an email when it is opened.
Determining if color affects the reverse psychology of pressing a button
Our project is a carbon fiber vacuum chamber that is monitored by multiple particle photons and various sensors.
How to measure productivity in the library and its busiest times. Ultrasonic sensor, sound detector, particle photon.
Team Group 305
We asked math teachers how they were feeling. They had the option of either responding with happy, indifferent, or sad.
We used three types of sensors in order to catalog the usage of the dance room at our school and the impact the students have on the room.
Daniel Zagal and Gaudwin Timoteo
Incorporating design and coding, this project has investigated the relationship between the audio levels and temperature in a classroom.
Team Group 705
This is a controller that makes 3 connections wireless.
A whimsical weather clock powered by Particle and forecast.io
Measuring and predicting student attendance through the frequency of an opening door.
Team Group 410
A smart home solution to all your separated "smart" devices that you can host yourself, customize, and add functionality to.
Using 60 LED's facing a suitable wall, the time is projected in colour.
Magnetic reed switch that senses when a door is opened and sets off an alarm on a second photon. Using IFTTT to send emails when triggered.
IOT Team 24
Air Quality Bot w/ Photon that tweets current air quality.
Broadcast audio, record voice commands, build internet walkie-talkies with this simple tutorial!
This project was designed to collect the temperature, humidity, and CO2 levels inside of Lane Tech's Aquaponics room.
Max Mitchell and Austin Wu
This example demonstrates how to leverage Particle Photon and Microsoft Azure to create a weather station using the Sparkfun weather shield.
Our doggy door remains locked until your dog's collar is within range, all while allowing you to easily track your dogs location.
Daniel Rambarran and Logan Peterson
Or connect with your social account:
New here? Create an account