DeviceGuru writes: Hardkernel has again set its sights on the Raspberry Pi with a new $35 Odroid-C1 hacker board that matches the RPI's board size and offers a mostly similar 40-pin expansion connector. Unlike the previous $30 Odroid-W that used the same Broadcom BCM2835 SoC as the Pi and was soon cancelled due to lack of BCM2835 SoC availability, the Odroid-C1 is based on a quad-core 1.5GHz Cortex-A5 based Amlogic S805 SoC, which integrates the Mali-400 GPU found on Allwinner's popular SoCs. Touted advantages over the similarly priced Raspberry Pi Model B+ include a substantially more powerful processor, double the RAM, an extra USB2.0 port that adds Device/OTG, and GbE rather than 10/100 Ethernet.

"Welcome to the Vintage Radio and Communications Museum of Connecticut," is the headline on the museum's website. The site also says, "Our volunteers are happy to give personal tours," and that's what today's two videos (and two more we'll run tomorrow or later in the week) are: personal tours of the museum conducted by volunteer Bernie Michaels, known in ham radio circles as W2LFV. (Alternate Video Link 1) (Alternate Video Link 2)

Lucas123 writes In what could presage an era of data from wearables being used in civil and criminal litigation cases, a Canadian attorney is using data collected by a Fitbit activity tracking wrist band to prove his client is not scamming an insurance company. The defendant's attorney normalized the data using an analytics platform that compares activity data with other wearables, offering a way to benchmark his client's health against a larger group of wearable owners. Legal and privacy experts say it's only a matter of time before wearable data will be used in criminal cases, as well, and the vendors will have little choice but to hand it over. "I do think that's coming down the pike. It's just a matter of time," said Neda Shakoori, an eDiscovery expert with the law firm of McManis Faulkner. Health privacy laws, such as HIPAA, don't cover wearables and those companies can be subpoenaed — just as Google and Microsoft have been for years.

Molly McHugh writes with this story about sensors that can be attached to temporary tattoos to monitor various medical information. "The Center for Wearable Sensors at the University of California San Diego has been experimenting with attaching sensors to temporary tattoos in order to extract data from the body. The tattoos are worn exactly as a regular temporary tattoo would be worn. The sensors simply sit atop the skin without penetrating it and interact with Bluetooth or other wireless devices with a signal in order to send the data....A biofuel battery applied as a temporary tattoo converts sweat into energy, and a startup within the center has developed a strip that extracts data from sweat to explain how your body is reacting to certain types of exercise. Amay Bandodkar, a fourth year PhD student at UCSD, explains that the sensors are programmed to react to the amount of lactate the body produces."

dcblogs writes: The Internet of Things (IoT) may be more significant in reshaping the competitive landscape than the arrival of the Internet. Its productivity potential is so powerful it will deliver a new era of prosperity. That's the argument put forth by Michael Porter, an economist at the Harvard Business School and James Heppelmann, president and CEO of PTC, in a recent Harvard Business Review essay. PTC is a product design software firm that recently acquired machine-to-machine firm Axeda Corp. In the past 50 years, IT has delivered two major transformations or "waves," as the authors describe it. The first came in the 1960s and 1970s, with IT-enabled process automation, computer-aided design and manufacturing resource planning. The second was the Internet and everything it delivered. The third is IoT. That's a strikingly sweeping claim and there will no doubt be contrarians to Porter and Heppelmann's view. But what analysts are clear about is that IoT development today is at an early stage, perhaps at a point similar to 1995, the same year Amazon and eBay went online, followed by Netflix in 1997 and Google in 1998. People understood the trend at the time, but the big picture was still out of focus.

EVChallenge is a high school student project that converts gas cars to electric. This isn't a "someday" thing. It's already happening, and Ben has worked hard to make it so in N. Carolina. There are other people around the world doing EVChallenge, and Ben does a number of things besides EVChallenge. His Kickstarter project, for instance, was called Help Bring Back Quality Science Kits (STEM Education). It closed on October 17 after 119 backers came through with $6523, which was a lot more than Ben's modest $3500 goal. This takes us to Ben's EVChallenge simulator itself, which is a simple "breadboard" simulation of the circuitry that drives an electric car so students can learn EV (electric vehicle) principles before they work on the real thing.

This is all part of the Harris Educational effort to make science teaching fun and interesting, not just with electric cars and simulations of their circuitry, but with other kits and even training services. As Ben's Training Services page says, "Harris Educational can provide face-to-face or online training for individuals, small groups, or companies. We can also help you design and implement your own training programs." So besides the video interview here, please look at Ben's pages, this article about his work, and check some of the videos on his assorted pages. It's good stuff, especially if you have (or plan to have) kids in high school. (Alternate Video Link)

theodp writes The Washington Post reports the White House holiday decor is going digital this year, with dog-bots and crowdsourced tree lights. "Thanks to Google's Made with Code initiative," reports a National Park Foundation press release, "girls across the country will experience the beauty of code by lighting up holiday trees in President's Park, one of America's 401 national parks and home to the White House." Beginning on December 2, explains the press release, girls can head over to Google's madewithcode.com (launched last June by U.S. CTO Megan Smith, then a Google X VP), to code a design for one of the 56 state and territory trees. Girls can select the shape, size, and color of the lights, and animate different patterns using introductory programming language and their designs will appear live on the trees. "Made with Code is a fun and easy way for millions of girls to try introductory code and see Computer Science as a foundation for their futures. We're thrilled that this holiday season families across the country will be able to try their hands at a fun programming project," said former Rep. Susan Molinari, who now heads Google's lobbying and policy office in Washington, DC.

dcblogs writes: Imagine a fleet of quad copters or drones equipped with explosives and controlled by terrorists. Or someone who hacks into a connected insulin pump and changes the settings in a lethal way. Or maybe the hacker who accesses a building's furnace and thermostat controls and runs the furnace full bore until a fire is started. Those may all sound like plot material for a James Bond movie, but there are security experts who now believe, as does Jeff Williams, CTO of Contrast Security, that "the Internet of Things will kill someone". Today, there is a new "rush to connect things" and "it is leading to very sloppy engineering from a security perspective," said Williams. Similarly, Rashmi Knowles, chief security architect at RSA, imagines criminals hacking into medical devices, recently blogged about hackers using pacemakers to blackmail users, and asked: "Question is, when is the first murder?"

An anonymous reader points out this story at Ars about a new trojan on the scene. Researchers have unearthed highly advanced malware they believe was developed by a wealthy nation-state to spy on a wide range of international targets in diverse industries, including hospitality, energy, airline, and research. Backdoor Regin, as researchers at security firm Symantec are referring to the trojan, bears some resemblance to previously discovered state-sponsored malware, including the espionage trojans known as Flame and Duqu, as well as Stuxnet, the computer worm and trojan that was programmed to disrupt Iran's nuclear program. Regin likely required months or years to be completed and contains dozens of individual modules that allowed its operators to tailor the malware to individual targets.

sfcrazy writes: "Nokia surprised everyone when it announced the N1 Android tablet during the Slush conference in Finland, today. This story has a twist, though: the N1 is not a Nokia device. Nokia doesn't have a device unit anymore: it sold its Devices and Services business to Microsoft in 2013. The N1 is made by Taiwanese contract manufacturing company Foxconn, which also manufactures the iPhone and the iPad.

But Nokia's relationship with Foxconn is different from Apple's. You buy iDevices from Apple, not Foxconn; you call Apple for support, not Foxconn. You never deal with Foxconn. In the case of N1, Foxconn will be handling the sales, distribution, and customer care for the device. Nokia is licensing the brand, the industrial design, the Z Launcher software layer, and the IP on a running royalty basis to Foxconn.

ErnieKey writes with a Reuters story that says Google's Glass, not yet out for general purchase, has been wearing on the patience of both developers and would-be customers: "After an initial burst of enthusiasm, signs that consumers are giving up on Glass have been building.' Is it true that Google Goggles are simply not attractive to wear? Or perhaps it's the invasion of privacy that is deterring people from wearing them. Regardless, Google needs to change something quickly before they lose all their potential customers. From the article: Of 16 Glass app makers contacted, nine said that they had stopped work on their projects or abandoned them, mostly because of the lack of customers or limitations of the device. Three more have switched to developing for business, leaving behind consumer projects. Plenty of larger developers remain with Glass. The nearly 100 apps on the official website include Facebook and OpenTable, although one major player recently defected: Twitter. "If there was 200 million Google Glasses sold, it would be a different perspective. There's no market at this point," said Tom Frencel, the chief executive of Little Guy Games, which put development of a Glass game on hold this year and is looking at other platforms, including the Facebook-owned virtual-reality goggles Oculus Rift. Several key Google employees instrumental to developing Glass have left the company in the last six months, including lead developer Babak Parviz, electrical engineering chief Adrian Wong, and Ossama Alami, director of developer relations.

wiredmikey writes A Dutch entrepreneur has had two microchips containing Bitcoin injected into his hands to help him make contactless payments. The chips, enclosed in a 2mm by 12mm capsule of "biocompatible" glass, were injected using a special syringe and can communicate with devices such as Android smartphones or tablets via NFC. "What's stored on the microchips should be seen as a savings account rather than a current account," Martijn Wismeijer, co-founder of MrBitcoin said. "The payment device remains the smartphone, but you transfer funds from the chips." The chips are available on the Internet, sold with a syringe for $99, but Wismeijer suggested individuals should find a specialist to handle the injection to avoid infections.

Taffykay writes Biology and computer science students and professors at Wake Forest University have teamed up to develop a device to assist the visually impaired. Following the principles of echolocation used by bats and moths, the interdisciplinary team has developed a watch-like unit that allows the wearer to navigate their environment using sonar. To make the project even more remarkable, all the parts and materials for the prototype cost less than $60.

schwit1 provides this excerpt from an Associated Press report: "Nineteen automakers accounting for most of the passenger cars and trucks sold in the U.S. have signed onto a set of principles they say will protect motorists' privacy in an era when computerized cars pass along more information about their drivers than many motorists realize. The principles were delivered in a letter Wednesday to the Federal Trade Commission, which has the authority to force corporations to live up to their promises to consumers. Industry officials say they want to assure their customers that the information that their cars stream back to automakers or that is downloaded from the vehicle's computers won't be handed over to authorities without a court order, sold to insurance companies or used to bombard them with ads for pizza parlors, gas stations or other businesses they drive past, without their permission. The principles also commit automakers to 'implement reasonable measures' to protect personal information from unauthorized access." Also at the Detroit News. Adds schwit1: "It's a meaningless gesture without being codified into law. A greedy car manufacturer or NSL trumps any 'set of principles'." The letter itself (PDF) isn't riveting, but it's more readable than some such documents, and all the promises it makes are a good reminder of just how much data modern cars can collect, and all the ways that it can be passed on.

M-Saunders writes It's cheaper, it's smaller, and it's curvier: the new Raspberry Pi Model A+ is quite a change from its predecessor. But with Model Bs selling more in a month than Model As have done in the lifetime of the Pi, what's the point in releasing a new model? Eben Upton, a founder of the Raspberry Pi Foundation, explains all. "It gives people a really low-cost way to come and play with Linux and it gives people a low-cost way to get a Raspberry Pi. We still think most people are still going to buy B+s, but it gives people a way to come and join in for the cost of 4 Starbucks coffees."