
TWINY redefines electric mobility: the first intelligent e-bike motor that, thanks to Artificial Intelligence, optimizes energy efficiency and performance in real time, adapting to the rider’s riding style and enhancing the riding experience on every route.
The European Union aims to reduce net greenhouse gas emissions by at least 55% by 2030 compared to 1990 levels - an essential target for achieving climate neutrality by 2050.
Electric micromobility plays a key role in reducing the environmental impact of transport and improving urban livability, with positive effects on traffic congestion and travel times. In this context, investments by local authorities are increasing for the development of cycling routes, charging stations, and mobility hubs, with particular attention to the spread of e-bikes.
However, a paradox remains: despite Europe’s production capacity and technological progress, the manufacturing of micromobility vehicles still largely depends on components of Asian origin, whose processing and import - often via maritime transport - entail significant CO₂-equivalent emissions.
TWINY is an innovative electric motor that is the synthesis of a dual technological development:
The patented ECU (Electronic Control Unit) developed by DG Twin implements digital twin technology at the edge.
Power transmission is achieved through an original gear system: lighter, more efficient, and less costly.

TWINY is the digital motor that makes electric mobility more efficient, safer, and more accessible.
The patented digital twin technology for electric mobility can be used across a wide spectrum, both at the edge and in the cloud, on all vehicles equipped with electric or hybrid propulsion - such as e-scooters, scooters, microcars, and cars - as well as for optimized remote fleet management.