The tech behind the touch

Solid surface touch experience solutions

UltraSense is changing the way we interact with the vehicle

Experience the latest TECH BEHIND THE TOUCH at CES 2025,
January 7-10, 2025, Las Vegas CC, West Hall, Booth 3266.

Powering SmartSurface Touch Interfaces

Steering Wheel
Gesture technology enables turn signal & wiper stalk replacement. Thinner form factors offer stow ability option.

Overhead & Lighting
Overhead control modules offer from moonroof to HomeLink. Personalized Multi-Function lights without the “click”. Removal of clunky mechanical controls.

Automotive Interiors

Center Console
HVAC & Infotainment controls built into trim. ShyTech hidden-then-lit capabilities.

Door
Door Unlock with at-Edge Illumination, Audible, Haptic Feedback. Optionality to enable upgrade to SafeExit capability. Seating controls; window controls.

Passenger
Multiple interior surfaces applications deliver optionality consistency to support premium experiences: Basic plastic and glass to metal, and natural and soft surfaces.

UltraSense solutions integrate:

Multi-mode touch sensing
Illumination
Haptic feedback
AI/ML algorithms

Superior Tech

Highly accurate multi-mode sensing replaces mechanical buttons and works with the widest range of materials, including glass, plastic, metal, wood, and leather.

“Secret-until-lit” active touch areas enable minimalist designs
Configurable illumination and haptics offer a customized experience
AI / Machine Learning processing and algorithms eliminate corner cases for the ultimate touch pattern recognition

Global Partnerships

UltraSense Systems is founded and led by Silicon Valley technologists with unmatched experience in sensing, processing, software, and connectivity.

Long-standing global partnerships for supply-chain reliability
Optimized design-build process for rapid time-to-market
ISO certifications and quality management systems
Supported by prominent investing partners

InPlane Sensing for Modern Vehicles

UltraSense InPlane Sensing replaces mechanical buttons with easy-to-implement, robust and reliable technology – improving the touch experience while minimizing the enclosure’s volume, weight, plastic content, and assembly complexity.

A slim form factor = a more sleek design

Reduced weight = longer drive times per charge

No mechanical parts = greater reliability

Fewer part numbers = reduced complexity

See the Difference: Traditional vs. UltraSense InPlane Sensing

While traditional Human-Machine Interfaces (HMI) are bulky and complex, UltraSense InPlane Sensing is the thinnest HMI, enabling new design possibilities, greater simplicity for OEMs, and longer driving range.