The most obvious is how efficient is it going to be? This is all very promising, but there are some questions that will occur to you if you have done almost any IoT programming. This approach is a lot like the cut down version of Windows 10 that is available for the Raspberry Pi, but in this case you can use the IDE and tools you are familiar with as well. It also means that you can use a language that you already know - i.e. However, you can write Android apps to run on it using the same UI toolkit and other libraries that you are familiar with. You don't get the apps and the phone utilities are obviously missing. The first thing to say is that Android Things is a full Android OS with some omissions. You can also use a different device with a few minor and obvious changes. If you want to follow along in a hands-on manner you'll need a Raspberry Pi 3. If you just want to know what Android Things can do and what it might not be able to then skip to the end. In this article we look at how to get Android Things working and explore its capabilities. Hence the news that Android Things is available in public preview is exciting, but there are some worries. At the moment we basically have Linux and a range of different libraries and languages. We really do need a standardized operating system for the higher end IoT device. On the way we find out just how fast and efficient it is in both Java and C++.Īn earlier version of the article appeared for the initial preview of Android Things, but there have been important changes and additions so you need to re-read the article to keep uo to date. Find out what it has to offer and how to write your first program, which is, of course, Blinky. It is based on Android, but the documentation lags behind the software. Google's Android Things is a new IoT platform.
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