An anonymous reader writes: Household devices are getting smarter these days: the so-called internet of things is bringing software-controlled thermostats, lighting, and other appliances into the mainstream. Many companies are fighting for a piece of the pie, but Logitech is taking a different approach. They're mostly known for computer peripherals, but they also make multi-function remote controls, and now they're trying to build remotes that will control all of a home's smart devices. "Logitech doesn't want to own the device, it wants to own the app experience. But to do that, it had to build a software overlay and a controller that would convince people to put it in their homes. So it's offering a $100 hub that combines IR, Wi-Fi, Bluetooth and RF that will let you use the Logitech Harmony app to control gear that uses those protocols. This means if you have a SmartThings, a Peq or a Lutron hub, the Wi-Fi in the Logitech device will let you control the others' gear from Logitech, which so far seems to have a much nicer interface." They've worked out partnerships with a lot of companies that are big in the home, like Nest, Honeywell, and Philips, all of whom seem to want this extra layer of control for the user.

jyosim writes "Oculus Rift isn't just for gaming. Brendan Iribe, CEO of the VR company, says the immersive tech will be "one of the most transformative platforms for education of all time." In an interview with Chronicle of Higher Education, he imagined laser-scanning every object in the Smithsonian for students to explore, and collaborating in shared virtual spaces rather than campuses. "The next step past that is when you have shared space, and not only do you believe that this object is right there in front of me, but I look around and I see other people just like we see each other now, and I really, truly believe that you’re right in front of me. We can look at each others’ eyes. If you look down at something, I can look down at the same time. And it’s every bit as good as this. And if we can make virtual reality every bit as good as real reality in terms of communications and the sense of shared presence with others, you can now educate people in virtual classrooms, you can now educate people with virtual objects, and we can all be in a classroom together [virtually], we can all be present, we can have relationships and communication that are just as good as the real classroom," he says.

dcblogs writes With parts from an electric motor, a few household items, an open-source hardware board running Linux, and some coding, Thomas Ruecker, built a connected toilet that Tweets with each flush. The first reaction to the Twitter feed at @iotoilets may be a chuckle. But the idea behind this and what it illustrates is serious. It tracks water usage, offers a warning about the future of privacy in the Internet of Things, and may say something about the modern job hunt. Ruecker built his device on a recent long weekend after he was laid off as an open source evangelist at a technology firm undergoing "rightsizing," as he put it.

An anonymous reader writes: It's official: the smartwatch wars have begun. Apple's announcement of the Apple Watch added a contender to the race already shaping up between the Pebble watch, the Moto 360, and others. Personally, my doubts about wanting one were put to rest when I learned of the health-related features. Smartwatches will be able to track your movements and pulse rate, calculate how many calories you burn, and coach you continuously to improve your fitness.

If you have one or plan on buying one, what apps or functions do you see yourself getting the most use from? If you're still skeptical, what would it take? (If an app developer sees your requirements here on Slashdot, your wish might come true.)

An anonymous reader writes: A debate has been raging recently over whether or not to equip police with body cameras so that instances of violence in the line of duty can be monitored. It's an important discussion to have, but we should also look at other technologies that could help provide hard data on gun incidents. A new paper was recently published in PLOS ONE about the use of wristband accelerometers to detect when the wearer has fired a gun. Study author and criminology professor Charles Loeffler said, "A gunshot is pretty distinctive. You're typically at rest because you're trying to aim, and in a split second, your hand, wrist, and arm experience an impulsive transfer of energy." Loeffler suggests a suite of sensors including GPS and the wristband accelerometer could be given to convicts as a requirement for their parole. Not only would this help with police response in case of recidivism, but it could provide additional deterrent to further crimes. It could also be helpful to police departments, both for accountability and for integration between the police and the courts.

szczys writes: Intel is upping their bid for a place at the efficient-yet-powerful device table. They've launched their Edison board, which features an x86 based SoC running at 100 MHz. The footprint measures 35.5mm x 25.0mm and offers a 70-pin connector to break out 40 pins for add-on hardware. Also at the Intel Developer Forum today, the company demonstrated a PC running on Skylake, a new CPU microarchitecture based on the 14nm process used for Broadwell. Intel is pushing to break into both wearable devices and household devices, as it sees both as huge opportunities for growth.

Today at Apple's September press conference, they announced the new iPhone 6 models. There are two of them — the iPhone 6 is 4.7" at 1334x750, and the iPhone 6 Plus is 5.5" at 1920x1080. Both phones are thinner than earlier models: 5S: 7.6mm, 6: 6.9mm, 6 Plus: 7.1mm. The phones have a new-generation chip, the 64-bit A8. Apple says the new phones have a 25% faster CPU, 50% faster GPU, and they're 50% more energy efficient (though they were careful to say the phones have "equal or better" battery life to the 5S). Apple upgrade the phones' wireless capabilities, moving voice calls to LTE and also enabling voice calls over Wi-Fi. The phones ship on September 19th, preceded by the release of iOS 8 on September 17th.

Apple also announced its entry into the payments market with "Apple Pay." They're trying to replace traditional credit card payments with holding an iPhone up to a scanner instead. It uses NFC and the iPhone's TouchID fingerprint scanner. Users can take a picture of their credit cards, and Apple Pay will gather payment information, encrypt it, and store it. (Apple won't have any of the information about users' credit cards or their purchases, and users will be able to disable the payment option through Find My iPhone if they lose the device.) Apple Pay will work with Visa, Mastercard, and American Express cards to start. 220,000 stores that support contactless payment will accept Apple Pay, and many apps are building direct shopping support for it. It will launch in October as an update for iOS 8, and work only on the new phones.

Apple capped off the conference with the announcement of the long-anticipated "Apple Watch." Their approach to UI is different from most smartwatch makers: Apple has preserved the dial often found on the side of analog watches, using it as a button and an input wheel. This "digital crown" enables features like zoom without obscuring the small screen with fingers. The screen is touch-sensitive and pressure sensitive, so software can respond to a light tap differently than a hard tap. The watch runs on a new, custom-designed chip called the S1, it has sensors to detect your pulse, and it has a microphone to receive and respond to voice commands. It's powered by a connector that has no exposed contacts — it magnetically seals to watch and charges inductively. The Apple Watch requires an iPhone of the following models to work: 6, 6Plus, 5s, 5c, 5. It will be available in early 2015, and will cost $349 for a base model.

Jason Koebler (3528235) writes One of the most important goals of transhumanist medicine—possessing a perfectly healthy heart—has so far remained elusive. This week, we came a step closer when for the second time ever, a French company implanted a permanent artificial heart in a patient. More than just pumping blood, future artificial hearts will bring numerous other advantages with them. They will have computer chips and wi-fi capacity built into them. We'll control our hearts with our smart phones, tuning down its pumping capacity when we want to sleep, or tuning it up when we want to run marathons. The patient who received the first of these hearts, though he survived for 76 days, died after the heart "stopped after a short circuit, although the exact reasons behind the death were still unknown."

An anonymous reader writes: Reviews for the Moto 360 smartwatch have started to roll in. David Pierce at The Verge praises the design: the circular display is framed by an unadorned, stainless steel shell, and fastened to your wrist with a simple leather strap. At the same time, he criticized the battery life, saying the device averaged around 12 hours of use before it needed to be charged. Pierce adds, "The Moto 360's most impressive feature is that I stopped noticing it almost immediately. Whenever I wear the LG G Watch or the Samsung Gear Live, I'm constantly compelled to fidget with it; there's this unexplainable feeling of having something alien on my wrist that is there because I need to use it. The 360, on the other hand, just vanished into the spot left on my wrist by the Seiko watch that conveniently died this week." AnandTech takes a deeper dive into the device's hardware, noting that the TI OMAP 3 processor is built on a somewhat old 45nm process, which necessitates higher power consumption than newer, smaller processes. The Wall Street Journal says it's easy to get used to speaking into your watch for basic functions, but the software — and thus, the Moto 360 as a whole — still isn't quite ready for prime time. However, almost all the reviews agree that the smartwatch's time is coming.

MojoKid writes With a few companies introducing smartwatch products at IFA in Berlin, Intel's taking a slightly different approach. The chip-maker's wearable debut in Berlin is far different than those being issued by LG, Samsung, and Motorola, focusing on fashion instead of nuts-and-bolts. It's called MICA, which is short for "My Intelligent Communication Accessory," and Intel's calling it a "feminine accessory blending seamlessly into everyday life." While it handles text messages, push alerts, and other notifications like most other smartwatches, it's also snazzed up on the design front. Details are murky in terms of operating system, etc., but make no mistake: Intel's entry into the wearables arena is a piece like no other.

Lucas123 (935744) writes A new software platform released by one of the nation's largest insurance roadside services providers will allow insurers to track drivers through smartphone sensors and geolocation services in order to offer good driver incentives or emergency roadside assistance. The tracking software is similar to technology currently offered by State Farm's In-Drive and Progressive's Snapshot program, but the latter uses a hardware collection device that plugs into a vehicle's standard OBDII onboard diagnostics port. The new software platform from Agero travels with the driver in and out of the car, so that if a customer is in an accident emergency services are still contacted.

jfruh writes: With Nokia's Windows Phone handset line sold off to Microsoft, one of the company's remaining businesses is its Here digital mapping service. No longer feeling loyalty to Microsoft or its OS, Nokia has inked a deal with Samsung to supply Here services to both Tizen and Android devices, including the upcoming Samsung smartwatch.

rtoz writes Google has just announced a new processor for Project Ara. The mobile Rockchip SoC will function as an applications processor, without requiring a bridge chip. A prototype of the phone with the Rockchip CPU, will be available early next year. Via Google+ post, Project Ara team Head Paul Eremenko says "We view this Rockchip processor as a trailblazer for our vision of a modular architecture where the processor is a node on a network with a single, universal interface -- free from also serving as the network hub for all of the mobile device's peripherals." (Project Ara is Google's effort to create an extensible, modular cellphone; last month we mentioned a custom version of Linux being developed for the project, too.)

An anonymous reader writes "Gartner reckons that the number of connected devices will hit 26 billion by 2020, almost 30 times the number of devices connected to the IoT in 2009. This estimate doesn't even include connected PCs, tablets and smartphones. The IoT will represent the biggest change to our relationship with the Internet since its inception. Many IoT devices themselves suffer from security limitations as a result of their minimal computing capabilities. For instance, the majority don't support sufficiently robust mechanisms for authentication, leaving network admins with only weak alternatives or sometimes no alternatives at all. As a result, it can be difficult for organizations to provide secure network access for certain IoT devices."