Most people know Microsoft’s Kinect
as a the motion sensing device you can hook-up to your Xbox to track
your moves onscreen while playing virtual tennis or bowling. An
accelerator program at Microsoft challenged budding entrepreneurs to
create innovative ways to use the Kinect technology — and they created a
lot more that just games.
Eleven teams of entrepreneurs worked 13 weeks with $20,000 to
fine-tune their creations and presented their ideas to a room full of
investors on Thursday in Seattle. The companies were selected from 500
that applied from around the world.
Microsoft accelerator presented by TechStars is a startup incubator
that nurses innovative ideas. For this round of the accelerator program,
program participants utilized Microsoft’s
Kinect technology. The Microsoft accelerator program is accepting application for its fall class of startups
from now until July 13. The upcoming program will “build on the success
of the Kinect class and offer a fall class focused on Windows Azure and
cloud-based startups,” notes Microsoft in a press statement.
The entrepreneurs used Kinect for Xbox 360 and Windows to create myriad of ideas, from healthcare-related to entertaining.
Microsoft provided explanations of each of these startups:
Freak’n Genius makes it possible for anyone to animate instantly using Kinect for Xbox.
GestSure Technologies has developed a device that allows surgeons to
navigate patient MRI and CT scans in the operating room while
maintaining sterility.
Developed while coaching some of the most elite athletes in the
world, IKKOS is changing the way the world learns movement by using
Kinect. The product aims to assist athletes in performing better than
they thought possible through teaching physical movement faster than
traditional methods. The product is also being validated to teach stroke
patients how to regain movement with Dr. Richard Macko, director at the
Veterans Administration Center of Excellence for Exercise &
Robotics in Maryland.
Kimetric uses Kinect for Windows sensors strategically placed across
a store to gather useful data, helping a retailer better understand
consumer behavior and, at the same time, allowing the creation of a new
interactive shopping experience for customers.
Jintronix uses Kinect for Windows to track a patient’s movements as
he or she performs rehabilitation within a virtual environment,
increasing accessibility and engagement while lowering cost. Jintronix
uses the depth-sensing and gesture technology of Kinect for Windows to
improve healthcare and rehabilitation.
Manctl seeks to bring 3-D capture to the masses by producing 3-D scanning software solutions based on consumer-grade depth
sensors such as Kinect for Windows. With their main product Skanect,
French co-founders Nicolas Burrus and Nicolas Tisserand challenge other
expensive and complex 3-D scanning solutions by offering a
cost-effective way of producing real-world 3-D models of people, places
and things.
NConnex is designed to allow for 3-D room scanning using Kinect for
Windows. Their product, NConnex Designer, allows users to digitally
place furniture in their homes and get a feel for sense of space before
purchasing.
Based in Los Angeles, Styku is empowering consumers to “try before
they buy” using a virtual fitting room technology enabled with
Kinect for Windows.
Ubi interactive can turn any surface into a 3-D, multitouch screen with Kinect for Windows.
Voxon, based in New York, is developing the first open hardware
reference designs and standards for “voxie” volumetric 3-D movie capture
and display with the introduction of the VoxieCam, VoxieStage and
VoxieBox. The founders are eager to release these kits into the creative
community so visual artists, makers and game designers can begin
building experiences that will usher the public into the volumetric age
of “holographic” entertainment and education.
Zebcare uses Kinect for Windows to monitor the well-being of seniors
in real time, without the use of images or video. Zebcare provides
ongoing reassurance that loved ones are active and well.
Check out this video of Microsoft executives explaining why they started the Kinect program and check out where it all happens:
No comments:
Post a Comment