Reinvent automotive interiors with new exciting interactions

Complete design freedom

Design with fewer limitations

Create seamless automotive interior surfaces with endless design opportunities by integrating controls into existing decorative materials and finishes

TG0 allows for integrating functionalities into extreme 3D shapes, enhancing ergonomics and accessibility, and helps replace multiple mechanical controls with a single surface

Design and product development support

Ease of integration empowering design

Technology integrated into the backend allowing for a wide range of surface materials and finishes specific to your brand, regardless of where in the Automotive HMI it is placed.

Reinvent interactions with 3D freeform design

TG0 technology enables unlimited design possibilities for interactive actions in automotive HMIs. Choose from popular options or create unique interactions to impress your customers.

Simplified manufacturing

More automotive interior features with fewer components

Add more features and functionality without adding more parts and components, creating a more streamlined interface and reducing overall complexity of manufacturing

Streamlined assembly of automotive HMIs

Modular construction leads to simplified mass manufacturing and easier customisation of looks and features

How it works

PHASE 1

Easy manufacturing and Integration with existing supply chain

First injection I Supporting part

Second injection I Smart Conductive Polymer Sensor Layer

Third injection I Skin and visual elements

PHASE 2

Counter part assembly

We assemble the parts that create the electronic connections

PHASE 3

PCB assembly

We assemble PCB and connect the electronic components to it

PHASE 1

PHASE 2

PHASE 3

Have an idea of your own of a unique automotive HMI you want to explore?

Concept and innovation services Order demo and dev kit

Use case

Pressure mapping seats

Map pressure data from car seats

With this data, seats can adapt to users’ postures or change their physical properties to offer better experiences for customers.

Pressure mapping car seats

Cut costs while building more sustainably

Design products with fewer components, less material waste, and easier recyclability without sacrificing any functionality or quality

Sustainability Our technology

How it works

Proprietary software coupled with electrical engineering

The patented technology combines sophisticated surface engineering and intricate signal processing and machine learning to sense touch location, gesture and pressure via an injection moulded, uniform material without traditional discrete electronic sensors embedded inside. This allows for creating automotive HMIs and ADAS with less complexity and a lower BOM.

Hardware

Deformation sensing

Tactile sensing

Gesture and proximity sensing

Pressure mapping

Software

Proprietary algorithms

SDKs and APIs

Data and analytics

Capacitive force sensors

Deformation sensing using smart polymers with structural interventions

Complete sensorless sensors integrated within any physical object

How it works

Surface: Over-moulded non-conductive flexible aspect material
Subsurface: Hollowed and overhang structures applied to injection-moulded conductive materials
Power: Simple mechanical electrical connections
Software: Advanced algorithms to detect pressure caused by internal deformation
Data and analytics: Data output of deformation in custom applications