We believe that to execute successful multi-screen and Internet of Things strategies you need to have exceptional time-to-market without sacrifice to your brand. This means you can create connected devices with unique and modern UIs that exceed your customers’ expectations and which run on all your users’ screens. You connect them to a world of services regardless of platform choice and, of course, all with excellent performance. No small task…unless you use Qt.
You can write and recycle Qt application and device UI code to run on all your target devices. You can take your applications everywhere: embedded, desktop and mobile platforms. Qt lets you future-proof your “things” by making them platform independent. Should you want diversity between platforms, like a responsive UI design for different screen sizes, this is simple to implement with Qt, as well.
A key focus for us is to help you get your embedded device to market quickly. Use Qt for everything: Start with our software stack, customize it to you needs, create your connected embedded device, process the Big Data in between, and design a beautiful client-side UI for the whole end-user device space.
We don’t want you wasting hundreds of man hours just setting up your embedded toolchains. Prototyping on a real device can start immediately upon installation of Qt commercial with our fully pre-configured software stack, Boot to Qt for embedded Linux. We provide full embedded tooling for direct device deployment, on-device debugging and profiling, and the needed tools to customize your stack. More details: Embedded documentation ›
Our focus is on providing you with the best developer experience in the market, allowing you to focus solely on creating the ultimate user experience. You can provide your customers with more functionality yet write, debug and maintain less code. Write your application without worrying about nasty platform details. With Qt Creator IDE and a variety of UI approaches, we have made creating embedded devices agile and painless without sacrifice to maximum native performance. Learn more ›