Hasta La Gadget!

Last year when I saw YEI Technology’s Unreal Engine demo of their 3-Space Sensors, I mentioned how it might be able to integrate with the Oculus Rift for a more immersive virtual reality experience. Turns out the company had the same plan all along. YEI recently launched a Kickstarter fundraiser for PrioVR, an improved and affordable version of the 3-Space Sensors.

The PrioVR sensors are significantly smaller than the 3-Space Sensors and will also include an input unit. The latter is for plugging in additional external input, i.e. physical controllers such as a joystick or a gamepad. Data from sensors and input units will be sent to a “centralized wearable wireless hub architecture”, which in turn will beam the data to a base station that has a USB output.

PrioVR currently comes in two developer kits: PrioVR Lite includes 11 sensors, 1 input unit, the wireless hub, the base station plus the straps needed to wear all of the electronics. The PrioVR Pro kit adds 6 more sensors and 1 more input unit to the Lite kit. As expected, the kits will come with SDK and API so developers can adapt or build games around PrioVR. YEI Technology also said that “major game engines will be supported” and that they will also release “demo projects and open source code examples.”

Pledge at least $450 (USD) on Kickstarter to get a PrioVR dev kit as a reward. I wonder what gaming companies and console makers think of all these virtual reality hardware. The Omni VR treadmill in particular seems to be in direct competition with the PrioVR. I also find it hilarious that Nintendo, Sony and Microsoft seem to have given up on motion-controlled gaming when in fact they popularized it with their respective efforts, especially with the Wii and the Kinect. I guess they weren’t able to connect the dots to virtual reality. Perhaps no one really did until the Oculus Rift hit the scene.

However, while the PrioVR and other VR hardware have immense potential, I think it’s safe to say that we’re still years away from seeing consumer versions of any of them. I think the manufacturers need to sort out who their partners will be and eventually release a complete package for consumers and game developers alike. They can’t expect us to buy various VR hardware separately without knowing which games they’ll work with. Remember, as of now these sensors and headsets are separate from PCs and consoles – you know, the machines that actually run games. If folks are already balking at the Xbox One’s price, imagine how they’ll react when they find out you have to shell out hundreds of dollars for a console or a gaming PC, $300 for the Oculus Rift and then $450 more for the sensors. Holy crap. A subscription-based cloud gaming setup – with free-to-play games – almost makes sense from my wallet’s perspective.

[via PrioVR]

When I look around the technology space, I can’t think of any single product that is so poorly associated with another device than Microsoft’s Kinect. The sensor, which is supposedly designed with gamers in mind, actually delivers very little value to gamers nowadays. In fact, the Kinect is designed for computers and entertainment – gaming is an afterthought.

Since its release years ago, the Kinect has been bundled with Microsoft’s Xbox 360 and will make a showing in the Xbox One box. Microsoft, meanwhile, continues to pretend that the Kinect is a great tool for gamers who want to get more out of their titles.

Unfortunately, a few game developers have helped Microsoft extend this myth. Electronic Arts, for example, used the Kinect in all kinds of ways in its last version of Madden NFL. But after the novelty wore off and wives got tired of their husbands calling an audible in the middle of the night, gamers went back to their controller and stopped the nonsense.

Let me be clear: Microsoft’s Kinect is by no means a bad product. In fact, it’s arguably one of the most sophisticated devices on the market, and one that’s worth trying out for just about anyone. But to say that it’s a gaming product ignores the true value of the device and what it can offer to tech lovers around the world.

“To say that it’s a gaming product ignores the true value of the device.”

As Microsoft showed with its Xbox One presentation, the Kinect thrives as an entertainment device. Its support for voice commands means controlling devices and entertainment is simple. And with a few waves of a hand, the Kinect can perform all kinds of functions for those who need a more intuitive experience. Gaming, meanwhile, never comes into play.

On the PC side, the Kinect is even more compelling. The device is being used by developers in all kinds of interesting ways, including allowing folks who are used to the mouse and keyboard to enjoy a more intuitive experience when interacting with Windows. More entertaining developers have found ways to leverage its camera for all kinds of fun tricks.

Meanwhile, developers continue to bundle some Kinect functionality into their video games. However, the vast majority of those installations have proven to be unnecessary add-ons that lack innovation and uniqueness and seem like they were tacked on for the sake of placating Microsoft.

The Wii’s dramatic rise and fall should prove to us all that while motion gaming was fun for awhile, it’s yet another idea that has been ignored by savvy gamers.

Getting more out of consoles, however, is not something that savvy gamers mind. In fact, it’s what they’re coming to expect. And in that regard, the Kinect is delivering. The device is the ideal living room companion, the best alternative to a remote, and is quickly becoming a gateway to entertaining content.

In other words, the Kinect has less and less to do with gaming each passing day.

Let’s Stop Pretending the Kinect Is A Gaming Device is written by Don Reisinger & originally posted on SlashGear.
© 2005 – 2013, SlashGear. All right reserved.

This week as the Xbox One is introduced to the world, the company opposing Sony and their PlayStation 4 have taken an entirely different approach to its first reveal: console, Kinect, and controller included. If you decided that you weren’t about to connect a motion-tracking device to your gaming console no matter what the trends

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We’ve been hearing a lot about motion tracking as of late, the Leap Motion being the most popular device that is making its way to the public. However, a new mechanism is looking to gain some ground and has popped up on Kickstarter. The DUO 3D sensor claims to be the “world’s first and only DIY 3D sensing solution.”

The DUO 3D sensor is open source, meaning that you can do anything with it that you please. It comes with open hardware plans, and you can get it in kit form where you assemble it or you can get fully assembled devices. The drivers and SDK are also open source, so there’s quite a bit that you can do with it right off the bat.

The company even claims that the sensor is practically plug-in-play, where you just plug it in, download the necessary software, and start playing around with it “within minutes.” From the video itself, the DUO looks to be extremely accurate, tracking fingers with every slight move. From the looks of it so far, it’ll definitely give the Leap Motion a run for its money.

The “DIY” portion comes into play with the open source hardware blueprints that you can purchase (or “back” in this case). The hardware plans will provide you with everything you need, but it’ll be up to you to get the parts and assemble it. However, you can modify the plans however you wish and truly make it your own.

Pledging $10 gets you the SDK, while $20 will get you the hardware plans, as well as the SDK. $40 will get you everything previously, as well as a custom-molded case for your 3D sensor. $140 will get you a fully-assembled kit, while $110 will score you all the parts you need to assemble it yourself.

DUO 3D sensor shows up on Kickstarter, claims that “anyone can build” it is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

As Leap Motion dev units have begun shipping out, developers have been toying with the motion-tracking device to find unique uses for it. One developer in particular ended up using his unit to help him out with his music recording. Stephane Bersot used the Leap Motion to play air drums, change the pitch of his guitar, and even control the EQ on his piano keyboard.

Essentially, the Leap Motion is able to change the pitch of the guitar chords based on the position of the guitar’s headstock, meaning that there’s no need for players to use a tremolo bar or bend the strings while playing. The device can also track specially-made drum sticks that allow the Leap to track the end points of the sticks to play the beats.

However, that seemed to be Bersot’s most difficult challenge. He says “it wasn’t easy to play drums with it,” and it actually needs more work to make it more stable. Essentially, Bersot used the velocities and positions of the drum sticks on the X axis, and had it play the note at just the right time during the down motion.

We’re assuming Bersot’s project is just for fun, since it doesn’t seem like he plans to release something like it anytime soon, but it goes to show the potential of the Leap Motion device. While it can be used to track your hands to move objects on a screen, the implications of such a device go way beyond what one might think.

[via MAKE]

Leap Motion sees its potential as a possible musical device is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.