Tagged: technology

April 6th, 2010

It’s a Jungle Out There: The iPad is Released Into the Wild

Unless you’ve been underwater for the last 72 hours, you’ve witnessed the media explode with coverage of the iPad’s release “into the wild.”

For those of us who weren’t lucky enough to try out the latest gift from Apple first hand, gadget blogs and amateur Twitterers alike expounded on the strengths and weaknesses of this little modern marvel.

We shouldn’t have to tell you how cool this thing is—the genius of its portability and sleek design is enough to forgive its somewhat unfortunate name. But you might wonder, how could Apple make something that was anything less than amazing?

Some marketers may have a word or two to say about that. As MarketingVox pointed out, there are some potential holes in the iPad’s integration into the media jungle:

-No Flash. This is a biggie. Lots of ads won’t be visible, and even if advertisers catch up with HTML5 quickly, there’s no way to track responses.

-No multitasking. In a world where we drive while putting on makeup while on a conference call while texting friends while doing a sodoku, how do they expect us to cope with running only one app at a time?

But thank goodness, Google comes to the rescue–AdWords will include the iPad as one of their trackable mobile devices, so we won’t be completely thrown off track.

March 8th, 2010

Skinput Turns You Into Your Own Keypad

We love the slim, sleek design of portable electronics these days, like the iPhone. One of the only reasons phones and MP3 players haven’t shrunk beyond human visibility is basically because, well, the buttons need to go somewhere.

As mobile devices get teenier and tinier, manufactures have been trying to fit buttons and controls onto the diminishing surface area. But with a brand new technology created by researchers at Carnegie Mellon and Microsoft called Skinput, this may never be a problem again.

Skinput is a bio-acoustic sensing device that uses your own skin (your arms and fingers) as a space for buttons and controls. The user wears an armband with a small projector that displays menu options on the arm. When the users touches a button, an acoustic sensor analyzes distinct sounds made on the surface of skin related to specific bone density, joints and tissue. That information is delivered through a Bluetooth device back to the device to determine what button has been pressed.

So if you thought people looked funny walking down the street talking into invisible earpieces, imagine people on the subway tapping their own fingers to change a song on their iPod.

Watch the video to see Skinput in action: