Makers and developers that are looking to build NFC Arduino-based projects may be interested in a new development board for the KeyDuino that has been created by Pierre Charlier. The KeyDuino has ...

When [gdarchen] wanted to read some NFC tags, he went through several iterations. First, he tried an Electron application, and then a client-server architecture. But his final iteration was to make… ...

Here's an instance of NFC technology that's more exciting than yet another tap-to-pay scenario. Google employee Paul Carff combined a Motorola Xoom running ICS with an Arduino microcontroller to ...

The possibilities with Arduino are endless, and projects like the DIY NFC Arduino Music Jukebox showcase the potential for combining hardware and software to create something truly unique and ...

Next up is [Pierre Charlier] and KeyDuino. KeyDuino is an Arduino compatible board with all the NFC hardware baked right in. The board is based upon the Arduino Leonardo, with an ATmega32u4 processor.

An Arduino is a microcontroller — a single board designed to control something and perform a specific task. Unlike a Raspberry Pi, you won't find anything resembling an operating system here ...

Arduino’s new partnership with Nordic Semiconductor allows them to use the technology, which claims to redefine Bluetooth Smart sensors and devices for the IoT era.

A maker in Italy has come up with an ingenious way to demonstrate how an NFC add-on shield can work with an Arduino Uno – he built a DIY jukebox. Mario Pucci took an Arduino Uno running the Python OS ...

Arduino is famous for empowering DIY projects, but it’s one of a multitude of choices available these days for prototyping your IoT startup, or, like, text messaging you every time your cat ...

A maker in Italy has come up with an ingenious way to demonstrate how an NFC add-on shield can work with an Arduino Uno – he built a DIY jukebox. Mario Pucci took an Arduino Uno running the Python OS ...

Well tech tinkerer Joe Desbonnet has whipped up what he dubs "poor man's NFC" using an Arduino, some magnet wire, and any compass-equipped Android smartphone (which is almost all of them).