Use Cases
for automotive control surfaces
Modern vehicles increasingly rely on intuitive, seamless, and hygienic interaction systems. From infotainment to navigation, lighting, and comfort controls, drivers and passengers expect responsive and ergonomic human-machine interfaces (HMI) that do not rely on mechanical buttons or screens. Touchless gesture-based control is now emerging as a critical feature in premium and future-oriented automotive designs.
Designing robust, ergonomic gesture-based interfaces inside vehicle cabins
Application Examples
Enabling next-generation user experiences and contactless control systems
FOGALE Sensors offers advanced capacitive sensing systems based on guarded self-capacitance technology. Our sensors are designed to detect the presence, position, and approach of hands, limbs, or body segments without physical contact. They can be flexibly integrated behind plastic, leather, foam, or textile materials.
Measurement Principle and Highlights
Key Advantages
Feature | Benefit |
---|---|
Contactless gesture recognition | Enhanced user hygiene and convenience |
High sensitivity & speed | Responsive and natural user experience |
Compact form factor | Easy integration in modern automotive interiors |
Immune to light conditions | Works reliably day and night |
Automotive-grade robustness | Designed for lifecycle and safety requirements |
Fogale’s touchless interface technologies have been successfully prototyped and tested with leading automotive suppliers. They offer a path toward seamless, intuitive user interactions in the vehicle of tomorrow — where comfort, safety, and innovation meet