A modular sensor platform.

Thin, flexible and lightweight. To give products and robots the modality of deep haptic sensation. A new medium for intuitive interactions and detailed system maintenance. Initially developed for human-machine-interactions in space travel. Also, to be understood as artificial skin. It can open up entirely new possibilities in a vast quantity of applications.

Industrial grippers with a sense of touch.

Based on our origin, we are in pursuit of making interactions between humans and robots as intuitive as possible.
By implementing our sensors, we can give robots the modality of haptic sensations. This enables a more natural collaboration environment as well as increased control of grasping and moving objects in productions and logistics.

Truly intuitive and safe interactions with power tools.

By utilizing our sensor platform in the field of power tools, they can precisely detect force directions and intensities. Through our force analysis algorithm we can thus amplify thrust and pull actions with high precision. Allowing the user to handle power tools as a truely natural extension to their initial capabilities. By defining and measuring the users' presence and identity, we make the usage of power tools even safer.

This is LIIF.
Our interpretation of next-generation sport protection.

True spine impact and crash detection for gravity and dynamic sports. LIIF combines IMU based crash detection with impact force detection on body regions that matter most. It is an easy to use, retrofittable system which reliably classifies fatal crashes in highly dynamic environments. The system makes an emergency call even if the user is unconscious.

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