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9
Jun

Get tailor-made headphone audio with this little device


Audio snobs may already be boasting their high-end audio equipment, be it portable headphone amps or a special chip inside their smartphones, but these are no good if your ears have slight hearing loss. Even if you deem your ears to be pitch perfect, chances are your left and right ears have different sensitivity to certain frequencies. The solution? A startup in Hong Kong has come up with a little device called Aumeo, which lets you fine-tune your headphones according to your ears’ hearing sensitivity. This author has tried it, and the result was pleasantly surprising.

I actually first met the company’s co-founder, Paul Lee, a little over two years ago when he came up with this handy technology, though he had other plans back then. Today, after a clinical trial with 100 subjects, Lee has decided to take the Aumeo to Indiegogo for general consumers. The idea is simple: plug the Aumeo’s headphone jack into your iPhone or Android smartphone, then plug your headphones into the Aumeo, and then run the companion app’s hearing test.

The simple test lets you indicate how much of each of the six frequencies — 250 Hz, 500 Hz, 1 kHz, 2 kHz, 4 kHz and 8 kHz — your ears can hear independently; just move the slider until you can just about hear the beep. When all done, the profile is cunningly sent to the Aumeo in the form of audio signal, so no Bluetooth is required. Once you’re set, you’ll no longer have to run the app again as the profile is stored on the Aumeo, but you can always run it again should you wish to hook the aluminum device up to other headphones.

According to the quick setup process, my hearing sits in the “satisfactory” region, with both ears slightly lacking in the 500 Hz range and 8 kHz range. I then put on some music through my KEF M200 and was blown away by what I heard: I was able to pick up more detail in the music, while also finding myself having to lower the volume slightly, as I didn’t need it to compensate what I couldn’t hear clearly. There was no cheating as the audio wasn’t louder, just more detailed.

The Aumeo is now live on Indiegogo starting from $99 (free US shipping) which, in our opinion, is well worth the investment — especially when it comes with a pair of allegedly decent earbuds as well. You can even go for the Duo Pack offer which is just $169.

Filed under: Portable Audio/Video, Wearables

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Source: Indiegogo

9
Jun

Microsoft officially launches 1TB Xbox One console


As rumored, Microsoft has officially launched an Xbox One with double the storage of the standard model and a new matte finish. It comes with the controller we glimpsed earlier that packs a 3.5mm stereo jack so you can use any headset (the new console ships with a chat headset, though). Microsoft is also throwing in a copy of Halo: The Master Chief Collection for a limited time. The 1TB console will start shipping on June 16th in the US, UK and other “select markets” for $399 (£349 in the UK). Better still, the standard 500GB Xbox One’s price has dropped permanently to $349 (£299).

To throw in a Jobs-esque “one more thing,” Microsoft also revealed an Xbox Wireless Adapter for Windows 10 coming this fall for $24.99, or bundled with a Wireless Controller for $79.95 in the US. As a reminder, that’ll let you use the Xbox One’s controller wirelessly on a Windows 10 PC, laptop or tablet, avoiding the USB cable futz you need to do now.

Filed under: Gaming, Microsoft

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Source: Microsoft

9
Jun

SpaceX Crew Dragon nails critical safety milestone


NASA has granted the SpaceX Crew Dragon pad abort milestone approval following critical tests last month. The vehicle — which will eventually carry astronauts to the International Space Station — rocketed to a height of 1,187 meters (3,900 feet) at 345mph, powered by its eight SuperDraco engines. The crew pod then separated from the trunk and floated on three parachutes to an Atlantic splashdown, surprisingly close to shore. NASA said that the test gave engineers “volumes of important information,” adding that “(simulations) still can’t beat a flight test like this for finding out what’s going on with the hardware.”

Passing the test earned SpaceX a $30 million NASA payment, and the Crew Dragon can now move on to the in-flight abort tests scheduled for this fall. During that phase, the crew pod will eject exactly as it did during the pad test, but in the troposphere and near the speed of sound. The goal is to ensure that the crew vehicle can safely get away from the Falcon 9 launch rocket during the crucial phase of maximum flight drag. If that goes well, SpaceX could launch the first manned Crew Dragon tests as early as 2017, and will then vie with Boeing to be first to the ISS. If you want to relive the pad abort test, the video is below, but turn the volume down — rockets are loud.

Filed under: Science

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Source: NASA

9
Jun

Scientists work out how to wire up your brain


Imagine a future where neurological disorders are cured with a single injection into the top of your skull. That’s the expectation placed on the shoulders of Charles Lieber, a Harvard chemist who has developed a groundbreaking technology that has the potential to change medicine. The process involves building a tiny fishing net out of conducting threads that can support microscopic sensors across its surface. It’s so small that you can use a regular-sized but stronger needle to inject it via a tiny drill hole straight onto the brain. Then, this mesh begins to unfurl and sit on the top of your noggin, shifting around as your grey matter does normally.

This technique overcomes two of the biggest problems that currently dog neuroscientists. Firstly, getting access to the brain is a long, complicated and blunt process. Secondly, any implants have to fight your body’s self-defense systems, which attack the foreign body, assuming that it’s hostile. Lieber’s mesh, by comparison, has spaces for cells to sit and is sufficiently soft and slender that, so far, they’ve been ignored.

For now, the tests have centered on implanting the technology onto the brains of sedated mice. Once they’ve woken up, Lieber’s team were able to monitor the activity of individual neurons and even stimulate portions of the brain. There’s still a considerable amount of work to do, but we might be on the cusp of a whole new area of medical science. Oh, and let’s hope the scientists can get WiFi onto this thing, since wandering around with a tiny wire sticking out of your head makes it difficult to wear a hat.

[Image Credit: Lieber Research Group / Harvard University]

Filed under: Science

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Via: Phys.Org

Source: Nature (.PDF), Nature

9
Jun

Samsung’s Galaxy Tab E gets spotted in Taiwan Mobile’s sales catalogue


SAMSUNG CSC

While the 8-inch version of the much anticipated Galaxy Tab S2 passed through the FCC yesterday, it seems that Samsung has been busy with another range of tablets under the Galaxy Tab E moniker. This is according to a sales catalogue produced by the carrier, Taiwan mobile.

Samsung Galaxy Tab E

As you can see in the image above, the Galaxy Tab E WiFi is proudly displayed on the page with model number, SM-T560. We have its headline specifications are laid out below.

  • 9.6-Inch LCD with 1280 x 768 resolution
  • Quad-core processor @ 1.3GHz
  • 5MP Rear camera

According to the listing, the Galaxy Tab E has a price tag of $690, although one has to wonder if this is the fabled Recommended Retail Price (RRP) that we so often see with new devices before they are sold at a more realistic price. Time will tell. It’s also unknown whether the Galaxy Tab E will be released outside of Asia in the coming months.

What do you think? Is the Galaxy Tab E something you would be interested in?

 

Source: BlogOfMobile
Via: PhoneArena

 

Come comment on this article: Samsung’s Galaxy Tab E gets spotted in Taiwan Mobile’s sales catalogue

9
Jun

Leaked screenshot confirms Huawei Honor 7 specs


huawei_logo_june2015_event_TA

Earlier today, a leaked screenshot appeared online revealing the specifications of Huawei’s upcoming flagship smartphone of 2015, the Honor 7. In the image below, the handset displays some pretty impressive internals and carries the model number PLK-AL10.

Hit the break below to find out more.

The Honor 7 is set to sport a 5-inch Full HD display, a HiSilicon Kirin 935 octa-core chipset, 4GB of RAM, 64GB of internal storage (expandable up to 128GB via microSD), a 13-megapixel rear-facing camera and a 3,280 mAh battery.

big

Once unboxed and charged the device will run the latest build of Android 5.1 Lollipop skinned with Huawei’s own Emotion custom user interface, which the company claims “makes it easier to navigate around your device.”

The Honor 7 is expected to launch in July for CNY 2,699 ($435).

Source: GizmoChina

Come comment on this article: Leaked screenshot confirms Huawei Honor 7 specs

9
Jun

[Deal] LG kicks off new buy one get one free promotion on G4’s leather back covers


LG g4 leather 2

LG has just kicked off a fantastic new deal on leather backs for its flagship smartphone, the G4. As from today, June 9, up until Tuesday, June 30, residents in the United States can purchase two covers for the price of one.

The backplates are available in five colors — Blue, Orange, Pink, Red and Yellow. They’re individually priced at $69.99, but when you add two to your cart, you’ll only have to pay for one of them. Furthermore, free ground shipping is included.

If you like the sound of this promotion and want to take advantage of it, hit the source link below.

Source: LG

Come comment on this article: [Deal] LG kicks off new buy one get one free promotion on G4’s leather back covers

9
Jun

Xiaomi Mi Note Pro review: checking the right boxes


The Bottom Line

PROS
  • Fantastic build quality
  • Thin and sleek design
  • Sharp and vibrant display
  • Snappy and responsive performance
  • Intuitive software
  • Quick charging
CONS
  • Poor low light camera performance
  • No expandable storage
  • Subpar battery life
  • Only available in China
8.7

The Xiaomi Mi Note Pro checks all the right boxes in key aspects, and proves to be a worthy competitor to the current crop of Android flagships out there, making it a shame that the device, at least for now, isn’t available outside of China.

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Editor's Choice Update 2015An ongoing trend that we’re seeing lately is manufacturers releasing better spec’d versions of their current flagship, usually taking the “Pro” or “Plus” moniker. Xiaomi is somehow different, as the up and coming Chinese company announced its Mi Note and Mi Note Pro at the same, although the Note Pro arrived to market a few months later.

With Xiaomi basically taking the Mi Note and putting it on steroids, does the Mi Note Pro bring enough to the table to compete with the current crop of Android flagships? We find out, in this in-depth review of the Xiaomi Mi Note Pro!

Design

Xiaomi Mi Note Pro-6

The Mi Note Pro can be considered the bigger brother of its namesake, but that is true mostly in terms of the specifications, with things remaining largely identical when it comes to the physical appearance and build quality. The Mi Note Pro features the same metal and glass construction, with a 2.5D glass up front and its gentle curves along the edges, as well as the 3D glass on the back, that brings with it a more pronounced curve along the left and right sides. All of this is held together by a metal frame with chamfered edges. The most noticeable difference in terms of design has to do with the metal frame, which has been treated with a gold finish, compared to the silver finish of the Mi Note. The ring around the camera and the Mi logo are also coming with the matching gold color. The design isn’t overly flashy, and overall, the Mi Note Pro is a beautiful, elegant looking device, that also feels great in the hand.

Xiaomi Mi Note Pro-9

That said, like most phones with a glass panel on the back, the device does tend to feel slippery, and is very prone to smudges. The chamfered edges along the metal frame do help with grip though. One handed usability is also surprisingly good, despite what the display size of 5.7-inches might suggest. Of course, there’s no denying that this is a large smartphone by any standard, and some hand gymnastics will be required to reach every corner of the display, but the thin bezels along the sides of the display and the thin profile of the device allow for a better handling experience than you may think.

Xiaomi Mi Note Pro-10

Taking a look around the device, the power button and volume rocker are located on the right side within easy reach. The buttons are also made of metal, and are easy to press with a good tactile feedback, adding to the high-end nature of the device. The headphone jack is up top, the microUSB port and single speaker unit is placed at the bottom, and the SIM card slot is found on the left side. Up front are the capacitive keys below the display, with a multi-colored LED notification light next to the front-facing camera, earpiece, and other typical sensors, at the top.

Display

Xiaomi Mi Note Pro-3

As mentioned, the Xiaomi Mi Note Pro comes with a 5.7-inch display, which is a good size for media-consumption and playing games. The resolution has been bumped to Quad HD as well, with a pixel density of 515 ppi, making for a screen that is extremely sharp. The display also offers rich and vibrant colors, high contrast, and some very deep blacks beyond what you’d generally expect from an IPS LCD display, along with really good viewing angles. While the default, out of the box settings are already good, Xiaomi has included some color calibration settings to tweak the display more to your liking, but in all likelihood, you won’t find the need to make many changes.

Xiaomi Mi Note Pro-25

There is a reading mode available that helps reduce the strain on your eyes if you are planning to look at the screen for long periods of time. The screen also does a great job at reducing glare, making the display very easy to see in broad daylight. This can be attributed to what Xiaomi calls a “Sunlight Display,” which actually makes adjustments at the hardware level to each individual pixel, for better real time contrast and outdoor visibility, as opposed to the otherwise standard practice of just ramping up the brightness of the display.

Performance and hardware

Xiaomi Mi Note Pro-13

Under the hood, the Xiaomi Mi Note Pro is packing the Qualcomm Snapdragon 810 processor, clocked at 2 GHz, and backed by the Adreno 430 GPU and 4 GB of RAM. The Snapdragon 810 has received a bit of flak since its launch when it comes to overheating, but regardless, is still one of the most powerful chipsets currently available. The Mi Note Pro is also one of a handful of devices to boast 4 GB of RAM, which is of the LPDDR4 variety, said to be almost twice as fast and more power efficient when compared to the older DDR3.

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High-end flagships are getting so fast nowadays that it is really hard to notice much of a difference from one to another in terms of performance,  and the Mi Note Pro can also more than hold its own against the best of the competition. In day to day usage, the device was extremely fluid and responsive, despite this particular review unit still running software in its beta iteration. Everything from navigating around the various elements of the UI, opening, closing, and switching between applications, and playing games is a pleasant experience. Of course, multi-tasking is an absolute breeze as well, as you would expect with the 4 GB DDR4 RAM that the device is packing.

Xiaomi Mi Note Pro-20

It has to be mentioned though that when playing games, or while watching a lot of videos, the Mi Note Pro did start to get a little warm, and you can definitely feel the heat dissipating through the metal frame. It doesn’t get to the point where the device becomes uncomfortable to hold or downright unusable, and is not necessarily a huge concern, but rather something to be aware of.

Xiaomi Mi Note Pro-5

The Mi Note Pro comes with 64 GB of on-board storage, which is the only configuration available, and should be more than enough for most users. That said, expandable storage via microSD card is not an option, if you were hoping for it to be available. The device also comes with a standard suite of connectivity options, including 4G LTE support, but is unfortunately not compatible with the LTE networks in the US. While internet access was restricted to HSPA+ on the T-Mobile network, that still proved to be fast enough.

Xiaomi Mi Note Pro-12

Speaker quality from the bottom mounted speaker is also quite good, as it gets plenty loud for a single driver without sounding distorted. As with any other bottom firing speaker though, it can be very easy to muffle when holding the device in landscape orientation, and the sideways firing audio does create a lopsided listening experience.

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Another aspect that stays identical between this device and the Mi Note is the capacity of the battery, with both devices coming with 3,000 mAh units. The bump in screen resolution from 1080p to Quad HD, as well as the general bump in specifications, without an increase in the battery capacity to compensate means that the battery life of the Mi Note Pro leaves a lot to be desired. A full day of use is possible with light to moderate use, which includes staying away from activities like gaming or watching a lot of videos, but for the most part, you may find yourself reaching for the charger around halfway through your day. On the bright side, the Mi Note Pro does comes with Qualcomm Quick Charge 2.0 support, which promises a charge up to 70% in just an hour.

Camera

Xiaomi Mi Note Pro-14

The Mi Note Pro also comes with the same 13 MP rear camera with OIS as the standard Mi Note, and Xiaomi is quite proud of the fact they were able to keep the camera unit flush with the body, despite the phone being just 7 mm thick.

The camera application is quite simplistic, with a simple swipe down or to the left revealing a slew of filters that you can play around with. A swipe in the opposite direction is where you’ll find the list of standard shooting modes, that include a manual mode and panorama, along with a few others like Beautify and Refocus, that lets you refocus your shot after the fact. You can tap on the viewfinder to change the point of focus, just like with any other smartphone, but being able to adjust the exposure at the same time through the on-screen exposure dial is definitely one of the most intuitive aspects of Xiaomi’s camera UI. The camera software also allows you to make adjustments to the exposure settings, contrast, saturation, and sharpness, for more granular control over the image quality.

Xiaomi Mi Note Pro-2

Speaking of image quality, it’s just as good as it was on the Mi Note, which isn’t really surprising, given that it is the same sensor and camera software. The shutter speed is nice and quick, allowing you to easily take a shot, and the images in general are vibrant, rich in color, with a good amount of contrast and dynamic range in both indoor and outdoor situations. The camera is also capable of taking some rather impressive macro shots, with a very clear subject of focus in the foreground, and a nice and clean bokeh effect in the background. Auto HDR is also available on this camera to help take out the guess work on when to use HDR, and the HDR processing itself does a great job of bringing out some extra details in the shadows, while adding a nice boost in saturation, without appearing unnatural.

Xiaomi Mi Note Pro-22

Where this camera struggles the most is in low light and night time photography. The increase in digital noise is to be expected, but there’s just a lot of noise reduction going on in the post processing, that results in softer details, and highlights that tend to get blown out. The camera also tends to hunt for focus more often than I’d like, and many of the images will have some noticeable artifacting. Overall though, this is really not a bad camera to have in your pocket. 4K video recording is also possible with the Mi Note Pro, and the OIS does the great job of keeping the footage stable when you’re walking or moving around. The continuous autofocus is very quick when moving between close and far away subjects, and manual control over focusing is also available by just tapping on the viewfinder.

With the front camera Xiaomi chose to not go with a higher megapixel count, and instead took HTC’s approach by going with a lower resolution 4 megapixel sensor with a larger pixel size of 2 microns. This allows for more light to enter the camera and better quality images, so if selfies are your thing, than the front camera is not going to disappoint.

Software

Xiaomi Mi Note Pro-26

On the software front, the Mi Note Pro runs the MIUI OS based on Android 5.0 Lollipop, but you’ll be hard pressed to find any material design elements in this user interface. The UI is actually quite similar to what you’d see from most Chinese OEMs, with colorful square icons, and the noticeable lack of an app drawer, which can take some getting used to and leaves users dependent on folders to stay organized.

Xiaomi Mi Note Pro-24

There is actually not much in the way of pre-installed bloatware though, and while MIUI is a distinct departure from Google’s vision of Android, it does add more to the experience than it takes away. It will understandably be a very different experience for first time users, but Xiaomi’s take on Android isn’t overbearing in any way. More than that, the UI brings with it a handful of useful features, such as HiFi audio, that allows for better quality audio when listening via headphones, and a one-handed mode that lets you shrink the screen from anywhere between 3.5-inches to 4.5-inches, just by swiping outwards on the home button in either direction.

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MIUI also offers one of the most robust theme engines available on any Android skin. There are hundreds of different themes to choose from, so you’re bound to find at least a few that suit your tastes. These themes alter pretty much every part of the OS, from the System UI, lockscreen, icons, wallpapers, and even the default applications like the Dialer and the messaging app.

Specifications

Display 5.7-inch IPS LCD
Quad HD, 515 ppi
Processor 2 GHz octa-core Qualcomm Snapdragon 810
Adreno 430 GPU
RAM 4 GB DDR4
Storage 64 GB
not expandable
Camera 13 MP rear camera with OIS and dual LED flash
4 MP front-facing camera
Connectivity Wi-Fi 802.11 a/b/g/n/ac, dual-band, WiFi Direct, hotspot
Bluetooth 4.1, GPS + GLONASS
microUSB 2.0
Networks 3G / 4G LTE (only in select markets)
Software Android 5.0 Lollipop
Battery 3,000 mAh
Dimensions 155.1 x 77.6 x 7 mm
161 grams

Gallery

Pricing and final thoughts

Editor's Choice Update 2015The Xiaomi Mi Note Pro is currently available in China for the equivalent of around $480, but that is the only market the device has launched in so far, and you will likely end up paying a hefty premium to import the device. It will also be wise to first check for LTE compatibility with your home networks, if you do decide to pick it up. Until the Mi Note Pro is officially available in other markets, opting for the other flagship devices may be the more viable option.

So there you have it for this in-depth look at the Xiaomi Mi Note Pro! Xiaomi claims that the Mi Note Pro is the best smartphone in the world, and while that statement is certainly subjective, the device does manage to impress in key aspects, with regards to build quality, performance, the camera, software, and the overall user experience. The Xiaomi Mi Note Pro is definitely a worthy competitor to the current crop of Android flagships, and it is actually quite a shame that, at least for now, more people won’t be able to get their hands on it.

9
Jun

Wearables beyond the wrist


project jacquard

Ever since wearable technology burst onto the scene the landscape has been dominated by wrist-worn devices. We’ve had wave after wave of fitness trackers, and the smartwatch category is finally getting competitive, but the term wearable covers a whole lot more than our wrists. We’re not talking about smart glasses here either. Today, we’re going to take a look at how technology could be blended seamlessly into our clothing.

Finding ways to weave small electronic sensors into clothes could enable t-shirts or jackets to perform the same sorts of functions that fitness trackers and smartwatches are handling now. It could also lead to new methods of control. Imagine tapping on your armchair to change the channel, swiping your sleeve to take a call, or even crossing your legs to pause the music you’re listening to.

Will these kinds of wearables take off? What will they look like? How will they work? Let’s take a look at some examples.

Project Jacquard

Google’s ATAP (Advanced Technology and Projects) division showed off Project Jacquard at I/O this year with the aim of bringing touch-sensitive clothing to the mainstream. The demo revealed how it might work. It’s a highly conductive yarn that can be weaved into clothing or any other material. It can create gesture-sensitive areas that could be invisible in the finished garment, but it requires embedded electronics to work. The idea is to miniaturize these to button size, and they’ll link up the clothing to your smartphone or another device wirelessly, via Bluetooth (at the moment).

The smart move here on Google’s part is to go directly to fashion brands with the technology and work with them on delivering it in garments. One of the major problems for wearables so far has been that tech companies don’t necessarily know how to make something that people want to wear from an aesthetic point of view. Apparently Levi is already on board and that’s the kind of brand that could give something like this a big push into the market.

It’s a long way off right now, and there are a lot of hurdles to overcome. The yarn is apparently washable and there’s no issue making the electronics waterproof, but does it make sense to have a complete set of electronics in each item of clothing? What would that add to the cost? What would happen with repairs? Can it be recycled? It may make more sense for the fabric to be part of the clothing, but the electronics to be a separate component that’s plugged in when needed. These are all issues that have yet to be solved.

Google also showed off Project Soli at I/O, which is a way for our wearables to track micro-gestures. It could empower us to make wee hand gestures to activate features. It uses radar to track our hand movements, so you could maybe make a gesture like turning a volume dial down in the air and actually turn the volume down.

Other smart clothes

ralph-smart-polo

There are a lot of smart clothes due to hit the market. The fitness category, predictably enough, is leading the way again. We’ve seen the Athos apparel line, Cityzen Sciences D-shirt, Ralph Lauren’s Polo Tech Shirt, Sensoria’s Smart Socks, and Hexoskin’s clothing line. They all track your activity and send biometric data to an app on your smartphone or tablet.

There are also some slightly wacky-sounding ideas in wearables. Back at CES there was a motorized belt called Belty that got a lot of attention. It can automatically loosen and tighten your belt for comfort, monitor your waistline, and of course track your fitness.

The Bionic Bra is an attempt to create an automatically adjusting bra for women to free them from the pain of improper breast support.

Then there’s the huge potential in the kid’s market, driven by parent paranoia, where we’re starting to see wearables like Pacif-i, which is a “Smart Pacifier” that tracks your child’s temperature and sends updates to your Android or iOS device.

Project ATTACH

Another interesting project that caught our eye is taking place at the University of California, San Diego, where a government grant of $2.6 million is funding research into smart fabric that’s capable of regulating your temperature.

The idea behind Project ATTACH is that the fabric gets thicker when the environment grows colder and thinner if it gets hotter.

The idea behind Project ATTACH (Adaptive Textiles Technology with Active Cooling and Heating) is that the fabric gets thicker when the environment grows colder and thinner if it gets hotter. It tries to keep your skin temperature at a comfortable 93 degrees Fahrenheit.

There’s even talk of it being powered by biofuel cells that can harvest electrical power from human sweat. It’s a cool idea, but we don’t expect to see anything like this for quite some time.

A wearable ecosystem

A lot of these wearables are limited in scope. The expense for a single item of clothing that has limited capabilities is definitely off-putting. But perhaps if we reach platform standardization for wearable clothing we’ll really see some movement. If Google can get fashion designers interested in using Jacquard, and get developers interested in creating apps for it, then it could be uniquely well-placed to drive a whole ecosystem.

As with every hardware platform, it only becomes vital when we see a set of killer apps emerging. Wearables so far haven’t really moved beyond a shortcut to the phone in our pocket. There’s surely untapped potential here, and clothing that’s interactive seems to offer an entirely new avenue for creative thought about what wearables might do for us, but until developers create those apps it’s tough to see this taking off.

Who’s buying?

google smart lens 2

There are some clever ideas for how wearables might improve life for people suffering from various conditions. Google’s smart lenses for diabetics are a particularly interesting example. For sports-pros the fitness tracking wearables offer some benefits in terms of comfort and accuracy over existing technology. They’re sure to serve a niche demand, but do the rest of us really need this kind of technology? There are still questions about how you’d care for a smart garment, how to power it, and even how safe it would be. The potential is exciting, but that’s all it is for now.

What wearable are you waiting for? What would really get your attention and prompt you to hand over your cash? Hit the comments.

9
Jun

Solar storm-monitoring satellite reaches orbit a million miles away


NOAA’s Deep Space Climate Observatory (DSCOVR) almost become a very expensive piece of junk. It spent over a decade in storage until the Air Force injected the project with $35 million in much-needed funding. Now, the satellite has finally made it to its destination more than 100 days after SpaceX’s Falcon 9 ferried it beyond our atmosphere during its first ever deep space flight. DSCOVR is now in its final orbit: a place called Lagrange point 1 (L1), located a million miles away from our planet or around four times farther than the moon. That position gives the satellite a clear view of both the sun and the Earth, allowing its instruments to effectively monitor solar winds, as well as measure ozone amounts and the planet’s radiation budget.

According to one of NOAA’s assistant administrators, Stephen Volz, the satellite “will trigger early warnings whenever it detects a surge of energy that could cause a geomagnetic storm,” which could, in turn, cause telecommunication, GPS and aviation issues, as well as power disruptions. The data it’ll send back will give the agency the power to predict storms’ magnitudes per region, with help from a new forecast system. DSCOVR “will soon be ready to begin its mission,” project manager Al Vernacchio said, but NOAA first has to check whether all of its instruments are in working order. Once it’s switched on, NASA said it will be officially known as the “first operational space weather satellite in deep space.”

[Image credit: NASA]

Filed under: Science

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Source: NASA