One of the great advantages of the ESP8266 is it's Wi-Fi-interface and the very fast processor. (It also has a, compared to other microcontrollers, large data-storage.)
So it is easier than ever to generate a nice UI (user interface) to control your project. (You do not even need an additional element.) In this post I will show you how you can introduce a HTML5-based graphical user interface.

You might have read my previous post about data-synchronization. A few hours after I published it a friend contacted me and asked if I can write a few lines on my favourite applications.

As you might have noticed I am working on some projects. And if you are in the same situation you will also know the following problem: When you need to switch back to an old project, nobody knows why, you need a good documentation. Typically I am taking additional internal notes while working on a project. Another really common problem is that more and more people have multiple devices and nobody wants to keep his data on an USB-sticks or copy data manually all the time. So in this post I am going to describe my used tools.

One of my favourite elements are LEDs. (light emitting diodes)
The greatest advantage of them: You can see if your project works immediately. But the old fashioned singe-color LEDs are boring and the RGB-LEDs need three different channels (per LED!) of your microcontroller. Another disadvantage of this standard-LEDs is that you need to use PWM to dim them.
The WS2812B solves this issues. They have also four pins but with a different purpose: VCC, GND, data-in and data-out. So you might assume that we can chain them ==> Yes you are right! But it comes even better: You can address every single LED.
So if we assume that we have 8 LEDs you would need 24 channels when you use a standard-LED but still only one channel if you use the WS2812B.