Tekla Perry writes: Earthquake alert systems that give a 10 or 20 second warning of an impending temblor, enabling automatic systems to shut down and people to take cover, are hugely expensive to build and operate. (One estimate is $38.3 milllion for equipment to span California, and another $16.1 million annually to operate.) But a Palo Alto entrepreneur thinks he's got a way to sense earthquakes and provide alerts far more cheaply and with much greater resolution. And he's got money from the National Science Foundation to begin the first test of his system — covering the Bay Area from Santa Cruz to Napa and the cities of Hollister, Coalinga, and Parkfield. He starts that test next month.

An anonymous reader writes in with this BBC story about the niche market of 3D printed "selfie" models. By now we're familiar with tales of 3D-printed marvels, from guns to duck prosthetics. But when I traveled to a physics conference in March, I wasn't expecting to end up with a full colour printout of myself. However, at a small stall that popped up on Industry Day at the American Physical Society's March meeting — that is precisely the service that was being offered. I stepped on to a little rotating platform, tried to stand still for a few awkward minutes while a camera scanned me up and down, and then filled out a form. A few weeks later, a box has arrived in the post. Somewhere inside it, my two-inch twin is waiting for me to overcome my trepidation and show him the light of day. But I'm in no hurry; it all seems a bit... odd. The box sits on my desk for several days. Even though getting 'printed' puts me in the illustrious company of Barack Obama and Richard III, I'm unsure about my decision. What, I wonder, does someone do with a small selfie in statue form? Where does this business find its customers?

An anonymous reader writes: The Apple Watch's release date has arrived: retailers around the world have quietly begun putting them on their shelves, and customers are beginning to receive their shipments. Reviews have been out for a while, including thoughtful ones from John Gruber and Nilay Patel. Apple has published a full user guide for the software, and iFixit has put up a full teardown to take a look at the hardware. They give it a repairability score of 5 out of 10, saying that the screen and battery are easily replaced, but not much else is. Though Apple designated the watch "water-resistant" rather than "waterproof", early tests show it's able to withstand a shower and a swim in the pool without failing. Ars has an article about the difficulty of making games for the Apple Watch, and Wired has a piece detailing its creation.

MojoKid writes: Intel has officially announced the availability of their Compute Stick HDMI dongle, and has lifted the embargo on early tests with the device. The Compute Stick is essentially a fully-functional, low-power, Atom-based system with memory, storage, and an OS, crammed into a dongle about 10cm long. There will initially be two compute sticks made available: one running Windows (model STCK1A32WFC) and another running Ubuntu (model STCK1A8LFC). The Windows 8.1 version of the Compute Stick is packing an Intel Atom Z3735F processor, with a single-channel of 2GB of DDR3L-1333 RAM and 32GB of internal storage, though out of the box only 19.2GB is usable. The Ubuntu version of the Compute Stick has as a similar CPU, but is packing only 1GB of RAM and 8GB of internal storage. All sticks have USB and MicroSD expansion capability. It doesn't burn through any benchmarks, but for multi-media playback, basic computing tasks, web browsing, HD video, or remote access, the Compute Stick has enough muscle to get the job done, and it's cheap, too: $99 — $149.

HughPickens.com writes Natasha Singer reports at the NYT on a new generation of devices whose primary function is to prod people to change. This new category of nudging technology includes "hydration reminder" apps like Waterlogged that exhort people to increase their water consumption; the HAPIfork, a utensil that vibrates and turns on a light indicator when people eat too quickly; and Thync, "neurosignaling" headgear that delivers electrical pulses intended to energize or relax people. "There is this dumbing-down, which assumes people do not want the data, they just want the devices to help them," says Natasha Dow Schüll. "It is not really about self-knowledge anymore. It's the nurselike application of technology." While some self-zapping gizmos may resemble human cattle prods, other devices use more complex cues to encourage people to adopt new behavior. For example, the Muse, a brain-wave monitoring headband, is intended to help people understand their state of mind by playing different sounds depending on whether they are distracted or calm. "Based on what it registers, it plays loud, disruptive wind or waves lapping or, if you are supercalm and you maintain it for a while, you get calm, lovely noises of birds tweeting," says Schüll. "You do learn to calm your mind.

But do the new self-tracking and self-improvement technologies benefit people or just create more anxiety? An article published in The BMJ, a British medical journal, describes healthy people who use self-tracking apps as "young, asymptomatic, middle-class neurotics continuously monitoring their vital signs while they sleep." Dr. Des Spence argues that many health tracking apps encouraged healthy people to unnecessarily record their normal activities and vital signs — turning users into continuously self-monitoring "neurotics." Spence recommends people view these new technologies with skepticism. "The truth is that these apps and devices are untested and unscientific, and they will open the door of uncertainty," says Spence. "Make no mistake: Diagnostic uncertainty ignites extreme anxiety in people."

First time accepted submitter krouic writes Earlier this week Recon Instruments started shipping their long-awaited Recon Jet heads up display for sports, to real-life actual consumers.
Jet's core features are designed for the cyclist and runner, and allow automatic upload of stats to activity tracking services. They feature an on-board GPS generating real-time performance metrics, an on-board high definition camera for short videos and photos, Bluetooth, Wi-Fi and ANT+ for connectivity to 3rd party sensors for heart rate, cadence and power data and smartphone connectivity for caller ID, text messages and music player access and control. Initial review by DCRainmaker.

An anonymous reader writes During this week's episode of John Gruber's podcast, The Talk Show, Gruber sat down with Joanna Stern of the Wall Street Journal to talk all things Apple Watch. About two hours and 9 minutes into the podcast, both Gruber and Stern began lamenting the poor performance they saw with third-party Apple Watch apps. 'It makes me question whether there should be third party apps for it at all yet,' Gruber noted. The pair also took umbrage with what they perceived to be a poor design choice for the Apple Watch app screen, with both noting that the app icons were far too small to be practical.

Unknown Lamer writes: Microsoft and Cyanogen Inc have announced a partnership to bring Microsoft applications to Cyanogen OS. "Under the partnership, Cyanogen will integrate and distribute Microsoft's consumer apps and services across core categories, including productivity, messaging, utilities, and cloud-based services. As part of this collaboration, Microsoft will create native integrations on Cyanogen OS, enabling a powerful new class of experiences." Ars Technica comments, "If Cyanogen really wants to ship a Googleless Android, it will need to provide alternatives to Google's services, and this Microsoft deal is a small start. Microsoft can provide alternatives for Search (Bing), Google Drive (OneDrive and Office), and Gmail (Outlook). The real missing pieces are alternatives to Google Play, Google Maps, and Google Play Services."

Rather than distribute more proprietary services, how about ownCloud for Drive, K-9 Mail for Gmail, OsmAnd for Maps, and F-Droid for an app store? Mozilla and DuckDuckGo provide Free Software search providers for Android, too. With Google neglecting the Android Open Source Project and Cyanogen partnering with Microsoft, the future for Free Software Android as anything but a shell for proprietary software looks bleak.

Jason Koebler writes: Researchers at Columbia University have designed a fully electric digital camera that powers itself using ambient light. Put in a well-lit room, it would work indefinitely. The camera's image sensor does double duty. It measures the light needed to make the photograph, and it also takes excess light and uses it to power a capacitor (it has no battery) that runs the camera (PDF). The research team says the technology can be used to create self-powered cameras that can live on the internet of things.

An anonymous reader writes: Japanese electronics giant Sharp has announced production of 5.5" displays with 4K (3840 x 2160) resolution. They'll hit the market next year. The display will have a pixel density of 806 PPI. It's not known yet which smartphone makers will build devices with these screens. The displays cost significantly more than a more typical 1080p or 1440p display, so they'll probably only make it into high-end phones. On the other hand, this will help to drive down prices for lower-resolution displays, so it could indirectly benefit everybody.

Mark Wilson writes When people talk about the Internet of Things, there are often semi-joking references to fridges that know when you've run out of milk and ovens that know how to cook whatever you put in them. Forget the jokes; this is now a reality. We've already seen a generation of smart appliances, and Microsoft wants to be part of what happens next. At Hannover Messe today, Miele — of oven, vacuum cleaner and washing machine fame — announces it is working on a new breed of appliances based on Microsoft Azure Internet of Things (IoT) services What does this mean? Ultimately it means you'll be able to find a recipe online, have the ingredient list and preparation instructions sent to your mobile device, and your smart oven will be automatically configured with the correct settings.

New submitter Analog24 writes: The QWERTY keyboard was not designed with modern touchscreen usage in mind, especially when it comes to swype texting. A recent study attempted to optimize the standard keyboard layout to minimize the number of swype errors. The result was a new layout that reduces the rate of swipe interpretation mistakes by 50.1% compared to the QWERTY keyboard.

An anonymous reader writes: AnandTech noticed some odd performance disparities with Intel's Core M CPU, a chip designed to bring high-powered processing to thin, fan-less devices. After investigating, they found that how OEMs build their laptops and tablets has a far greater effect on Core M performance than it does for other chips. "When an OEM designs a device for Core M, or any SoC for that matter, they have to consider construction and industrial design as well as overriding performance. ... This, broadly speaking, gives the OEM control over several components that are out of the hands of the processor designers. Screen size, thickness, industrial design, and skin temperature all have their limits, and adjusting those knobs opens the door to slower or faster Core M units, depending on what the company decides to target.

In the Core M units that we have tested at AnandTech so far this year, we have seen a variety of implementations with and without fans and in a variety of form factors. But the critical point of all of this comes down to how the OEM defines the SoC/skin temperature limitations of the device, and this ends up being why the low-end Core M-5Y10 can beat the high-end Core M-5Y71, and is a poignant part of our tests. Simply put, if the system with 5Y10 has a higher SoC/skin temperature, it can stay in its turbo mode for longer and can end up outperforming a 5Y71, leading to some of the unusual results we've seen so far."

An anonymous reader writes Virtual Desktop is a free program that makes the Windows operating system compatible with the Oculus Rift VR headset. To the surprise of some, plugging the Oculus Rift into a computer doesn't result in a native view of the OS, meaning that users have to put on and take off the headset as they move from one VR-specific app to the next. If you want to use typical Windows programs—like Photoshop, Firefox, or Microsoft Office—no dice! That's where Virtual Desktop comes in, enabling the entire Windows desktop, and any application that can run on it, to be seen through the Oculus Rift. It also works as a bridge between VR-specific applications, allowing you to move from one to the next without ever taking off the headset. The latest version released today includes voice commands for launching VR games, global monitor mirroring, performance improvements, and is built against the latest Oculus Rift SDK.

Sparrowvsrevolution writes: It turns out all those critics of the controversial Tor router project Anonabox might have been on to something. Late last month, Anonabox began contacting the first round of customers who bought its tiny, $100 privacy gadget to warn them of serious security flaws in the device, and to offer to ship them a more secure replacement free of charge. While the miniature routers do direct all of a user's Internet traffic over Tor as promised, the company says that its first batch lacked basic password protection, with no way to keep out unwanted users in Wi-Fi range. And worse yet, the faulty Anonaboxes use the hardcoded root password 'admin,' which allows any of those Wi-Fi intruders to completely hijack the device, snooping on or recording all of a user's traffic.

Anonabox's parent company, Sochutel, says that only 350 of the devices lacked that password protection, and that it's fixed the gaping security oversights in newer version of the router.

The initial security criticisms of Anonabox helped to convince Kickstarter to freeze the proejct's $600,000 crowdfunding campaign in October. But Anonabox relaunched on Indiegogo and was later acquired by the tech firm Sochutel. Sochutel claims that the security flaws in the routers developed prior to its acquisition of Anonabox were out of its control, and that it's now hiring outside auditors to check its products' security.

chicksdaddy writes Connected home products are the new rage. But how do you connect your Nest thermostat, your DropCam surveillance device and your Chamberlin MyQ 'smart' garage door opener? An IoT hub, of course. But not so fast: a report from the firm Veracode may make you think twice about deploying one of these IoT gateways in your home. As The Security Ledger reports, Veracode researchers found significant security vulnerabilities in each of six IoT gateways they tested, suggesting that manufacturers are giving short shrift to security considerations during design and testing. The flaws discovered ranged from weak authentication schemes (pretty common) to improper validation of TLS and SSL certificates, to gateways that shipped with exposed debugging interfaces that would allow an attacker on the same wireless network as the device to upload and run malicious code. Many of the worst lapses seem to be evidence of insecure design and lax testing of devices before they were released to the public, Brandon Creighton, Veracode's research architect, told The Security Ledger. This isn't the first report to raise alarms about IoT hubs. In October, the firm Xipiter published a blog post describing research into a similar hub by the firm VeraLite. Xipiter discovered that, among other things, the VeraLite device shipped with embedded SSH private keys stored in immutable areas of the firmware used on all devices.

There are expensive dedicated devices that do 3D scanning (like the high-end tablet in Google's Project Tango), and versatile but bulky add-ons, like the Sense from 3D Systems, but it's not a capability built into the typical cellphone or tablet. That could change, thanks to a microsensor being prototyped now (at low resolution) at CalTech. From The Verge's coverage: The tiny chip, called a nanophotonic coherent imager, uses a form of LIDAR (Light Detection And Ranging) technology to capture height, width, and depth information from each pixel. LIDAR, which shines a laser on the target and then analyzes the light waves that are reflected back to the sensor, are best known for their use in precision-guided missile systems and self-driving cars.

While LIDAR itself isn't new, [project lead Ali] Hajimiri explains that "by having an array of tiny LIDARs on our coherent imager, we can simultaneously image different parts of an object or a scene without the need for any mechanical movements within the imager." Each "pixel" on the new sensor can individually analyze the phase, frequency, and intensity of the reflected waves, producing a single piece of 3D data. The data from all of the pixels combined can produce a full 3D scan. In addition, the researchers' implementation allows for an incredibly tiny and low-cost scanner, all while maintaining accuracy. According to the researchers, the chip can produce scans that are within microns of the original.

MojoKid writes Wondering if Apple Watch is going to be worth the money? Well, that depends on several factors, including price, features, and how eager you are to jump into the smartwatch category at this point. To help tackle the latter two, Apple has posted a handful of videos that demonstrate what an Apple Watch can do. They play out like tutorial videos and are labeled "Guided Tour," followed by what specifically the video is showcasing. Currently, there are four Guided Tour videos available, one of which is a general introduction to Apple Watch labeled "Guided Tour: Welcome." It's the longest video of the bunch at 4 minutes and 45 seconds.

jfruh writes: One of the selling points of iOS is that its more restrictive nature makes it more secure. But even though it's easier for users to accidentally install malicious apps on Android, data collected by Google (PDF) indicates that less than one percent of Android users have actually done so. Quoting: "During October 2014, the lowest level of device hygiene was 99.5% and the highest level was 99.65%, so less than 0.5% of devices had a Potentially Harmful Application (PHA) installed (excluding non-malicious Rooting apps). During that same time period, approximately 0.25% of devices had a non-malicious Rooting application installed. ... Worldwide, excluding non-malicious Rooting applications, PHAs are installed on less than 0.1% of devices that install applications only from Google Play. Non-rooting PHAs are installed on approximately 0.7% of devices that are configured to permit installation from outside of Google Play. Additionally, the second graph shows devices with any PHA (including Rooting applications). Rooting applications are installed on about 0.5% of devices that allow sideloading of applications from outside of Google Play."

An anonymous reader writes: Today Google unveiled a new device: the Chromebit. It's a small compute stick that contains the Rockchip 3288 processor, 2GB RAM, and 16GB of storage — much like a low-end Chromebook. It connects to a TV or monitor through an HDMI port. (It also has a USB port for power and plugging in peripherals.) Google says the Chromebit is their solution for turning any display into a computer, and it will cost under $100. Google also announced a couple of new Chromebooks as well. Haier and Hisense models will cost $150, and an ASUS model with a rotating display will cost $250.