![]() ![]() ![]() You can configure things like the language, bluetooth or network settings. This default application shows you some details about the device like the name, the IP address or how it is connected to the network. Then you will see the Windows 10 IoT Core default application instead of a classic desktop shell. The first boot will take about two minutes. After this has completed, you can hook up your board and start it. ![]() Now the tool will flash the image on your microSD card. ffu-file also includes complete disk partitions and not just files. wim file but includes the content of a full disk with the Core system on it. After doing this, a file called “Flash.ffu” will be downloaded automatically. Then you just have to select your device type and the microSD card and hit the “Install” button. Still, the smart home is still in its infancy, and Microsoft is getting in on the ground floor with the hobbyists and tinkerers, who, in their day jobs, many be helping to build it.To start the installation, please run the IoT Core Dashboard and select “Install”. Still, HomeKit has over a year’s head start on Windows IoT Core-and Windows 10 also seems like it’s starting off with the maker community, not finished products. Why this matters: Windows 10 for IoT Core appears to be Microsoft’s oblique answer to Apple’s HomeKit, in the sense that Windows could be used to control embedded devices in the home. One of the projects that Microsoft suggests could be coming in the future is the Face Recognition Unlocked Door, which would seem like a very interesting technology when your hands are full of grocery bags. Windows Hello isn’t perfect, but it works almost all of the time. Probably the most intriguing project, however, is one that Microsoft mentioned in its blog post, but it doesn’t seem to be anywhere else: unlocking a door with your face. Because so much of the maker community relies on sharing of code and information, Microsoft said it’s contributed all of its IoT samples to Github, and put several projects on Hackster.io, including a “rover robot kit” that uses the Raspberry Pi 2, a way to use Windows phones to remotely control LEDs, and a community effort to remotely control a fan. ![]()
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