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While smartphones are awesome little computers, one of the things that really makes them useful is their built-in sensors - many apps are made possible via a phone's accelerometer, gyroscope, GPS, microphone, camera, or some combination of the bunch. The thing is, though, all of those sensors are stuck in the smartphone. What if you want to use your phone to monitor another device? Well, that's where NODE comes in. The proposed gadget could be placed on or near a device, and would wirelessly relay data from multiple onboard sensors, via Bluetooth.

A lot of times I have people asking me about interfacing a fingerprint sensor to an arduino for their school projects.

"The power of modern smartphones is one of the technological wonders of our age. These devices carry a suite of sensors capable of monitoring the environment in detail, powerful data processors and the ability to transmit and receive information at high rates.  So it's no surprise that smartphones are increasingly targeted by malware designed to exploit this newfound power. Examples include software that listens for spoken credit card numbers or uses the on-board accelerometers to monitor credit card details entered as keystrokes.

The Horto Domi combines vermiculture, geodesic domes, moisture sensors, and Arduino open hardware controllers in an automated backyard food growing system for the everyperson. The project team is looking for supporters on Kickstarter so they can do more R&D and make the plans available to the public for free. Soon you could have a pod of robotic food growing domes in your backyard turning out bushels of fresh veg. Then again, maybe a food growing robot takes the joy out of growing your own?

In addition to a high-tech grocery cart and an augmented-reality mirror, one of the futuristic projects on display at Microsoft's TechForum event earlier this week was a research project exploring the possibilities for using a transparent LCD display in conjunction with a Kinect sensor to let people interact with virtual objects in a 3D space by moving their hands around behind the screen.

Results from FIA Aalborg: The Internet of Things (IoT) is one of the most important fundaments for the smart cities, and is becoming slowly but steadily one of the core elements of the Future Internet (FI). In fact, various architectures and approaches from Future Internet such as Cloud Computing (Software as a Service - SaaS), which are being linked with the Web of Things, which is also allowing to define Sensors as a Service (SaaS) are clear examples of this relation between Future Internet and IoT architectures. At this particular point, where the IoT is a reality, where several IoT-based high scale deployments are being carried out such as Rome, and Santander. It is essential to discuss what are the IoT-specific aspects that the FI architecture has to take into account, in order to efficiently map the IoT architectures into an overall FI architecture, and particularly, how to manage rights of the individual (i.e. privacy) and its interaction with IoT objects taking into account aspects like delegation, access control as key aspects in the inclusion of the Internet of Things in the common lives with its total inclusion in the city of the future.

As a child, I always looked up at the stars and wondered how I could make it into space. Hopefully, I will live to see that day, but for now, a homemade satellite will have to do. The Nanosatisfi team has made it their mission "to provide affordable space exploration for everyone!," and with ArduSat, they move one step closer to reality. ArduSat is a Arduino-controlled miniature 10cm cubic satellite, weighing 1 kg, which is roughly equivalent to half a store bought loaf of bread. Its size might not be impressive, but it packs over 25 sensors including: Myspectral's open source spectrometer, inertial measurement unit, magnetometer, along the standard set, and many others. This impressive little machine boasts a camera to take photographs, it could send messages back to earth, or it can run your space experiments. With the ability to upload code directly to the ArduSat while in space, the possibilities are virtually limitless.

There's a new adventure video capture company in town, and both Zeyez and GoPro would have good reason to be afraid. You may not have heard of Pivothead -- the company has had a remarkably quiet push to market over the last few months -- but the video recording eyewear startup could very well become a household name after its first products hit the market this April for $349. Aurora, Durango, Moab and Recon may offer distinct exterior designs, but they're virtually identical under the hood. Each model includes an eight-megapixel Sony sensor (that reportedly captures higher quality images than the iPhone 4S cam), a four-element glass lens, 8GB of built-in storage, a 440mAh battery (with about an hour of shooting time) and three video modes: 1080/30p, 720/60p and 720/30p. We had a chance to go hands-on with Pivothead earlier today, and took the glasses for a spin on the streets of New York City. You'll find that sample video, along with our impressions, just past the break.

 Ever since Rosie the Robot took care of "The Jetsons" in the early 1960s, the promise of robots making everyday life easier has been a bit of a tease. Enlarge This Image   Jodi Hilton for The New York Times, left; Hanna-Barbera With Ava, left, iRobot is trying to do Rosey the Robot of "The Jetsons" one better. Ava will have an iPad or Android tablet for a brain and Xbox motion sensors to help her get around. Rosie, a metallic maid with a frilly apron, "kind of set expectations that robots were the future," said Colin M. Angle, the chief executive of the iRobot Corporation. "Then, 50 years passed."