Buttons belong to the past.
Traditional buttons have their limitations in robustness and they only can take care of one digital action (click).
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Feel the future
Traditional buttons have their limitations in robustness and they only can take care of one digital action (click).
Any surface – handlebar, grips, top tube, stem – becomes the interface. Touch. Press. Swipe. The material responds.
AI understands. Ananda x TG0 offers multiple manipulations in one control.Our technology senses pressure, transforming the digital into analogue.
Deformations caused by human interaction such as bending, touching, pressing, or pulling are detected by the material and connected to proprietary hardware and software.
Using AI-enabled processing, these deformations are filtered, interpreted, and translated into responsive and predictive outputs. Unlike traditional digital “click” buttons, a TG0 touch element can support multiple controls within a single interface, operating in an analogue manner. This allows for the development of vehicle controls that are tailored not just to the application or vehicle type, but also to the natural, tactile interaction patterns of the human body.
Still under developpement and part of Ananda x TG0 cooperation, The OneTouch concept integrates a thumb controller seamlessly with Ananda’s minimalist display – or functions perfectly alone with LED guidance.
The thumb controller is operated logically in the direction of the dynamics when touching surface.
The thumb controller can be pushed upwards and downwards, and sideways with the thumb. The upward push acts as an Up button, the downward push as a Down button.
In Normal mode, the Up/Down push are used to change support levels. In Menu mode the buttons serve to navigate. The adjacent LEDs indicate where you are in the menu.
While this project is still under developpement it shows the various applications possibilites for Touching sensing Tehnology in eBikes
Your bike feels your touch and responds instantly.
TG0’s intelligent surface technology represents a fundamental shift in how AI is integrated into physical products. By embedding AI-driven sensing directly into the material itself, TG0 eliminates the traditional layers of electrical architecture and hardware complexity that have long defined how devices detect and respond to human input.
The material becomes the sensor, and the intelligence lives within it. Signals captured at the surface are processed and interpreted on the device in real time through edge AI, enabling fast, precise and self-contained interactions that require no external processing or cloud dependency. Where AI is most commonly associated with software platforms and generative applications, TG0 is pioneering a new category of physically intelligent products, ones where AI is not an added feature but an inherent part of how the product is made and how it is used.