Our project is a carbon fiber vacuum chamber that is monitored by multiple particle photons and various sensors.
Intro to using FSMs in your IoT projects.
How to create Amazon Alexa Smart Home Skill and control lights using Particle Devices
Use the Ionic framework to build an app that can control your hardware or hit any REST API.
Make IoT devices easier to configure and manage on a local network using mDNS (Bonjour, zeroconf) and Webduino (web server library)
What is LoRa? How to make an simple LoRa project with Particle Photon and MikroElektronika LoRa click module?
A simple way to write on demand web scripts that talk to your Particle devices
Always be a safe distance from a wall in your parking spot. Introducing our IoT project with a HC-SR04 distance sensor.
How to build an electro-pneumatic circuit for remotely controlling a soft robot using Zerynth and a Particle Photon.
A proof of concept on how to build a light & temp monitoring station with a Photon, OVH Time Series PaaS and Grafana.
Experiment using Photon and keeping all boards connnected to Cayenne, which are also compatible with Blynk.
Change color, read and set temperatures, lock and turn on/off using Alexa's home automation and the Particle Photon + Skill.
A pan-tilt controller locally controlled by a Photon and remotely via Bluetooth, physical potentiometers and another Photon.
This project will help you control your garage door without even having to get up to press the button! Yes, without getting up. Follow below
Never forget an opened or tilted window when you leave the house by the use of a Particle Photon and IFTTT!
The Particle Web IDE, Particle Dev, and Particle-cli are not the only ways to program Particle devices.
Verify your projects behave as intended with a telecom grade test tool.
In this project I will be creating the first part of a project that I have always wanted to do. A smart home.
When the external parameter falls the required values the microcontroller connected through the clouds will do the actions required.
The most accurate real-time availability status. Based on audio recognition, NoticeMe aims to bring remote people closer together.
Need your photons to communicate over a local network, but don't know the IP addresses? Try this devops-ish local device discovery solution.
Use a Scanalogic-2 EDU Kit to analyze I2C sensor data, calculate the measured humidity from the data frames and validate the result.
Yet another temperature-humidity sensor publishing to dweeter, with WiFi auto-disconnect and a push button to read daily max and min values.
This project details the no-cost IoT integration techniques that we use with Particle devices (Photon, Argon, Boron,... ).