jfruh writes Want a good way to sell someone a new technology? Prove to them that you believe in it enough to use it yourself. Intel has been trying to get customers to buy into the concept of the "Internet of Things," in which tiny distributed networked sensors would improve manufacturing processes. To prove its point, they implemented such a system in one of their Malaysian factories, and claimed $9 million in savings.

An anonymous reader writes Matchstick and Mozilla today announced their open-source take on the Chromecast: a $25 Firefox OS-powered HDMI dongle. The streaming Internet and media stick will be available first through Kickstarter, in the hopes to drive down the price tag. Jack Chang, Matchstick General Manager in the US, described the device to me as "essentially an open Chromecast." He explained that while the MSRP is $25 (Google's Chromecast retails for $35), the Kickstarter campaign is offering a regular price of $18, and an early bird price of $12.

jfruh writes The U-blox SARA-U260 chip module is only 16 by 26 millimeters — and it's just been certified to work with AT&T's 3G network. While consumers want 4G speeds for their browsing needs, 3G is plenty fast for the innumerable automated systems that will be necessary for the Internet of Things to work. From the article: "The U-blox SARA-U260 module, which measures 16 by 26 millimeters, can handle voice calls. But it's not designed for really small phones for tiny hands. Instead, it's meant to carry the small amounts of data that machines are sending to each other over the 'Internet of things,' where geographic coverage -- 3G's strong suit -- matters more than top speed. That means things like electric meters, fitness watches and in-car devices that insurance companies use to monitor policyholders' driving."

MojoKid writes Over the past couple of years, drones have become popular enough to the point where a new release doesn't excite most people. But Nixie is different. It's a drone that you wear, like a bracelet. Whenever you need to let it soar, you give it a command to unwrap, power it up, and let it go. From the consumer standpoint, the most popular use for drones is to capture some amazing footage. But what if you want to be in that footage? That's where Nixie comes in. After "setting your camera free", the drone soars around you, keeping you in its frame. Nixie is powered by Intel's Edison kit, which is both small enough and affordable enough to fit inside such a small device.

The Atlantic is running an article about how "smart" devices are starting to see everyday use in many people's home. The authors say this will fundamentally change the concept of what it means to own and control your possessions. Using smartphones as an example, they extrapolate this out to a future where many household items are dependent on software. Quoting: These phones come with all kinds of restrictions on their possible physical capabilities. You may not take them apart. Depending on the plan, not all software can be downloaded onto them, not every device can be tethered to them, and not every cell phone network can be tapped. "Owning" a phone is much more complex than owning a plunger. And if the big tech players building the wearable future, the Internet of things, self-driving cars, and anything else that links physical stuff to the network get their way, our relationship to ownership is about to undergo a wild transformation. They also suggest that planned obsolescence will become much more common. For example, take watches: a quality dumbwatch can last decades, but a smartwatch will be obsolete in a few years.

timothy writes: Kevin Bates showed off his tiny ("credit card sized") homebrewed game-playing rig at OSCON this summer. Not content with merely wallet sized, he's now squeezed enough display — three of them, lacking a curved display to wrap around the wrist — input sensors, and processing power (Atmega 328p) to play Tetris on a tiny, multi-segmented bracelet (video). Sure, there's been Tetris on watches before, but from large-budget companies, not — at least not that I've ever seen — from hackers. Bates' post gives some more technical details, too.

An anonymous reader writes John Carmack, famed keystone developer of 3D networked gaming, has now been working with virtual reality company Oculus for over a year. Much of that time has been spent collaborating with Samsung on the forthcoming Gear VR headset. At his keynote presentation during Oculus Connect, Carmack took to the stage with 90 unscripted minutes of no holds barred discussion of the last 12 months in VR. 'I believe pretty strongly in being very frank and open about flaws and limitations so this is kind of where I go off message a little bit from the standard PR plan and talk very frankly about things,' he said to applause from the audience.

Threatpost reports: Heatmiser, a U.K.-based manufacturer of digital thermostats, is contacting its customers today about a series of security issues that could expose a Wi-Fi-connected version of its product to takeover. Andrew Tierney, a "reverse-engineer by night," whose specialty is digging up bugs in embedded systems wrote on his blog, that he initially read about vulnerabilities in another one of the company's products, NetMonitor, and decided to poke around its product line further. This led him to discover a slew of issues in the company's Wi-Fi-enabled thermostats running firmware version 1.2. The issues range from simple security missteps to critical oversights.For example, when users go to connect the thermostat via a Windows utility, it uses default web credentials and PINs. ...Elsewhere, the thermostat leaks Wi-Fi credentials, like its password, username, Service Set Identifier (SSID) and so on, when its logged in. Related: O'Reilly Radar has an interesting conversation about what companies will vie for control of the internet-of-things ecosystem.

HizookRobotics writes Georgia Tech researchers announced a new way robots can "sense" their surroundings through the use of small ultra-high frequency radio-frequency identification (UHF RFID) tags. Inexpensive self-adhesive tags can be stuck on objects, allowing an RFID-equipped robot to search a room for the correct tag's signal, even when the object is hidden out of sight. Once the tag is detected, the robot knows the object it's trying to find isn't far away. The researchers' methods, summarized over at IEEE: "The robot goes to the spot where it got the hottest signal from the tag it was looking for, zeroing in on it based on the signal strength that its shoulder antennas are picking up: if the right antenna is getting a stronger signal, the robot yaws right, and vice versa."