Hypersurfaces
Hypersurfaces
Seamlessly merging the physical and data worlds

APPLICATIONS

 
bg_203.png
HyperCars   Enhance product experience by adding robust touch and gesture sensitivity to any part of the interior i.e. cockpit, doors, seats etc. Any shape, any material with full freedom of design.

HyperCars

Enhance product experience by adding robust touch and gesture sensitivity to any part of the interior i.e. cockpit, doors, seats etc. Any shape, any material with full freedom of design.

HyperRetail   Augment customer experiences by adding touch and gesture interactivity to store environments and improve footfall monitoring and analytics.

HyperRetail

Augment customer experiences by adding touch and gesture interactivity to store environments and improve footfall monitoring and analytics.

HyperElectronics   Enable a more natural way of interaction by extending the user interface beyond the device itself. Devices become touch sensitive regardless of shape or material - opening up the possibility of consumer electronics made from wood, even.

HyperElectronics

Enable a more natural way of interaction by extending the user interface beyond the device itself. Devices become touch sensitive regardless of shape or material - opening up the possibility of consumer electronics made from wood, even.

 
HyperStructures: walls, floors, objects, spaces   Any object or space becomes smart. Any piece of furniture becomes interactive. The possibilities are limited only by creative imagination.

HyperStructures: walls, floors, objects, spaces

Any object or space becomes smart. Any piece of furniture becomes interactive. The possibilities are limited only by creative imagination.

HyperReality   Interact with real world objects with an unprecedented level of sensitivity and responsiveness.

HyperReality

Interact with real world objects with an unprecedented level of sensitivity and responsiveness.

HyperAnalytics   Enable a deeper understanding of how products are being used

HyperAnalytics

Enable a deeper understanding of how products are being used

FREEDOM OF DESIGN   Sensing unconstrained by size, shape, material or thickness

FREEDOM OF DESIGN

Sensing unconstrained by size, shape, material or thickness

CUSTOMISABLE   Our algorithms can be trained to recognise any pre-trained vibrational pattern

CUSTOMISABLE

Our algorithms can be trained to recognise any pre-trained vibrational pattern

HIGH SENSITIVITY   (activation force <1g) Sensor can be hidden or even tucked away inside the object

HIGH SENSITIVITY

(activation force <1g) Sensor can be hidden or even tucked away inside the object

EMBEDDABLE   System on a chip

EMBEDDABLE

System on a chip

DETECTION   Specific gestures or patterns, position, speed and strength

DETECTION

Specific gestures or patterns, position, speed and strength

SCALABLE   One sensor can allow for many interactions at once

SCALABLE

One sensor can allow for many interactions at once

LOW POWER   Typical power supply needed &lt; µA

LOW POWER

Typical power supply needed < µA

PRIVACY   Vibrations are a non-intrusive sensing method

PRIVACY

Vibrations are a non-intrusive sensing method

SUPPORTS ANY TYPE OF INPUT   Compatible with any interaction causing a vibration

SUPPORTS ANY TYPE OF INPUT

Compatible with any interaction causing a vibration