Luminous ball, with clock and thermometer, controlled by Blynk.
A simple IoT experiment using an ESPectro Core v3 and connecting it to Blynk, Cayenne, Dweet, Freeboard & Thinger.
Stay informed about soil-measurement by using Particle Photon.
Simple GPS tracker using a Particle Photon (or Electron) and an EM406 GPS module with location visible on Blynk app map.
Using PSoC and LinkIt ONE send analog sensor values to Blynk and then, with the power of IFTTT control your smart devices based on the data!
Every backyard needs that little something special. I've created a water fountain that reacts to music and can be controlled wirelessly.
This turns on a bathroom fan automatically when its humid.
Use the Ionic framework to build an app that can control your hardware or hit any REST API.
This guide will demonstrate to beginners how to use Arduino 101 BLE (Bluetooth Low Energy) feature to control an LED from an Android mobile.
Flashy LED decor lights that respond to your bike's motion.
Learn how to use Blynk with Node.js on a variety of platforms.
Interfacing ultrasonic sensor with NodeMCU and displaying the distance in the Blynk app.
This is the next step with an Particle Photon and softAP integration: cucumbers go online.
An outdoor rover, capable of autonomous navigation (using GPS and sonar sensors) or controlled over WiFi.
Display information or variables on a LCD available at BLYNK app using IOT.
A simple Internet of Things (IoT) experiment using an ESP32 Development Board & shared access Blynk.
A simple IoT test using a Blynk project to control & monitor 2 ESP8266 boards (NodeMCU & Wemos D1).
Checks if humidity threshold is reached and informs the user by using Blynk/IFTTT-services with softAP integration.
An easy to user experiment toolkit for the classroom to measure temperature and humidity and observe from your smartphone.
How to merge different IoT devices and services? Node-RED provides an elegant solution.
Potentially open your garage door from anywhere in the world!
In this simple tutorial, we will explore how to control a servo motor over the internet, using a smartphone.
A first introduction to using Hover Labs Beam.
This is a very simple project, were the main idea is to explore how to control servos via internet using NodeMCU and Blynk.