Wednesday, March 12, 2014

drag2share: Carrier Billing Is An Alternative Way To Pay On Mobile รข And It's Beginning To Catch On

source: http://feedproxy.google.com/~r/businessinsider/~3/GsBZmuS1FpA/carrier-billing-hasnt-gone-away--here-is-why-it-has-got-developers-app-stores-and-mobile-carriers-so-excited-2-2014-3

Carrier Billing Share

You may remember carrier billing from the early days of cellphones — you bought a ringtone via text and added the cost of the purchase directly to your mobile bill.

Once we entered the mobile Internet age though, and the things you could purchase from your phone expanded dramatically, carrier billing was mostly forgotten. 

Instead, there's been a lot more focus on mobile payments startups. Venture capital firms and traditional payment players have shown more interest in software-centric payment tools, like Square and Stripe. 

But now a recent report from BI Intelligence finds that carrier billing is being updated for the mobile app age. While the concept of adding charges to one's mobile bill hasn't changed, carrier billing technology has made some giant leaps. It now offers a smooth, low-friction way for consumers to pay for digital content like apps and tokens within apps.

That's why it has developers, app stores and mobile carriers so excited.

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drag2share: The Best Add-Ons for Google Drive

Source: http://lifehacker.com/the-best-add-ons-for-google-drive-1541643206/@barrett

The Best Add-Ons for Google Drive

Yesterday, Google introduced add-ons for Google Docs and Sheets . These add-ons allow you to add all kinds of functionality to your documents, including signing faxes, creating bibliographies, and more. While it's still in its infancy, here are a few of the best add-ons available at launch.

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drag2share - drag and drop RSS news items on your email contacts to share (click SEE DEMO)

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Article: Sony Xperia Z2 20.7MP camera and 4K video shown off in shots of Tokyo at night

The Xperia Z2 went for a little walk about Tokyo, snapping up beautiful photos of the night and some 4K video too. The Chinese blog Ring HK shared the 20.7MP photos and short 4K video clip on their site. They were sure to let us know that the Z2 in use was an engineers test unit, not the finished...

http://www.androidauthority.com/z2-20-7mp-camera-tokyo-356038/

Sent via Flipboard

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drag2share: This is the thinnest LED that anyone can make

source: http://www.engadget.com/2014/03/11/thinnest-led-ever/?utm_source=Feed_Classic_Full&utm_medium=feed&utm_campaign=Engadget&?ncid=rss_full

Three-atom thick LED from the University of Washington

Companies have been racing to slim down LED backlights as devices get ever thinner, but the University of Washington may have just beaten everyone to the finish line. Its scientists have developed an LED that, at three atoms thick, is easily the thinnest LED to date -- in fact, it's impossible to build something thinner using current knowledge. The key ingredient is tungsten diselenide, the thinnest known semiconductor. A single sheet of the material is less than a tenth as thick as a conventional LED, but still emits measurable light. It's flexible and strong, too. On a basic level, the technology could be handy for optical circuits, nanolasers and other areas where miniscule lighting is necessary. However, the researchers also see uses for their LED in mobile devices -- it could end up in wearables and other gadgets where even a slight difference in thickness could make a big impact.

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drag2share: Here's The Technology That's Going To Make Your Phone's Internet 1,000 Times Faster Than 4G

source: http://feedproxy.google.com/~r/businessinsider/~3/QNSwnP6BNJs/everything-you-need-to-know-about-pcell-2014-3

What is pCell?

Cell towers as we know them today can be visualized as giant umbrella tops. You deploy them, and they broadcast a bubble of reception that gets weaker as you get farther away. They have to be far enough away from each other so as to not cause interference, but close enough together that you can move between their areas of coverage and still have cell service. If you have too many people in one place, their data use can bog down a tower for everyone.

Artemis' technology takes a very different direction. Rather than carefully spacing out a relatively small number of towers, Artemis wants to deploy a massive number of boxes the size of routers — called "pWaves" — that will provide much better service to a much smaller area.

Rather than working against interference, pCell embraces the collision of radio waves. By combining the incoming signals from several of the pWave base stations, each pCell user is given the equivalent of their own "personal cell" (hence the name) — which basically means getting full bars of LTE at all times becomes the new standard, while "good" signal strength means getting a signal that's as much as 1,000 times faster than what we're all used to.

pWaves

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