The Technology Thread - Part 1

The New Moto G May Still Be the Best Phone for Your Money

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Motorola just released a hardware Kraken the likes of which we’ve never seen. The new Moto X Style! The battery-conscious Moto X Play! And then there’s the Moto G. Only a few years ago, no one would care about the lesser budget sibling alongside these two powerhouses—but the Moto G is Motorola’s real smartphone champion.

Last year’s Moto G is still incredible. It’s been one of our budget-conscious top picks for many months now, and as smartphones like the Nexus 5 disappear and the OnePlus 2 gets more expensive, the Moto G continues to quietly carve out a niche all its own, a niche that other smartphone makers can’t seem to match.

So, here we are. Motorola’s just released the third generation Moto G, updating a smartphone that by many standards is still the best at what it does—being great for cheap. What’s different? The first big one is LTE. The original Moto G last year was everything you could possibly want in a $200 device, but damnit if it didn’t suck being locked out from LTE speeds in the U.S. Thankfully, instead of waiting a few more months for Motorola to release an “LTE version” of the new Moto G, they’re just going to bake it in from the get-go.

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The second is water resistance—IPX7 to be exact, meaning this guy can survive being submerged underwater at 3 feet for 30 minutes and still keep ticking. That’s huge. When it comes to price-cutting on a smartphone, the perceived “nonessential” features usually get the ax. Fingerprint sensors are the first to go. Followed quickly by wireless charging. And then waterproofing. Even if you’re shelling out several hundred for a new phone, it most likely won’t have water resistant superpowers. The iPhone doesn’t. The Galaxy S6 doesn’t. But the Moto G does.

As far as looks are concerned, a lot of things are staying the same. Same curved back, same removable panel (making that waterproofing even more impressive if not slightly precarious), same size, and same feel. But it also isn’t a shot-for-shot remake. The Moto G follows the same design language as the Style and Play around its new 13 megapixel camera, which kinda looks like a years-old Lumia, design-wise, and it also comes with Moto Maker customization that was previously reserved only for the Moto X and the Moto 360 smartwatch.

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As far as comfort, the size and weight are nearly identical to last year’s Moto G. But with a textured back instead of smooth plastic, it’s a bit grippier—though not in any significant way. And though it looks like the new Moto G has twin front-facing speakers, sound only comes out of the bottom speaker. The top one is just for, you know, actual phone calls.

The camera is also getting a small performance nudge. Last year’s G had an 8-megapixel camera, whereas 2015 goes with a 13 megapixel. While megapixels are definitely not everything when it comes to a smartphone camera, the 2015 edition does have a slight advantage over its predecessor. Here are two photos from both Moto Gs, followed by a zoomed-in side-by-side.

http://gizmodo.com/the-new-moto-g-may-be-the-best-budget-phone-again-1720636540

Seems like a smart buy
 
Motorola's Surround Is the Slick Evolution of Bluetooth Sport Headphones

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Motorola’s new Surround wireless headphones aren’t a new idea—Bluetooth earbuds of very similar design have been around for a while—but that doesn’t mean that they’re not a snazzy little convenience that lots of people are going to like.

Motorola basically invented this category of Bluetooth sport headphones with products like the S9, and everyone from LG to Samsung to Sol Republic have rushed to copy them. They’re popular, too—earlier this summer, LG announced that it had sold 10 million of its Tone headsets.

The Surround’s main design merit is its relative simplicity: The buds are just like what you’re used to if you use in-ear headphones, while the Bluetooth electronics, battery, and controls are in the little plastic arc that you wear like a future collar.

Aesthetically, this idea is preposterously tacky, and I admit that when I first saw products like these cross my desk a few years ago, I never thought it would catch on. I was wrong. I see them all over the Subway now.

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Despite the goofiness of this design it’s amazingly practical, and Motorola has done a nice job maximizing it here. The whole package is light weight and comfortable. When the buds aren’t in my ears, I almost completely forget I’m wearing electronics on my body. I’m only reminded when someone is staring at the weird gadget dangling from my neck. It just looks like it’s from a mediocre version of our future.

The Surround does have one touch that’s particularly nice compared to its peers: The recessed play/pause and call buttons at the two points of the collar. On other, similar headsets, like the Sol Republic Shadow, these buttons have been a little hard to track down. These feel just right.

The headphones are waterproof up to one meter for 30 minutes. Theoretically that means you could swim with them, though I haven’t actually taken a splash with these myself (since we got them this morning).

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The call sound quality wasn’t amazing in a quick test at the office, but music sounds good for a tiny set of buds. If I was going to nitpick I would say that music sounds a little muddled, but honestly the overall sound is punchy enough that most people who crave this kind of product will be satisfied. And for $70, these headphones are a reasonable deal.

I should quickly mention the $60 Moto Pulse on-ear Bluetooth headset, which was released alongside the Moto Surround but lacks the good design of its partner. The Pulse is annoying to wear and doesn’t stay on your ears where you put them. They’re always swimming around your head. A nice secure fit isn’t just important for comfort—it’s critical for sound quality. Within about 10 minutes I threw these across my desk in annoyance.

In sum, here are two relatively cheap wireless headsets—one of which seems very practical and intelligently designed. The other? Not so much.

http://reviews.gizmodo.com/motorolas-surround-is-the-slick-evolution-of-bluetooth-1720628876

I have a pair of LG Tones which are similar and I love them. These seem a little pricey but I may buy a pair when I get back into working out
 
You Know You Want a Machine That Turns Any Food Into Dippin' Dots

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Despite the fact that you’re eating tiny fish eggs, caviar lends any meal a feeling of sophistication. So it only makes sense that you’d want to eat everything in the form of those tiny Jello-like spheres, right? That’s where this handheld contraption, currently raising funds on Kickstarter, comes in.

The Imperial Spherificator doesn’t exactly roll off the tongue, but the novel food it creates certainly does. If it can be blended into a liquid that can be squeezed out of a syringe, then any food you can imagine can be turned into tiny caviar-like spheres. Fruit, vegetables, spices, it’s all fair game, although you might have trouble making steak spheres.

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The process by which the Spherificator does its thing is actually well known in the molecular gastronomy world. All you need to do is mix your blended food with a tiny bit of sodium alginate, and then eject tiny drops of it into a mixture of water and calcium chloride. When the two meet, a chemical reaction occurs creating a thin membrane that traps the liquid in a soft squishy sphere.

Try it with dairy and a freezer and you could be churning out your own home-made Dippin’ Dots in no time.

Typically, a small syringe is used to create the tiny caviar-like spheres, but the Imperial Spherificator simplifies the process even further with an adjustable powered mechanism that creates perfect uniform spheres every single time. Its creators are trying to raise $80,000 on Kickstarter before the month is out to help finalize the Spherificator’s design, and you can pre-order one, with a delivery expected as early as November, with a discounted donation of $100.

That includes all the additional chemicals needed to get you started, but not the imagination needed to figure out what foods might taste better as tiny spheres—just kidding, everything tastes better as tiny spheres.

http://gizmodo.com/you-know-you-want-a-machine-that-turns-any-food-into-di-1720636610

WANT
 
Color-Changing Map Shows the Best Attractions Based on the Weather

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You can plan ahead all you want, but a vacation is often at the mercy of the weather wherever you’re traveling to. And that inspired designer Camilla Hempleman to create a special map, printed with thermochromatic ink, that changes color to reveal the best places to visit based on the local weather.

The BATH °C Thermo Colour Map is printed on a waterproof fabric known as Tyvek, which is most often used in construction to weatherproof buildings but can also be found in clothing and wallets. The inks used to print all of the map’s details (in this case Camilla’s home town of Bath, England) react to both water and temperature and only appear to highlight certain attractions based on the temperature outside, or whether it’s currently raining.

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So if it’s soaking wet outside, the map will highlight indoor attractions like museums, churches, or galleries to keep tourists out of the downpour. And when it’s hot outside, parks and gardens will instead be featured so that visitors can enjoy the city’s outdoor space. Because it’s a physical printed map, it’s not dependent on batteries, or a reliable GPS or data signal, to function. It also won’t malfunction if used in the rain, and it can be crumpled up and stuffed in a pocket when not in use.

At this time Camilla’s BATH °C Thermo Colour Map appears to be only just a concept, but the technology behind it isn’t. And perhaps one day, with special ink cartridges, you (or your parents, more likely) might even be able to print your own color-changing maps at home.

http://gizmodo.com/color-changing-map-shows-the-best-attractions-based-on-1720556079

Really cool idea
 
Sydney Has Rolled Out the World's First E Ink Traffic Signs

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E Ink displays are an attractive way of displaying information that doesn’t change by the second: they don’t use much power, are easy to read in variable lighting, and happen to be relatively affordable. Now, they’re finding use not just in handheld devices, though—but on the streets of Sydney, Australia.

The Australian Road and Maritime Services has rolled out the first large-scale deployment of E Ink signage on the city’s streets. Each sign is connected to central government authority servers via 3G so that they can be updated over-the-air at any time, and they’re lit to ensure that they’re readable at night. They’re also solar powered, which provides enough juice to keep them running—though they do have a power supply in case they run low, especially when they need to be updated.

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The clear advantage, of course, is the flexibility they offer: instead of temporary signage or new signs when rules change, the city can simply send a message to the relevant signs to update and show the correct information. That should make for large civic saving and a better experience for citizens on the sidewalks, too.

Visionect, the company that developed the signs’ electronics and software, reckons that the inclusion of proximity, temperature and other sensors could make the signs even smarter in future. But for now, the street signs in Sydney are at least a little more flexible.

http://gizmodo.com/sydney-has-rolled-out-the-worlds-first-e-ink-traffic-si-1720544684

We need these here in the states like yesterday
 
OnePlus 2 Hands-On: So Good, It Makes Me Want To Leave Verizon

One year ago, the OnePlus One became the best off-contract smartphone you could buy. An unheard of Chinese company managed to deliver a high-quality Android handset for a crazy-low $300 price. Now, it looks like that awesomeness wasn’t a fluke. Behold: the OnePlus 2.

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Left: old and busted. Right: new hotness

Starting at $330, the new OnePlus 2 is only a hair more expensive than the original, and yet it’s improved in so many ways I barely know where to begin. Hell, it might be faster to tell you what’s missing: it doesn’t have a gorgeous 2K screen or wireless charging like the Galaxy S6, and it doesn’t have a removable SD card, battery, or fancy manual camera controls like the LG G4.

Oh, and there’s no stylus. You weren’t expecting a stylus, were you?

Got all that? Then it’s time to talk about just how beastly this phone actually is. 8-core Snapdragon 810 processor? Check. LTE? Check. Two nano-SIMs for hopping carriers? You bet. USB Type-C so you’re ready for the future of charging? Definitely. A fingerprint reader? Yep! Plus a 5.5-inch 1080p display, a 13-megapixel OmniVision camera with optical image stabilization and laser focusing, and up to 64GB of storage and 4GB of RAM.

Yet the most impressive parts of the OnePlus One have little to do with specs. They’re about how this phone feels. (It feels excellent.)

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Chassis

The moment you touch this phone, you won’t believe it costs just $330. Why? Because in terms of materials and build quality, it’s only a stone’s throw away from the best you can buy: Samsung, LG and HTC devices that cost hundreds more.

If you turned up your nose at last year’s OnePlus One because it was made of plastic, you’ll do a double-take when a OnePlus 2 shows up. The only plastic you’ll find on this sucker is the flexible kind you’ll find when you pry up the removable rear cover. No more crappy plastic buttons, either: it’s all precise, tactile metal for your power button, volume rocker, and (my personal favorite) three-way mute switch. More on that later.

The metal does make the phone nearly half an ounce heavier (at 6.17 ounces) and it’s nearly half a millimeter thicker (at 9.85mm) but I didn’t find myself minding one bit. It’s also a millimeter shorter in both directions, and I actually think it may improve the ergonomics. The One was a bit wide for my tastes; the 2 fits easier into my hand.

I do kind of miss the metal lip that gave the OnePlus One a distinct look even from the front, but the 2 still keeps the same spirit with a chamfered metal edge beneath its Gorilla Glass. Depending on the size of your hand, it might still add a little bit of grip.

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Some OnePlus One and OnePlus 2 sandwiches. Mmm, sandwiches.

But glass and metal is only half the story when it comes to tactile delight. The rest comes in the form of the OnePlus’s optional $27 rear covers, which use actual wood (bamboo, rosewood, black apricot) or Kevlar for a really awesome look and feel. Even stock, the OnePlus 2’s “sandstone black” rear cover feels pretty good (and definitely far grippier and grittier than the one on the original phone) but real Kevlar or bamboo is where it’s at.

I do hope the final units won’t make it as hard to pry off the rear cover, though: I chipped off a bit of fingernail trying to do so today.

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I’ve gotta say the Kevlar’s my favorite so far, but I could actually see myself buying more than one and swapping ‘em out after a while. It’s a level of personalization we’ve never really seen in a smartphone before: even with the Moto X, which let you color-coordinate your phone when you bought it direct from the factory, you’d be forever stuck with your choices.

Screen

The screen is pretty much always the most important part of a smartphone. I don’t need to tell you this, because you’re probably reading this article by swiping on a smartphone screen right now. And the original OnePlus One’s screen was, how-do-we-say, not particularly wonderful. I vividly remember taking pictures side by side with the Xiaomi Mi Note and the OnePlus One a few months back—two phones with the exact same Sony camera sensor—and wondering why the pictures seemed so much worse on the OnePlus. It turned out that it was actually just the screen, which looked washed out.

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Well, the 1080p LCD screen on the OnePlus 2 is bright and beautiful by comparison. The company claims it reaches 600 nits of brightness, more than the iPhone 6 Plus. Personally, I don’t think it’s anywhere near as gorgeous as the 2K OLED screens you’ll find on a Samsung Galaxy S6 or as glassy and smooth as some of Apple’s displays—I can definitely see rows of pixels if I look close—but for a $330 phone it’s outrageously good.

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Camera

And speaking of the camera, it’s way the heck better as well. While I definitely didn’t get to take enough shots to tell how it stacks up against an iPhone 6 Plus, Galaxy S6, LG G4 or Lumia 1020—the smartphone camera elite—the OnePlus 2’s new 13-megapixel Omnivision sensor is perhaps the clearest evidence yet that megapixels mean nothing. Same number of megapixels as the previous phone, but WAY better images right out of the box.

Here are a couple of 100% crops from the OnePlus One and OnePlus 2 in good light. Just look how much less noise and how much more detail you see in the image on the right.

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And impressively, the image from the OnePlus 2 was half the filesize. Have to say the OnePlus 2 pic is lacking a bit of contrast, though. The darker regions look super dull and grey.

Sadly, the camera doesn’t have any manual controls or RAW image support, though OnePlus says both are coming in a future update.

What’s The Catch?

So if this phone is so great, why don’t you go ahead and order it on August 11th, the day the phone comes out? Particularly since—like the last OnePlus phone—it’s invite only, the company has limited stock, and there’s no guarantee how quickly they’ll make more?

Well, there are the usual review caveats. We’ve barely tested this device. We haven’t even tried to make a phone call with it, let alone use apps for longer than a few minutes. (They seemed to run smoothly, but isn’t that true of all new phones these days?) We haven’t tried to take a lot of pictures in challenging environments, and we have no idea if the (slightly larger 3300mAh battery) will still put up a fight given the new processor and bright new screen. The new fingerprint reader felt awesome and quick and accepted my fingerprint from any angle, but who can say whether it’ll be reliable in a pinch without more testing?

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Also: though it sure looks like it, this phone doesn’t actually use stock Android 5.1 Lollipop, and isn’t guaranteed to get new updates quickly. Instead, it uses OxygenOS, a customized version that allows for pretty cool tweaks like drawing a symbol on the screen to turn on the flashlight even when the screen is off, or connecting to a new wifi network right from the notification tray, and that cool three-position mute switch that can let you mute everything, nothing, or just allow notifications from your primary contacts to come through.

But without more testing, it’s hard to say whether the OS is stable and whether it’s really, truly better than the pure Google version.

And the number one: if you’re on Verizon or Sprint, you can’t use this phone at all. It’s got LTE that’s compatible with AT&T and T-Mobile, but no CDMA for the other big networks.

It’s got an awesome futureproof new USB Type-C port for charging, but that means none of your micro-USB cables will work. You’ll need new ones ($5 each for OnePlus’s cool new reversible cable, which is admittedly a pretty good deal.)

Also, if you want to pay only $330 for this phone, you’ll have to wait even longer: as of August 11th, only the $390 model with 64GB of storage and 4GB of RAM will be on sale.

If I’m being a good, unbiased journalist, I’d say wait for the reviews. But personally, I have to wonder if it’s time to leave Verizon and give it a go myself. After the OnePlus One, the Nexus 5 and the Sony Z3 Compact, I’m tired of missing out on great unlocked Android phones.

http://gizmodo.com/oneplus-2-hands-on-so-good-it-makes-me-want-to-leave-1720500080

If you like to buy your phones outright this is a hell of a deal
 
So 64gb of storage and 4gb of ram for $390? That's pretty ****ing good.
 
If they have a micro SD slot the you could double your memory. I kind of want one now.
 
New 3D XPoint Storage Will Be 1,000 Times Faster Than Current SSDs

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Think your solid state drive is blazing fast? Then prepare to be amazed by the new storage system being proposed by Intel and Micron, which promises speeds that are one thousand times faster than current NAND Flash memory.

The new type of memory, called 3D XPoint and pronounced cross-point, is said to be 1,000 times faster in both read and write than NAND, as well as being durable and dense. In fact, CNET reports that it’s ten times more dense than NAND memory, allowing it to squeeze more capacity into the same physical size while remaining energy efficient—and “affordable”, though it’s open for debate what the latter may mean.

Intel and Micro claim that the new type of memory can be used as both system memory and non-volatile storage, suggesting it can be used to replace both RAM and SSDs. At first computers will use PCI Express to interface with the memory, but Intel claims that such a connection won’t be able to deliver all the speed benefits of the new memory, so new motherboard architecture will be required to make the most of XPoint.

CNET claims it “stores data in a totally different manner from the means used by existing NAND” using “the property change of the memory cell itself, instead of storing the cell in a capacitor in the traditional way.” That occurs over a lattice of perpendicular conductors that connect 128 billion densely packed memory cells, with each one storing a single bit of data.

Each slab of the new memory, pictured above, stores 128Gb of data across two memory layers—though it’s expected the number of layers will increase in the future. Right now, Intel and Micron envisage making the new memory available sometime next year, though pricing remains a mystery. Either way, we’re pretty excited to try it out.

http://gizmodo.com/new-3d-xpoint-storage-will-be-1-000-times-faster-than-c-1720800564

That's insane
 
A New Kind of Masking Tape Will Save the Aerospace Industry Millions

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When engineers build planes, they use heavy aluminum masking tape to cover up surfaces during production. Now, engineers at BAE Systems have created a new kind of tape that leaves the surface clean when it’s peeled away—and it’s reckoned it will save them $70 million.

Unlike your usual decorating-style masking tape, aerospace engineers use a heavy form of masking tape which is actually made of aluminum to protect working surfaces as they go. But the industrial-grade material is tough stuff, and its removal leaves behind a tough, sticky residue, even occasionally damning the material beneath because sharp tools are often used to remove it.

Now, BAE Systems has developed a new kind of tape that doesn’t leave behind a residue when it’s peeled off. Made of a light, pre-cut vinyl, the tape uses different forms of adhesive to the usual tape to make it much easier to remove. In fact, it can be peeled off by hand and, according to BAE Systems, cuts the process time for an average component from 11 to 2.5 hours.

It’s already being used on production of the company’sF-35 Lightning II aircraft, and it will also be used during assembly of the Hawk and Typhoon aircraft too. It’s estimated to save $23,000 on the production of each plane—creating a total saving of $70 million over the next 20 years.

http://gizmodo.com/a-new-kind-of-masking-tape-will-save-the-aerospace-indu-1721267164

That's a game changer right there
 
Obama's Plan to Make the World's Fastest Supercomputer

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The US does not currently own the world’s fastest supercomputer. But if President Obama gets his way, that will change. Yesterday, Obama signed an executive order launching a program to build the world’s fastest supercomputer—30 times faster than all others.

The supercomputer will be part of a larger program called the National Strategic Computing Initiative, a multi-agency push to boost computing power in the US by creating the fastest computer of them all. The White House released a statement about the plan:

Over the next decade the goal is to build supercomputers capable of one exaflop (1018 operations per second). It is also important to note that HPC in this context is not just about the speed of the computing device itself. As the President’s Council of Advisors on Science and Technology has concluded, high-performance computing “must now assume a broader meaning, encompassing not only flops, but also the ability, for example, to efficiently manipulate vast and rapidly increasing quantities of both numerical and non-numerical data.”​

Some neuroscientists estimate that an exaflop is the amount of computing power necessary to properly simulate how a human brain works. Yet any reference to the creation of such a powerful beast of a machine leading to a swift and merciless uprising of the machines is noticeably absent from the statement.

Also noticeably absent: any reference to the fact that this new program shares most of its name with DARPA’s Strategic Computing Initiative, a Reagan-era push to build powerful computers, robotics, and AI that didn’t quite pan out. This executive order breathes new life into a long-brewing dream to lead the world in terrifyingly powerful machines capable of outsmarting us.

Screw what you heard about supercomputers, especially whatever trash they have over in Europe. (Yeah, Merkel, I see you.) Especially screw China’s Tiane-2, the world’s current fastest supercomputer, which operates at 33.86 petaflops, which is not powerful enough to mimic a human brain, not at all. If any nation is going to usher in a horrifying rise of the machines, it’s going to be the US of A.

http://gizmodo.com/obamas-plan-to-make-the-worlds-fastest-supercomputer-1721143707

'Merica! F Yeah!
 
Scientists Finally Created a White Laser—and It Could Light Your Home

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Lasers have been advancing science and threatening move characters since the 1960s, but you may have noticed they always have a distinct color. Now, a team of scientists has developed the world’s first white laser.

A team of researchers from Arizona State University has shown that a new breed of semiconductor lasers can emit light across the entire visible spectrum, providing the full range of different colors that are required to make white laser light. These new lasers are made from three sheets of semiconductor, each just a few microns in thickness, that are held in parallel. Each of the sheets can emit one of the three elementary colors — red, green or blue — and depending on how their output is tuned, they can produce any color in the spectrum. When their entire output is combined, that means they can also produce white laser light. The result is published in Nature Nanotechnology.

It’s not just a pleasing laboratory finding, either. The researchers point out that lasers are brighter and more energy efficient than even LEDs, so they could — in theory at least — be used to create new kinds of lighting and display systems. While researchers at Sandia National Labs had mixed light from different lasers to give the effect of a white laser light in the past, the new development shrinks the hardware down to a single unit, making it a very real possibility for lighting and displays. (It’s worth noting that the Sandia research showed humans eyes are comfortable with laser lighting.)

White laser light could also be used for visible light communication, sometimes referred to as Li-Fi, where information is encoded at ultra-high frequency in the light that illuminates a a room. Until now, the requirement for white lighting in buildings has demanded such systems use LED light, but the Arizona State team suggests that the use of laser light could enable the technique to be pushed further, making it 10 to 100 times faster.

But we may be getting ahead of ourselves. There are still some challenges to overcome before white lasers become a domestic reality—not least the fact that the current device is powered by light rather than electricity. Still, a first is a first—we just hopes it’s not the last we hear about white laser light.

http://gizmodo.com/scientists-finally-created-a-white-laser-and-it-could-l-1721027962

Pretty interesting development
 
The World's First Firmware Worm for Mac Is Here, and It Sounds Scary

“Oh don’t worry,” your uncle said when you were shopping for a new computer. “Macs are virtually virus proof.” Your uncle was wrong.

A team of white hat hackers just announced the development of the world’s first firmware worm that’s vicious enough to break through Apple’s legendary security. The so-called Thunderstrike 2 attack can be delivered through a phishing email or a peripheral device like a USB stick or even an ethernet adaptor. The worm then targets a machine’s option ROM or lives in the option ROM of peripherals so that even computers not connected to a network can be infected. It also can’t be removed from the firmware unless you open up the box and manually re-flash the chip. Oh, and the worm can’t be detected by any existing security software, so good luck with that.

“Let’s say you’re running a uranium refining centrifuge plant and you don’t have it connected to any networks, but people bring laptops into it and perhaps they share Ethernet adapters or external SSDs to bring data in and out,” Xeno Kovah, one of the firmware security consultants that developed the worm, told Wired. “Those SSDs have option ROMs that could potentially carry this sort of infection. Perhaps because it’s a secure environment they don’t use WiFi, so they have Ethernet adapters. Those adapters also have option ROMs that can carry this malicious firm.”

If you’re running a uranium centrifuge plant, you definitely don’t want any type of worm in your computer system, especially one that could spread without being detected and destroy without fear of destruction. Kovah likened Thunderstrike 2 to the infamous Stuxnet worm that infected Iran’s uranium enrichment facilities a few years ago.

[YT]Jsdqom01XzY[/YT]

Don’t freak out just yet, though. Thunderstrike 2 is very apparently named after the original Thunderstrike virus, which was shown off at the Chaos Computer Congress in Germany earlier this year. Much like the sequel, Thunderstrike targeted Mac firmware and could not be detected. However, the original virus required physical access to the machine via Thunderbolt peripherals, while Thunderstike 2 can also be delivered remotely. Apple acknowledged Thunderstrike over six months ago and addressed the vulnerabilities, so there’s much hope that it will patch the new vulnerabilities that Thunderstrike 2 targets, too.

All that said, the really scary thing isn’t imagining how your computer might fall victim to a vicious undetectable worm called Thunderstrike. That’s a known threat now, one that will almost definitely be addressed. The horrifying thing is imagining what other kinds of worms governments are developing—the naughty bastard offspring of Stuxnet that stand to end the world with a single keystroke. We know that the NSA is working hard on firmware hacking, and you can be sure that China’s army of hackers is interested.

They’re probably not going to present their findings at Black Hat and Def Con, like the creators of Thunderstrike 2 are. Only Thor can save us now.

http://gizmodo.com/the-worlds-first-firmware-worm-for-mac-is-here-and-it-1721740928

There you go Mac users
 
Windows 10 Uses Your Bandwidth to Distribute Updates, Disable It Here

http://lifehacker.com/windows-10-uses-your-bandwidth-to-distribute-updates-d-1721091469

For all you early adopters

Tis why I usually wait several weeks or even months for major software/OS updates like this to get those bugs and "features" sorted out.

The World's First Firmware Worm for Mac Is Here, and It Sounds Scary

http://gizmodo.com/the-worlds-first-firmware-worm-for-mac-is-here-and-it-1721740928

There you go Mac users
Should be proof enough that no matter what your computer's OS is it is hackable if you stick it on the internet.
 

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monitoring_string = "afb8e5d7348ab9e99f73cba908f10802"