An anonymous reader writes: Since the dawn of modern medicine, there have really only been two ways to know what a medical patient is doing: A) keep them around and monitor them, or B) ask them. The first is often impractical, and the second is fraught with misreporting. However, we're now in the age of data collection, and medical data is no exception. Pharmaceutical companies are gleefully passing out Fitbits and other wearables so they can more accurately test the drugs they make. Early trials have already found such devices to be better than human memory at reporting things like how much a patient walks. Other organizations are using movement data to algorithmically decide whether a patient needs a higher level of treatment. The article optimistically adds, "Down the line, wearables also could help pharmaceutical makers prove to insurance companies that their treatments are effective, thus reducing health costs."

An anonymous reader writes: A lengthy new article details the history of the Oculus Rift, from the VR headset's stereotypical beginnings in a hacker's parents' garage to its $2 billion acquisition by Facebook. "Luckey got into VR by way of computer games, which he was obsessed with for a time. After building what he recalls as a "beautiful six-monitor setup," for extreme visual saturation, he wondered, Why not just put a small screen directly on your face?" At just 19 years old, Luckey built a prototype good enough to impress John Carmack, which brought him all sorts of further attention. Investors came running, and eventually Mark Zuckerberg took an interest. "When Zuckerberg arrived, Luckey introduced himself and then quickly walked away. 'I'm a big fan,' he said, 'but I actually have to get back to work.' ... Zuckerberg seemed taken aback by Luckey's brusqueness but also charmed. 'They definitely have the hacker culture that we have,' he says." As the device approaches release, they're all wondering how much VR will change the world.

An anonymous reader writes: An editorial in the Wall Street Journal rings a bell we've been ringing for years: "Who owns the knowledge required to take apart and repair TVs, phones and other electronics? Manufacturers stop us by controlling repair plans and limiting access to parts. Some even employ digital software locks to keep us from making changes or repairs. This may not always be planned obsolescence, but it's certainly intentional obfuscation." The article shows that awareness of this consumer-hostile behavior (and frustration with it) is going mainstream. The author links to several DIY repair sites like iFixit, and concludes, "Repairing stuff isn't as complicated as they want you to think. Skilled gadget owners and independent repair pros deserve access to the information they need to do the best job they can."

An anonymous reader writes: Last June Amazon announced their Fire Phone, an Android device packed with interesting but questionably useful tech that left reviewers unimpressed. Now, just a few weeks after big layoffs in Amazon's Fire Phone division, the phone has gone out of stock globally and seems unlikely to return. GeekWire says it's "an indication that they've finally exhausted their supply and they don't have plans to manufacture anymore."

MojoKid writes: Samsung announced their latest smartwatches the other day, the Gear S2 and Gear S2 Classic. At a hands-on press event in New York this week, Samsung had the Gear S2 and Gear S2 Classic up and running. Both of these smartwatches feature 11.4mm-thick casings and 1.2-inch, 360x360 displays that are completely circular, unlike the "flat tire" displays used on the Moto360. At the heart of the Gear S2 is an undisclosed Samsung-sourced 1GHz dual-core processor paired with 512MB of RAM. NFC technology is incorporated into the watches as well, which will support Samsung Pay in the near future. The Gear S2 and Gear S2 Classic are IP68 certified for dust and water resistance and there will be versions with and without integrated 3G connectivity. Both watches feature a rotating ring around the display, in addition to two buttons at the side, intelligently located at 2 and 4 o'clock to minimize accidental actuation, for navigating the various menus and apps. Samsung allows user customization of some watch-faces to show personalized info, and offers dynamic watch-faces with notifications presented on-screen at all times, along with the time.

An anonymous reader writes: This Wednesday, Apple is hosting an event in San Francisco to announce updated versions of some of its products. One device getting a lot of the attention will be the Apple TV, which has languished for several years without significant changes. Apple is making a renewed push for the living room. The company has expanded its partnerships with TV studios over the past few years, launched its own streaming music service, and also made inroads on gaming. The new Apple TV will try to do all these things, including support for apps. It will also reportedly feature universal search: "Essentially, you'll be able to search for a show or movie once, and see results from all sorts of different sources." A side effect of this ambitious goal is that the device will more than double in cost, going from $70 to $150.

angry tapir writes: Researchers at the University of California, San Diego, have found a way for wearable devices to communicate through a person's body instead of the air around it. Their work could lead to devices that last longer on smaller batteries and don't give away secrets as easily as today's systems do. From the Computerworld story: "A team led by Professor Patrick Mercier of the university's Department of Electrical and Computer Engineering has discovered a way to use the body itself as the medium for data transmission. It uses magnetic fields and shows path loss that's 10 million times lower than what happens with Bluetooth. This could make the magnetic networks much more efficient, so devices don't have to work as hard to communicate and can have smaller batteries -- or get longer useful lives with the same size batteries. The team hasn't actually tested the system's energy use yet. They envision the technology being used for networks of health sensors that monitor many parts of the body."

itwbennett writes: Researchers from security firm Rapid7 have found serious vulnerabilities in nine video baby monitors from various manufacturers. Among them: Hidden and hard-coded credentials providing local and remote access over services like SSH or Telnet; unencrypted video streams sent to the user's mobile phone; unencrypted Web and mobile application functions and unprotected API keys and credentials; and other vulnerabilities that could allow attackers to abuse the devices, according to a white paper released Tuesday. Rapid7 reported the issues it found to the affected manufacturers and to US-CERT back in July, but many vulnerabilities remain unpatched.

New submitter StewBeans writes: Guaranteeing your personal privacy in an era when more and more devices are connecting our daily lives to the Internet is becoming increasingly difficult to do. David Bray, CIO of the FCC, emphasizes the exponential growth we are facing by comparing the Internet we know today to a beachball, and the Internet of Everything future to the Sun. Bray says unless you plan to unplug from the Internet completely, every consumer needs to assume some responsibility for the security and overall health of the Internet of Everything. He says this might look similar to public health on the consumer side — the digital equivalent of hand washing — and involve an open, opt-in model for the rapid detection of abnormal trends across global organizations and networks.

An anonymous reader writes: Verizon have released an after-market system called Hum that can bring 'smart' features to 150 million existing cars of various vintages going as far back as 1999. The system consists of an on-board diagnostic (OBD) reader plugged into the vehicle's OBD port and a Bluetooth-enabled device clipped to the visor. It's the presence of the ODB port that limits the maximum age of the car to 1996. Hum comes with an app, and enables features such as automatic accident reporting, roadside assistance services and the tracking of stolen cars. The service will cost $14.99 per month via subscription.

vivaoporto writes: A scathing review published on Fast Company describes Amazon's Dash Button, the "Buy Now" button brought into the physical world as "the latest symptom of Amazon's slowly spreading disease", "an unabashed attempt to disconnect customers from the amount of money we're spending." The author's criticism centers on Amazon's lack of focus on customer experience, a core UI that doesn't make sense, limited and expensive product selection and a store UX "no longer designed for your convenient shopping", but rather "designed for their profitable selling."

Cory Doctorow reflects in a post at Boing Boing on the many ways in which modern cars' security infrastructure is a white-hot mess. And as to the reasons why, this seems to be the heart of the matter, and it applies to much more than cars: [M]anufacturers often view bugs that aren't publicly understood as unimportant, because it costs something to patch those bugs, and nothing to ignore them, even if those bugs are exploited by bad guys, because the bad guys are going to do everything they can to keep the exploit secret so they can milk it for as long as possible, meaning that even if your car is crashed (or bank account is drained) by someone exploiting a bug that the manufacturer has been informed about, you may never know about it. There is a sociopathic economic rationality to silencing researchers who come forward with bugs.

An anonymous reader writes: Ubuntu Core is a tiny Ubuntu distribution aimed at the Internet of Things, using a new transactional packaging format called Snappy rather than the venerable Debian packaging format. It recently gained support for I2C and GPIO on the Raspberry Pi 2, and a quick demo is given here. Ubuntu's Core support site says that the support for Raspberry Pi 2 isn't yet official, but provides some handy tips for anyone who wants to try it out.

minstrelmike writes: A company called Polyera is working on a wrist-worn device with a flexible, fabric-like screen that uses e-Ink technology and can go days without recharging. "Right now we design electronic devices that are built on rigid little bricks, so our devices end up looking like rigid little bricks. We wanted to make a fundamental technology that would completely open up the design capabilities. Now we're playing with materials that are more warm, and integrating electronics with materials that are more like leather than they are metal or glass." Their device is touch-sensitive and has much more usable screen space than most wrist-borne devices, which comes at the cost of being lower-resolution and grayscale.

CarlottaHapsburg writes: White space — unused channels in the VHF and UHF spectrum — is already part of daily life, from old telephones to going online at your coffee shop or plugging in baby monitors. The time has come to 'permit unlicensed fixed and personal/portable white space devices and unlicensed wireless microphones to use channels in the 600 MHz and television broadcast bands,' according to the FCC. One of the ramifications is that Wi-Fi could now blanket urban areas, as well as bringing it to rural areas and machine-to-machine technology. Rice University has tested a super Wi-Fi network linked by next-generation TV or smart remotes. Carriers are sure to be unhappy about this, but consumers will have the benefit of a newly open web.

MojoKid writes: Will they or won't they continue on with the 'flat tire' display? That's been the big question surrounding Motorola's next generation Moto 360 smartwatch. Today, we finally learn the answer to the question, and unfortunately, it looks as though Motorola still hasn't seen clear to incorporate a completely circular display like LG, Huawei and now Samsung into a smartwatch. In an incredibly short video posted to Motorola's official Twitter account (the tweet has since been taken down), we see a fleeting glimpse of the next generation Moto 360. There is still a cutout at the bottom of the display, which houses an ambient light sensor in the current generation Moto 360. Keen eyes will also spot that the side button has been moved from the 3 o'clock position to the 2 o'clock position and that the integrated lug system for the watch bands has been abandoned in favor of an external lug system typical of most modern wristwatches.

damnbunni writes: As reported on amiga-news.de, it appears that Massimo Canigiani didn't license the Commodore trademarks before announcing that Commodore PET Smartphone. The company that actually owns the mark, Commodore Holdings, is not amused. It's not like it would have been hard to determine who owns it and try to license. The C= Holdings trademark is registered with the same EU agency 'CBM Limited' applied for a new mark. I can't see much of an excuse here. The company holding Commodore's trademarks is literally Commodore Holdings. They can't even say "We had NO IDEA who to contact!"

chicksdaddy writes: As the Obama Administration and the rest of the federal bureaucracy hem and haw about whether and how to regulate the fast-growing Internet of Things, a group representing private sector firms has come out with a framework for ensuring privacy and security protections in IoT products that is lightyears ahead of anything under consideration inside the Beltway. The Online Trust Alliance — a group made up of such staunch civil liberties and privacy advocates as Target Stores (?), Microsoft and home security firm ADT — on Tuesday released a draft of its IoT Trust Framework (PDF), which offers voluntary best practices in security, privacy and what OTA calls "sustainability" (read "lifecycle management") for home automation, and wearable health/fitness technologies.

An anonymous reader writes: One of the more interesting aspects of Microsoft's Windows 10 push is their desire to see it running on hobbyist hardware platforms. Today they released Windows 10 IoT Core for the Raspberry Pi 2 and the MinnowBoard Max. They say, "Windows 10 IoT Core is a new edition for Windows targeted towards small, embedded devices that may or may not have screens. For devices with screens, Windows 10 IoT Core does not have a Windows shell experience; instead you can write a Universal Windows app that is the interface and "personality" for your device." Microsoft has posted a list of release notes for this version, calling out improved support for Python and Node.js, significantly improved GPIO performance, and more electronics support for breakout boards. Under a heading cheekily named 'Developers, Developer, Developers,' they lay out their plan for language support and provide a code sample.

itwbennett writes: Last month, security researchers demonstrated how to circumnavigate the in-vehicle entertainment system of the Jeep Cherokee to take over the car itself, including control of the dashboard, steering mechanism, transmission, locks, and brakes. The more than 1.4 million vehicles being recalled all run the QNX Neutrino OS, which was supplied by BlackBerry subsidiary QNX Software Systems. But the flaw being exploited was not within the OS itself, BlackBerry said Monday in its blog.