
Gesture control through the housing
High-definition spatial sensing at very close range, in any light, through the product housing and without biometric data.
Electromagnetic field on a chip
A controlled electromagnetic field on a chip detects people, objects, materials and movement without line of sight or contact.

The CEMF sensor creates a controlled electromagnetic field around the device, shaping its strength, frequency and direction.
People, objects and movements interacting with the field create measurable, characteristic disturbances.
Patented algorithms identify an object's features, composition and movement, in high definition and in real time.
Working mainly in the analogue domain, embedded algorithms decide on the device, with no data connection and no personal data.

The CEMF ASIC generates and controls the field and performs signal analysis, processing, data conversion and data analysis in one chip, built for customisation and mass production.

Our core technology and prototype R&D teams work in-house, from field simulation and chip design to algorithms and engineering samples, under ISO 9001, EN 9100 and UNE 166002 certified processes.
Watch the CEMF navigation ring prototype



High-definition spatial sensing at very close range, in any light, through the product housing and without biometric data.

Subtle finger movements become discreet input for glasses and headsets.

Urinals, flushes and mirrors with fully hidden sensors that save water and predict maintenance.
Tell us what your product should perceive. Our team replies within two working days.