An anonymous reader shares a report: Global digital security firm Gemalto on Tuesday announced it will make available its on-demand connectivity and eSIM technology for Microsoft’s Windows 10 devices. The eSIM is designed to be remotely provisioned by mobile network operators with subscription information and is globally interoperable across all carriers, device makers and technology providers implementing the specification. Gemalto’s On-Demand Connectivity solution gives service providers the capability to deliver a seamless customer experience for connecting consumer and industrial devices. “eSIM technology remains an important investment for Microsoft as we look to create even more mobile computing opportunities, ” said Roanne Sones, General Manager (Strategy and Ecosystem), Microsoft. Read more of this story at Slashdot.
It’s that time of year, folks. Rumors of what the next iPhone will be like are coming in hot and heavy. Last week, well-connected Apple analyst Ming-Chi Kuo noted that the new handsets would nix the home button for a touch-friendly “function area.” Now there’s another bit of info. In a KGI Securities report detailed by 9to5Mac , the analyst explains that the upcoming OLED iPhone will feature a “revolutionary” front camera that’s capable of sensing 3D space via infrared. More specifically, the report explains that the newfangled camera can combine depth information with 2D images for things like facial recognition, iris recognition and, perhaps most importantly, 3D selfies. Given the previous report about the home button being put out to pasture, there will need to be a replacement for Touch ID. Rumors indicate that either facial recognition or a fingerprint reader embedded in the display would assist with unlocking the device. This new report would point more to the former method. The report also explains a bit about how the 3D front-facing camera would be used in gaming scenarios. The camera could be used to replace an in-game character’s head or face with that of the user and those 3D selfies could be destined for augmented reality. It’s no surprise to get word of potential depth-sensing camera tech from Apple. The company nabbed PrimeSense in 2013, an outfit that co-developed the original Kinect for Xbox. This latest KGI report says PrimeSense algorithms will allow the hardware to depth and location of objects in its field of view. An earlier report from Fast Company explained that Apple was working with Lumentum to use its 3D-sensing tech on the next iPhone. While the 3D camera will only be on the front side for now, Kuo says Apple will eventually employ the tech on around back as well. The report also explains that the company is way ahead of Android as far as 3D algorithms go, so a depth-sensing camera would be a unique feature for a couple of years. Of course, if the early rumors are true, you can expect to pay $1, 000 for the 10th anniversary iPhone when it arrives. Source: 9to5Mac
Gaming laptops used to be an outlier in the world of portable computing. When the rest of the market was focused on extending battery life, gaming laptops doubled down on raw power and thick frames designed for better airflow. Trying to find a small gaming machine that didn’t sacrifice power for portability was a fool’s errand. Today, things are different. Gaming laptops can be thin , have enough battery life to survive a plane flight, and double as a productivity and entertainment machine with few compromises. The best recent example of this to cross my desk is the Alienware 13, a small, powerful gaming laptop that does almost everything right. The New Alienware 13 isn’t just a strong example of a compact gaming notebook. It’s also the brand’s first outing with an Intel 7th-generation “Kaby Lake” Core CPU, which promises to push 4K content to the laptop’s screen without decimating battery life . Combined with the strides NVIDIA made with its mobile GPU platform last year, that alone makes 2017 a good year for PC gamers to consider upgrading their mobile battle station — but there’s more to love about the Alienware 13 than just its new internals. Hardware Somewhere between the garish, brightly colored accents of ASUS’ ROG Strix laptop and the thin aluminum shell of the Razer Blade Pro , you’ll find Alienware’s latest notebook — a machine with enough flair to identify itself as a serious gaming rig, yet still subtle enough to keep it from being an eyesore. Its simple matte black finish lets it blend in as a normal work laptop, but its anodized aluminum lid, subtly angled front lip and Dell’s AlienFX lighting lend it just the right amount of attitude. At a glance, the machine looks like a minor tweak of Alienware’s previous gaming laptops , albeit with less LED lighting, but there is one major change: the screen. Dell has moved the Alienware 13’s display about an inch closer to the user. This is actually a practical design aesthetic: It leaves a 1.3-inch lip behind the screen for heat exhaust, making the laptop’s bottom a little cooler when playing games. That lip is also home to most of the machine’s connections, including an Ethernet jack, mini DisplayPort, HDMI socket and a USB Type-C Thunderbolt port. This is also where you’ll plug in the laptop’s AC adapter and the Alienware Graphics Amplifier , if you happen to own one. Users who just want to plug in a mouse can find a full-size USB 3.0 port on either side of the machine, as well as two audio jacks on the left and an extra USB Type-C connection on the right. The smooth, soft plastic coating that drapes the laptop’s chassis is a bit of an Alienware standard, and I’m still a fan. The rubber-like surface dulls the corners of the machine’s body, and feels almost silky to the touch. Best of all, it doesn’t collect unsightly fingerprints like laptops built from harder materials. Keyboard and trackpad That same rubberized coating extends to the keyboard, which lends the Alienware 13’s keys a soft, almost luxurious feel. The buttons themselves are a joy to type on, falling 2.2mm and landing on a firm, but springy steel baseboard. Like any keyboard bearing the Alienware TacX branding, it promises millions of keystrokes in durability and full anti-ghosting capabilities, but to me, it’s the style that really makes it stand out. Unlike most modern laptops, the Alienware 13’s keyboard features full sized keycaps that meet edge-to-edge, with no space between the keys. It’s a design you might have seen on a machine made a decade ago, before island-style keyboards became the norm. For me, it’s a nostalgic comfort — a style I’ve always found easier to type and game on that has nonetheless fallen by the wayside. The Alienware 13’s touchpad gets almost everything right as well. It’s a spacious mousing surface that can navigate multitouch gestures without messing up, a feat that’s unfortunately still impressive on many Windows machines. The buttons are great too; they fall with a firm, but quiet click that feels just right. At worst, its AlienFX lighting feature activates at inconvenient times, causing the entire touchpad to glow if my palm ever brushes it while I’m typing. This contact never moved the cursor, but it the repeated, unexpected lighting can be distracting. I turned it off and moved on. Display and sound Most gaming machines I review manage a passing audio grade by doing the bare minimum: offering loud, clear sound without distortion or cracking. The Alienware 13 is one of the rare few that actually impressed me. During my gaming sessions, I kept hearing odd sounds coming from my front door. I’d check the porch, and there would be nothing there. Back at my desk, the sound would pipe up again. After a few fruitless trips to the front of the house, I figured out what was happening: The laptop was somehow “throwing” sound across the room like a ventriloquist. The Alienware 13 has built-in surround sound that actually kind of works. This was a surprise. Most attempts to simulate spatial sound in a laptop fall flat, but Alienware’s Virtual Surround had me instinctively glancing left and right to see where a sound might have come from. It’s a clear differentiation from simple left-and-right sound separation too, with the ability to project sound to areas very close to the laptop’s chassis, or all the way across the room. Like most fake surround systems, it fails to simulate having speakers behind the viewer, but it’s still a cut above the average laptop audio setup. My review unit came outfitted with a 13.3-inch 2, 560 x 1, 440 OLED touch display , and it’s simply gorgeous. It offers everything you’d expect from a great screen: vivid colors, wide viewing angles and excellent contrast. It’s a strong example of the kind of difference display technology can make; OLED panels simply produce deeper blacks than their IPS counterparts. Still, there are some drawbacks. The screen’s blacks are so dark that it’s almost hard to tell where the display ends and the its dark, wide bevel begins, which can make the screen look a little smaller than it really is. I also had to dial Battlefield 1 ‘s brightness calibration dial to 93 percent to make the test logo visible. Deep blacks indeed. Performance PCMark 7 PCMark 8 (Creative Accelerated) 3DMark 11 3DMark (Sky Diver) ATTO (top reads/writes) Alienware 13 (2.8GHz Intel Core i7-7700HQ, NVIDIA GTX 1060) 4, 692 4, 583 E16, 703 / P12, 776 24, 460 1.78 GB/s / 1.04 GB/s Razer Blade Pro 2016 (2.6GHz Intel Core i7-6700HQ, NVIDIA GTX 1080) 6, 884 6, 995 E18, 231 / P16, 346 27, 034 2.75 GB/s / 1.1 GB/s ASUS ROG Strix GL502VS (2.6GHz Intel Core i7-6700HQ , NVIDIA GTX 1070) 5, 132 6, 757 E15, 335 / P13, 985 25, 976 2.14 GB/s / 1.2 GB/s HP Spectre x360 (2016, 2.7GHz Core i7-7500U, Intel HD 620) 5, 515 4, 354 E2, 656 / P1, 720 / X444 3, 743 1.76 GB/s / 579 MB/s Lenovo Yoga 910 (2.7GHz Core i7-7500U, 8GB, Intel HD 620) 5, 822 4, 108 E2, 927 / P1, 651 / X438 3, 869 1.59 GB/s / 313 MB/s Razer Blade (Fall 2016) (2.7GHz Intel Core-i7-7500U, Intel HD 620) 5, 462 3, 889 E3, 022 / P1, 768 4, 008 1.05 GB/s / 281 MB/s Razer Blade (Fall 2016) + Razer Core (2.7GHz Intel Core-i7-7500U, NVIDIA GTX 1080) 5, 415 4, 335 E11, 513 / P11, 490 16, 763 1.05 GB/s / 281 MB/s ASUS ZenBook 3 (2.7GHz Intel Core-i7-7500U, Intel HD 620) 5, 448 3, 911 E2, 791 / P1, 560 3, 013 1.67 GB/s / 1.44 GB/s HP Spectre 13 (2.5GHz Intel Core i7-6500U, Intel HD 520) 5, 046 3, 747 E2, 790 / P1, 630 / X375 3, 810 1.61 GB/s / 307 MB/s Razer Blade Stealth (2.5GHz Intel Core i7-6500U, Intel HD 520) 5, 131 3, 445 E2, 788 / P1, 599 / X426 3, 442 1.5 GB/s / 307 MB/s Since Alienware is one of the most recognizable brand in PC gaming, I expect its laptops to keep pace with everything in my game library with minimal fuss. I was not disappointed here. With a 2.8GHz Intel Core i7-7700HQ CPU, NVIDIA GeForce GTX 1060 graphics and 16GB of RAM, my review unit played almost every game I tried on high or ultra settings at the screen’s native 2, 560 x 1, 440 resolution. Overwatch and Dishonored 2 easily broke 60 frames per second with maximum resolution and visual settings, while games like Battlefield 1, Just Cause 3 and Shadow Warrior 2 could be coaxed past the 60-fps barrier by either scaling settings down to high or dialing resolution back to the standard 1080p. The usual suspects gave the machine a bit of pause, however. The Witcher 3 had to be restricted to medium settings to hit higher frame rates at the PC’s native resolution, and Resident Evil 7 suffered from noticeable slowdown until I dialed it back to medium texture quality at 1080p. That’s about right for a smaller form gaming laptop, but it’s also just skirting the edge of playing newer games at maximum fidelity. Keep you games tuned just one step below their highest settings (or crank it to 11, but settle for 1080p), and you’ll be fine. Virtual reality may not have hit the mainstream just yet, but if you do decide to pick up an Oculus Rift or HTC Vive headset, the Alienware 13 will serve you just fine. With a score of 5, 985 in VRMark’s Orange Room benchmark (and 1, 091 in its more intensive Blue Room test), Alienware’s smallest notebook is definitely VR ready — so long as you leave most games at their default settings. Like the Razer Blade Pro and ASUS ROG Strix, it ran everything in my VR library just fine until I cranked up resolution multipliers in titles like Raw Data . Battery life Alienware 13 7:32 Surface Book with Performance Base (2016) 16:15 Apple MacBook Pro 2016 (13-inch, no Touch Bar) 11:42 HP Spectre x360 (13-inch, 2015) 11:34 Apple MacBook Pro with Retina display (13-inch, 2015) 11:23 Apple MacBook Pro 2016 (15-inch) 11:00 HP Spectre x360 15t 10:17 Apple MacBook Pro 2016 (13-inch, Touch Bar) 9:55 ASUS ZenBook 3 9:45 Apple MacBook (2016) 8:45 Samsung Notebook 9 8:16 Microsoft Surface Pro 4 7:15 HP Spectre 13 7:07 Razer Blade Stealth (Spring 2016) 5:48 Razer Blade Stealth (Fall 2016) 5:36 Dell XPS 15 (2016) 5:25 (7:40 with the mobile charger) Razer Blade Pro (2016) 3:48 ASUS ROG Strix GL502VS 3:03 I’ve never used a gaming laptop that wasn’t powerful enough to handle my Engadget workload. The problem has always been battery life — what good is a machine that can handle half a dozen tabbed browser windows, work chat and Adobe Photoshop and Premiere if it dies after only a few hours? Most gaming machines struggle to break four hours in Engadget’s standard battery test. The Alienware 13, on the other hand, lasted over seven and a half. True, our video-based rundown test is well suited to play nice with the processor’s Kaby Lake’s video features, but that longevity panned out in casual use too. During my normal workday, the Alienware 13 regularly lasted five to six hours on a charge. That’s still leagues behind even an average productivity notebook, but for a gaming machine? It’s not bad. Software The days of buying a new PC with bloatware are pretty much behind us, but that doesn’t mean there still isn’t room for improvement. While the Alienware 13 doesn’t tack on any extra software besides its own AlienFX configuration tool, an audio manager for handling the laptop’s Virtual Surround mode and a bandwidth management application, it does pester the user with annoying pop ups — and too often. Just minutes after I had opened the laptop for the first time, the Alienware software suite asked me to rate my experience with the machine. Gee, I don’t know what my experience is yet. I only just opened the box. It’s not uncommon for software to beg users to register, rate or update it, but Alienware’s suite played this card too often, and too soon. It’s far from a dealbreaker, and the pop-ups dropped off after a day or two. Even so, repeated, nagging interruptions took a lot of joy away from my first moments with the machine. Nobody likes a needy notebook. Configuration options and the competition My $1, 831 review unit is just shy of the most powerful configuration Dell offers for the Alienware 13, with its aforementioned 2.8GHz Intel Core i7-7700HQ CPU, 6GB NVIDIA GeForce GTX 1060 GPU, 16GB of RAM and a 512 GB PCIe SSD. Tacking on an extra $150 will double the RAM to 32GB, and users can upgrade to one or two 1TB SSD drives for $400 and $1, 150, respectively. Adding the slightly longer-range version of the laptop’s wireless chip (Kill 1535) will add an additional $25 to the total, with the most expensive Alienware 13 configuration ringing in at $3, 156. Storage space is expensive, isn’t it? Dell’s customization tool lets users create endless price points, but Alienware’s default configurations offer plenty of variety for folks looking for a cheaper gaming rig. A machine with half as much storage and RAM as our review unit can be had for $1, 650, for instance — and downgrading its OLED display to a 1080p IPS screen will knock off an additional $250. Buyers willing to settle for a 180GB SSD and a less powerful Geforce GTX 1050Ti GPU (with just 2GB GDDR5) can score the machine for $1, 150. Lastly, a bottom-dollar build is available for $1, 000, but that means knocking the GPU down another notch to a regular GTX 1050 and settling for a dimmer 1, 366 x 768 display. If you’re thinking of going with another brand (and don’t mind missing out on that OLED screen), it’s a good time to be shopping around; Alienware isn’t the only company to upgrade its gaming rigs with Kaby Lake processors. Gigabyte’s Aero 14 can be had with the same specs as our Alienware 13 review unit for $1, 750 with a larger 14-inch 2, 560 x 1440 IPS display and a slightly thinner profile. You can get the same internals in an even slimmer profile in the Razer Blade’s $2, 400 aluminum chassis — with a higher resolution 4K screen, to boot. That said, if you want variety, you’ll have to settle for a slightly larger chassis. Most gaming laptops are more in-line with machines like the ASUS Strix : 15 inches wide at minimum and at least half an inch thick. Wrap-up When friends come to me asking for a laptop recommendation, I usually try to lead them through a process of figuring out what features they need, what size they want and figuring out what fits in their budget before offering them a shortlist of different options from different manufacturers. When they don’t feel like doing the work, however, I usually shrug and tell them to look at Alienware. There’s a reason for that. Dell’s gaming brand has a history of making well built gaming machines with great design and excellent performance that are a joy to use. The Alienware 13 is no exception. If you’re overwhelmed by the dizzying array of choices available to you as a PC gamer, but still want to be sure you’re getting a high-quality machine, Alienware’s latest won’t let you down.
The Conus regius’ venom is bad news for its prey, and it’s been proven harmful to humans as well. For instance, a 2009 clinical case describes a diver who had trouble moving his arm for 12 hours after an attack. However, scientists from the University of Utah see hope in the ocean dweller’s powerful venom. In fact, research suggests it could be used to develop a new treatment for chronic pain. This could mean a viable alternative to opioids , which are widely abused in the US. New York officials reported the number of deaths related to Oxycodone, Hydrocodone, and other narcotic medications in the state was 1, 227 in 2013 , nearly four times the amount in 2004. These drugs are addictive because they overstimulate the brain’s reward system with dopamine, which leads to chemical dependence. However, a compound isolated from the venom, Rg1A, works differently, according to The University of Utah . The newly discovered compound blocks a type of pain pathway receptor known as nicotinic acetylcholine receptors (nAChR). This is a non-opioid pathway, meaning that pain relief can be achieved without habit-forming amounts of narcotics. In tests, rodents were treated with chemotherapy drugs, which made them very sensitive to cold and touch. Some of the rats were injected with the compound, and unlike their unmedicated peers, didn’t feel pain. The effects proved to be long-lasting, too. The compound passed through the rats’ bodies in about four hours, but the researchers found that it continued to dull pain a full three days after the injection. This has J. Michael McIntosh, M.D., a professor of psychiatry at the University of Utah Health Sciences, optimistic about Rg1A’s potential not to just treat pain, but to prevent it. “Once chronic pain has developed, it is difficult to treat, ” he said . “This compound offers a potential new pathway to prevent pain from developing in the first place and offer a new therapy to patients who have run out of options.” Current pain-relief drugs work primarily on opioid-based pathways and aren’t effective enough to truly alleviate chronic pain, the university notes. These developments make it possible to treat chronic pain by targeting it through different means. Assuming human testing goes well, we could see the use of narcotics drop and the rise of pain-free patients rise. Source: The University of Utah
There are plenty of gadgets out there for making music on your mobile device , but they’re relatively sedentary affairs. BeatMoovz turns things arounds with a music tool that gets you up and dancing: instead of moving with the music, you dance and create a soundtrack using your steps, spins and sashays. Developed by Daigo Kusunoki, a competitive dancer with a background in mechanical engineering, BeatMoovz is a pair of Bluetooth bands you wear on your wrist or ankles. You pair them up with the iOS or Android app, and then you’re ready to start making music. It’s attuned to how fast you go and how you move — a gentle rocking may produce a slow groove versus a faster beat you get from breakdancing. Multiple sets of bands can be hooked up to one app: the demo at Toy Fair involved Kusunoki and another dancer both wearing two sets of bands, with them bouncing, waving and kicking to produce a variety of techno and hip hop jams. Different sounds can be assigned to each bracelet for a fuller piece of music. It’s easy to imagine a street dancer using this to put on performances, as well as kids competing to create the most interesting compositions. The app isn’t limited to a small set of instruments — there are 400 different options from a whole variety of music genres, from rock to pop to jazz. There are even sounds inspired by science fiction, video games and action films. The BeatMoovz will recognize your movements and apply the appropriate audio effects — you can do the robot with all the appropriate mechanical shifting and clinking or, if you’re not into dancing, it’s also great for some physical humor as you pretend to shoot fireballs at your friends. Each set of bands will cost $70 when they’re released in August. They’ll come in blue, black, red, green, yellow or orange, so you’ll have no problem matching them to your favorite dance attire.
“Scientists have extracted long-dormant microbes from inside the famous giant crystals of the Naica mountain caves in Mexico — and revived them, ” reports the BBC. An anonymous reader writes: “The organisms were likely to have been encased in the striking shafts of gypsum at least 10, 000 years ago, and possibly up to 50, 000 years ago, ” according to the BBC, which calls the strange lifeforms “another demonstration of the ability of life to adapt and cope in the most hostile of environments.” With no light, extremophile species must “chemosynthesise, ” deriving all their energy by extracting minerals from rocks. These ancient microbes “are not very closely related to anything in the known genetic databases, ” according to the new director of NASA’s Astrobiology Institute, who helped conduct the research, and believes that the microbes could help suggest what life might look like on other planets. The BBC adds that many other scientists “suspect that if life does exist elsewhere in the Solar System, it is most likely to be underground, chemosynthesising like the microbes of Naica.” Read more of this story at Slashdot.
Imagine a pill that knew if you were ill enough to need drugs, and wouldn’t release chemicals if it thought you didn’t need it. That’s the breakthrough that’s been made at Eindhoven University in the Netherlands by a team of researchers ld by Maarten Merkx. The team has harnessed the power of DNA itself to form an organic computer that performs crude calculations on the state of your health. When you get ill, or suffer from a chronic condition, doctors normally prescribe drugs to help you get better, but this is based on a set of generic guidelines. The idea is that a smart pill will be able to offer specific doses, tailored to your needs, reducing the risk of side effects and waste. The computation comes in the form of the DNA, which looks for molecules that it can react with as a form of data-gathering. Put simply, the pill will journey inside your body and sniff the local environment to decide if you need more medicine. Of course, like so many things at the bleeding edge of technology, it’s still early days for this form of treatment, but the potential is exciting. Source: TUE , Nature
Enlarge (credit: Defense Advanced Research Projects Agency ) Researchers have uncovered an advanced malware-based operation that siphoned more than 600 gigabytes from about 70 targets in a broad range of industries, including critical infrastructure, news media, and scientific research. The operation uses malware to capture audio recordings of conversations, screen shots, documents, and passwords, according to a blog post published last week by security firm CyberX. Targets are initially infected using malicious Microsoft Word documents sent in phishing e-mails. Once compromised, infected machines upload the pilfered audio and data to Dropbox, where it’s retrieved by the attackers. The researchers have dubbed the campaign Operation BugDrop because of its use of PC microphones to bug targets and send the audio and other data to Dropbox. “Operation BugDrop is a well-organized operation that employs sophisticated malware and appears to be backed by an organization with substantial resources,” the CyberX researchers wrote. “In particular, the operation requires a massive back-end infrastructure to store, decrypt, and analyze several GB per day of unstructured data that is being captured from its targets. A large team of human analysts is also required to manually sort through captured data and process it manually and/or with Big Data-like analytics.” Read 7 remaining paragraphs | Comments
Just because you want to color your hair doesn’t mean you want the same color all the time. Wouldn’t it be nice if it could change with the weather, or whether or not you’re inside? You might get your wish. The Unseen has developed a color-changing hair dye, Fire, that reacts to shifts in temperature — it could be red outside and revert to a more natural color indoors. The carbon-based molecules in the dye alter their light absorption when they’re subjected to temperature changes, producing different colors that you can reverse just by heading somewhere new. Creator Lauren Bowker tells Wired that the dye is safe. It uses “less toxic” materials, such as irritants that are wrapped in polymers to minimize the damage to your hair and scalp. In theory, it shouldn’t be any more harmful than the dye you buy at the store. Fire still needs to be refined and fully assessed for safety before you can buy it. However, this isn’t one of those far-off projects that will take many years to reach shelves — there’s already production-oriented testing underway. If everything goes smoothly, you could soon have a hair color evolves from moment to moment, not just whenever you feel up to a dyeing session. Via: Wired Source: The Unseen
The Los Alamos National Lab wrote in 2012 that “For over 20 years the military, the commercial aerospace industry, and the computer industry have known that high-energy neutrons streaming through our atmosphere can cause computer errors.” Now an anonymous reader quotes Computerworld: When your computer crashes or phone freezes, don’t be so quick to blame the manufacturer. Cosmic rays — or rather the electrically charged particles they generate — may be your real foe. While harmless to living organisms, a small number of these particles have enough energy to interfere with the operation of the microelectronic circuitry in our personal devices… particles alter an individual bit of data stored in a chip’s memory. Consequences can be as trivial as altering a single pixel in a photograph or as serious as bringing down a passenger jet. A “single-event upset” was also blamed for an electronic voting error in Schaerbeekm, Belgium, back in 2003. A bit flip in the electronic voting machine added 4, 096 extra votes to one candidate. The issue was noticed only because the machine gave the candidate more votes than were possible. “This is a really big problem, but it is mostly invisible to the public, ” said Bharat Bhuva. Bhuva is a member of Vanderbilt University’s Radiation Effects Research Group, established in 1987 to study the effects of radiation on electronic systems. Cisco has been researching cosmic radiation since 2001, and in September briefly cited cosmic rays as a possible explanation for partial data losses that customer’s were experiencing with their ASR 9000 routers. Read more of this story at Slashdot.