Smart lighting is a catalyst for the IoT. In this tutorial we'll see how to control NeoPixel LEDs via mobile using the Zerynth App.
We need to sense intensity of light in many of our IoT/home automation projects. Here I explain a simple implementation of ambient sensor.
Trying to simulate the Heisenberg Principle in a mint tin.
A spotlight, for stage lighting, with a remote control. The input will be a DMX512.
I've used an Arduino YUN and the new IoT platform Cayenne for monitoring the quantity and the quality of light.
Ambient lighting that smartly responds to your moods and needs.
Am I going to run out of beer? Nope! Send SMS to remind yourself not to run out of ale!
Make any wall beautiful!
Control sensor nodes with ease using an app-controlled hardware.
Basic connection with ESP8266 with Philips Hue API and tutorial how to control your Philips Hue system via your ESP8266.
This system is based on providing solutions to the current power grid system by providing clean energy and automation. Ambient lighting.
It supports RGB mode and fade effect, as well as brightness control and OTA updates.
Improving usage of our fridge, by monitoring the most important parameters in order to extend the operation time and reduce food waste.
This project will show you how to make a light adjustment system.
Learn how to measure the ambient light level with XinaBox xChip SL06 (APDS-9960) remotely using Ubidots and Zerynth.
A review of the TEMT6000 Ambient Light Sensor from ICStation.