| IO2 develops technology and associated intellectual property
relating to advanced interface platforms including patented, as well as
patent pending systems.
The Heliodisplay is one product line
commercialized from part of our core technology developed at
IO2.
The
productization of the current Heliodisplay system,
represents a component of the IP available for license.
More advanced versions of the current technology are
under development including alternate free-space
imaging systems to meet the future growing demand
for digital communication and representation.
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For further information regarding licensing contact:
enterprise@io2technology.com
Lack of Physical Screen Images hover above the Heliodisplay. The translucency is controllable. Thus, the Heliodisplay allows for easy communication through the image, for unobtrusive viewing and for easy re-use of space.
Ease of Use The Heliodisplay is self contained. It accepts most video sources and requires minimal computer processing power for its interactive capabilities.
Interactive The image generated can serve as an input device "a virtual touchscreen". Just as a user can manipulate an image on a computer screen with a mouse, a user can manipulate the floating image by touching the air into which the image is projected (navigate, translate, select icons, etc.).
Dual Viewing The
core technology supports viewing from both the front and the back. Two people sitting opposite each other can view exactly the same image or separate images while interacting with the images concurrently. Additionally, the
core technology can provide discrete, private viewing by generating an image visible from one side and invisible or visible (reversed) from the other side.
Scalable The Heliodisplay is scalable. The technology can be scaled up and oriented vertically or horizontally. The technology is also customizable for different applications, including image size, resolution, interactivity, etc. We have built Heliodisplays with various form factors; down to the small lunchbox as well as alternate larger systems with different imaging
characteristics to serve specialized applications. |