BlackBerry isn't quite done yet. The beleaguered handset maker may find some new life as Ford is reportedly considering using BlackBerry's QNX software in cars, according to Bloomberg sources. Ford currently has more than 7 million vehicles that use Microsoft's Sync technology, so any change would be a blow to the Redmond company.
BlackBerry's QNX software, which it acquired in 2010, is already inside cars made by BMW and Audi. The company has been maturing QNX in cars for the past few years. Microsoft Sync is used by various automakers, but Ford is the biggest adopter of Microsoft's technology. The timing of a potential change is perfect for BlackBerry because the connected car market has been slowly building as consumers adopt smartphones; it's a bit of a lagging adoption as the in-car systems use smartphones for apps, media and connectivity. Now that smartphone adoption is peaking in the U.S., for example, I'd expect connected car demand to start rising at a quicker pace.
While it's a long shot of an idea, I can't help but wonder if getting QNX in millions of cars could do anything for BlackBerry's handset business. I don't mean the current BlackBerry 10 devices; I'm -- For more information read the original article here.
The Samsung Galaxy S5 will get its official debut in just a few hours at a special event in Barcelona at this year's Mobile World Congress, but you can see what it looks like right now thanks to a massive leak of photos coming from two different sources, including SaudiAndroid and HardwareZone. The pics show a device that remains very similar to previous generations, with a strongly dimpled plastic back, larger display and built-in fingerprint scanner.
The S5′s dimensions put it squarely between the Galaxy Note 3 and Galaxy S4, allowing for the larger 5-inch diagonal display that has been rumored already. The original Galaxy Note, you may recall, had a 5.3-inch diagonal display, which means the main flagship is approaching the original phablet's dimensions slowly but surely.
the iP1 system features microchips inside the smartwatch, which communicates with the gun to activate its firing switch.
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