Haptic library

Haptic library

The haptic library consists of pre-computed textures representing common materials, which are customizable within the SDK to recreate various surface finishes. These textures are recorded using patented technology, offering detailed descriptions of vibrations during fingertip-surface interactions. You can configure our library as a studio audio recording compared to a synthesized MIDI file.

Tactile microphone

The “tactile microphone” aims to surpass the constraints of current haptic solutions by generating vibrations with a broad frequency spectrum and intricate waveforms. Unlike the basic vibration patterns commonly used in touchscreens and tracking gloves, which resemble MIDI songs, this approach involves recording fingertip-material interactions directly using a microphone to achieve more advanced tactile feedback.

Customization

Currently, we are using the tactile microphone to feed the tactile library and to study how the texture modulation change when the fingertip explores different surface roughness at variable speeds and pressure.
In response to our customer’s and partners’ needs, we can use the microphone to create a custom texture feeling that cannot be reproduced by modulating one of the available textures of the tactile library.

You’re missing TOUCH
Until now.

WEART’s revolutionary wearable devices shift the way you interact with digital content by adding lifelike haptic feedback through our patented technology.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022

You’re missing TOUCH
Until now.

WEART’s revolutionary wearable devices shift the way you interact with digital content by adding lifelike haptic feedback through our patented technology.

Winner of iF design award 2022

Honoree of Fast Company ’s Innovation by Design 2022

AUREA awards 2022

ADI design index awards 2022