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Now that Google Glass and Oculus Rift have entered the zeitgeist, might we start to see VR and AR products popping up on every street corner? Perhaps, but Meta has just launched an interesting take on the concept by marrying see-through, stereoscopic, display glasses with a Kinect-style depth sensor. That opens up the possibility of putting virtual objects into the real world, letting you “pick up” a computer-generated 3D architectural model and spin it around in your hand, for instance, or gesture to control a virtual display appearing on an actual wall. To make it work, you connect a Windows PC to the device, which consists of a pair of 960 x 540 Epson displays embedded in the transparent glasses (with a detachable shade, as shown in the prototype above), and a depth sensor attached to the top. That lets the Meta 1 track your gestures, individual fingers and walls or other physical surfaces, all of which are processed in the PC with motion tracking tech to give the illusion of virtual objects anchored to the real world.

Apps can be created via Unity3D and an included SDK on Windows computers (other platforms will arrive later, according to the team), with developers able to publish their apps on the upcoming Meta Store. The group has launched the project on Kickstarter with the goal of raising $100,000 to get developer kits into the hands of app coders, and though it’s no Google, Meta is a Y Combinator startup and has several high-profile researchers on the team. As such, it’s asking for exactly half of Glass’ Explorer Edition price as a minimum pledge to get in on the ground floor: $750. Once developers have had their turn, the company will turn its attention toward consumers and more sophisticated designs — so if you like the ideas peddled in the video, hit the source to give them your money.

Filed under: Wearables

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Source: Kickstarter

It’s been almost a month since KEF announced its first headphone series, and yesterday we finally got the chance to try out its M500 cans and M200 in-ears at the company’s Hong Kong launch event. In fact, it’s worth noting that while KEF originated from the UK 52 years ago, it’s been part of Hong Kong’s Gold Peak Group since 1992. That said, much of KEF’s R&D is still done back in an English county called Kent, where the engineers attempted to port their company’s sonic signature over to its M series headphones. The result? Let’s just say we prefer one to the other.

Filed under: Portable Audio/Video, Wearables

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Google I/O 2013 is entering day two in San Francisco and a Google Glass developer session is happening right now. The focus is on the current Mirror API, which allows for online, web services-based apps that push simple content to the headset. This enables current apps like the New York Times. But, the Mirror API is quite limited, allowing only online apps and not providing any direct access to the Glass hardware. That’s changing, though, with Google announcing the Glass Developer Kit, or GDK. This will allow for Android apps that run directly on the Glass hardware, providing much greater functionality and offline access. When is it coming? “Sometime in the future” is the best we’re able to get.

Filed under: Wearables, Google

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Source: Google “Developing for Glass” session

If you missed out on the L.A. Lights craze of the early ’90s, fear not — there’s hope for you yet. Adafruit’s DIY enhancement for Converse All-Stars takes customized kicks to a whole new level with the science of electroluminescence. To light up the star on your Chucks, all you need is a pair of EL panels, tiny inverters (like a coincell or AAA battery type), some common household tools and half-way competent sewing skills. So, if you want to add some flash to your footwear and become the coolest kid in school, check out Adafruit’s simple tutorial, embedded after the break.

Filed under: Misc, Wearables

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Source: Adafruit

As a part of the 7 Techmakers and a Microphone panel tonight at Google I/O, Project Glass Staff Hardware Engineer Jean Wang dropped in this slide reflecting on the process of developing the headset. We’ve seen pictures of a few early Glass prototypes before, but as she describes, this shows off the full process from strapping a cellphone to a pair of goggles along with a pico projector shining directly into the wearer’s eyes. The jump from off the shelf components to custom 3D-printed materials is represented in the third version (top right), and allowed the progress seen along the bottom row.

She also got a laugh pointing out that the Glass-inspired SNL skit starring our friend Fred Armisen wasn’t “too far off” the team’s initial efforts in gesture and voice control. The panel itself focused on a series of TED-style segments featuring seven women discussing being technical leaders inside their company. You can check out the entire thing embedded after the break or just zoom to the Google Glass part (6:13) for more details.

Filed under: Wearables, Google

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Via: Danny Sullivan (Twitter)

Source: Google Developers (YouTube), Google Developers