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Looks like the Infuse may soon get its screen size crown snatched. HTC Inside somehow got a hold of some images of what appears to be HTC’s next Windows 7 Phone megaphone — the appropriately-named Eternity.
The phone’s biggest pull so far is clearly its 4.7-inch screen, which tops even the 4.5-inch one on the Infuse. If the rumors are true, the Eternity will run on a 1.5GHz processor and come equipped with a 8-megapixel camera. On the device’s front is a 1.3-inch camera, the existence of which should give you something of an idea of when the Eternity will hit stores. Considering that support for front-facing cameras will come with Mango, it is safe to assume that the Eternity will arrive sometime this fall.
Another safe assumption is this: The Eternity’s battery life won’t be all that great. With a 4.7-inch screen and a 1650mAh battery, the Eternity’s title certainly won’t apply to how long the thing lives on a single charge. Then again, that shouldn’t come as much of a surprise anymore.


“A phone today is a a value-added service, a ‘teleputer,’ a creature born with genes coming from a cell phone and a personal computer,” according to independent researcher Szymon Slupik.
Speaking yesterday at the invitation-only Emerging Communications Conference & Awards (eComm), the Krakow-based futurist explained that by 2020, a mobile phone as we know it will disappear, evolving into a device linking our senses directly with senses of other people or with machines. What device will displace the role of today’s smartphone:Internet glasses.
Internet eyeglasses concept presented by Szymon Slupik at eComm 2011
“Voice was always organized in sessions with a beginning and an end. Today we have threads. So when a thread is started it never ends and we have many continuing in parallel. Think of your email, RSS feeds, Twitter, etc. So this is how our brain works. The phone of tomorrow will be telecoupling us and machines,” Slupik said. This is analogous to acoustic coupling, information will be transmitted directly to our brains via wireless gateways.
So how do we get there and when? The key, said Slupik, is to bypass tiny screens and keyboards altogether and look to emerging technologies that can free up the bandwidth bottlenecks caused by aging paradigms. Think “screenless instead of better screens. Touchless instead of better touch.”  The two key technologies:
  1. Laser based displays - MEMS (microelectromechanical systems)-based laser projectors can display images directly on our retinas while not blocking our sight, enabling mixed reality vision. The beauty is that it is so small that it can already be integrated into eyeglasses.
  2. Brain waves sensing - We need to control the functions by the mind to become really hands free.  Aided by eye tracking, direct brain links will provide touchless input. Sound far fetched? It’s not. Major universities continually report progress with brain implants used in lab rats and humans, while commercial applications for noninvasive coupling with human brain signals are also emerging.  A Japanese company recently announced cat ears that can be worn on the human head and manipulated with nothing but the mind.
Slupik believes that we are on the verge of a hardware revolution that will allow for computer senses and the brain to be networked by the end of this decade. The result will be an unleashing of unimaginable usage scenarios. Computers in the cloud will be fully aware of our context, receiving a continuous stream of what we hear and what we look at and, in turn, sending us back contextually-aware information, such as hints, translations, and guidance.
After his talk, Slupik gave me another example. Imagine remotely flying a drone equipped with a camera somewhere in Australia and being able to see the image projected on your eyeglasses. In effect, you’ll will be able to hear with somebody else’s ears and see with somebody else’s eyes.
eComm 2011 is underway at the San Francisco Airport Marriott and continues through tomorrow. You can follow the event on Twitter using the hashtag #eComm.

An ethical hacker demonstrated exactly what you can make with $1500 worth of equipment: a cell phone call interceptor. Using not much more than a laptop and two RF antennas, Chris Paget showed off his interception technology at DefCon 2010, convincingly proving just how unsecure2G GSM networks are.

His equipment managed to fool cell phones in the audience that the setup was a real cell phone base station, and when they automatically routed their calls through it, he was able to intercept and record the conversations, which included encrypted calls. While this technology only works on outgoing calls at present, Chris Paget’s equipment can easily be duplicated, a worrying fact by itself, apart from the flaw in 2G GSM network acquisition protocols, which automatically redirect phones to connect to the base station with the strongest signal, regardless of its origin. In this manner, encrypted calls are not free from interception, because the base station can simply deactivate it once it acquires the signal. Though GSM specs insist that a cell phone should display a warning if it is forced to connect to a station that doesn’t have encryption, most SIM cards disable this feature to avoid innumerable alerts during operation. In essence, your call could be intercepted and recorded without your slightest knowledge.

This technology is nothing new in theory, and governments already use what are called IMSI catchers to pull off a similar feat, which can even capture data transfers. However, what is revolutionary is the low-cost and ease with which the setup can be made and procured, by anyone from the common man to the underfunded terrorist.

As you can imagine, the demonstration has already created a furore in the industry, with security experts as well as carriers suddenly worried about how to make 2G GSM networks safer. On the flip-side, maybe a version of this technology could be used by governments to monitor calls that they were previously unable to decrypt, specifically, the Indian government’s current need to decode BlackBerry calls


source: digit

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