But if that is too much physical touching for you, then [Pangodream] has come up with a fairly robust system for controlling and interacting with all the clock over the network. It’s not just a convenient method of setting the time, a fantastic number of the clock’s functions may be polled and configured in this way; everything in the sensitivity of the touch sensors to how many occasions it will beep once the alarm goes away. To make matters easier, he’s even wrapped it all up in a useful Android application for on the go configuration.

The ESP family of microcontrollers is on fire with a chunk of the jobs that come our way now based on a few of the very cheap boards. In fact, they’re so cheap and popular that we’ve started to observe a somewhat unexpected trend; people have a propensity to use them as drop-in replacements, even despite the newer boards being much more powerful than demanded. The final result is a bunch of jobs in which the ESP is only underutilized. It s no huge deal, but disappointing to see.

Inside the 3D printed case, the clock features a BH150 light sensor, the very popular DHT-11 for detecting temperature and humidity, in addition to a ILI9341 2.8 inch LCD for your display. , [Pangodream] used three coins attached to the ESP32’s electronic pins as detectors. These allow him to interact with the click just and saved him the trouble of incorporating traditional buttons or buttons. We assume the imperceptible interface does make things seem futuristic, although we might have put some indentations to create identifying which of those three “ buttons ” you ’ re cheering.

Whether this clock doesn’t offer you the degree of over-engineering you require, check this out build that uses no less than five ESP32s to find the business done. Or maybe this one which hooks into NASA’s Deep Space Network.
But we can guarantee you that this ESP32 alarm clock created by [Pangodream] is absolutely not one of them. He s packed an impressive number of features into this timepiece that was , also it’s actually an superb case of how many boards are capable of without breaking a sweat. Worth taking a look at from DIY touch sensors to the Android application used to configure the clock on the community, this project is currently packed.