Technological innovation at the service of a more sustainable mobility, during the mobility week.

During Mobility Week, technology centers are positioned as the innovation engine to develop solutions that transform the way we move.

From transportation automation to electrification and sustainability, these five featured projects exemplify the key role of research in building a more efficient and environmentally friendly future.

eveloped by CIDAUT, BERTHA aims to improve automated driving through a behavioral model based on Bayesian networks.

BERTHA: Mimicking human behavior for automated driving

Developed by CIDAUT, BERTHA aims to improve automated driving through a behavioral model based on Bayesian networks. This system simulates human driving behavior, addressing critical situations such as highway entry or turns without traffic lights, to improve road safety.

BERTHA advances user acceptance and confidence in automated driving, increasing road safety and optimizing routes that reduce energy consumption and carbon footprint.

The INVECPRO project, led by ITCL and funded by the PERTE VEC, promotes a new generation of connected electric vehicles (CEVs).
In collaboration with 14 entities, new technologies such as recyclable batteries, autonomous vehicles and advanced communication systems with road infrastructures are being investigated.

INVECPRO: Connected electric vehicle with high added value

The INVECPRO project, led by ITCL and funded by the PERTE VEC, promotes a new generation of connected electric vehicles (CEVs). In collaboration with 14 entities, new technologies such as recyclable batteries, autonomous vehicles and advanced communication systems with road infrastructures are being investigated.

idered by ITCL and funded by PERTE VEC, it drives a new generation of connected electric vehicles (CEVs).

INVECPRO is committed to a more efficient and sustainable electric vehicle, contributing to the circular economy by reusing batteries and promoting cleaner mobility in urban environments.

This project, coordinated by CARTIF, focuses on the transition to cleaner and more efficient urban mobility in seven European cities.
Incorporating technologies such as electrification and transport automation, MOBILITIES FOR EU seeks to reduce greenhouse gas emissions and improve the quality of life in cities.

MOBILITIES FOR EU: Sustainable Urban Mobility in Europe

This project, coordinated by CARTIF, focuses on the transition to cleaner and more efficient urban mobility in seven European cities. Incorporating technologies such as electrification and transport automation, MOBILITIES FOR EU seeks to reduce greenhouse gas emissions and improve the quality of life in cities.

coordinated by CARTIF, focuses on the transition to cleaner and more efficient urban mobility in seven European cities.

Sustainable mobility is key to achieving climate neutrality by 2030, a goal that MOBILITIES FOR EU supports through the implementation of innovative solutions that improve both urban mobility and citizens’ health.

Developed by AIR Institute, LOYALTOUR uses deep learning technologies and smart contracts to personalize the tourist experience.
This smart tourism platform optimizes loyalty through recommendations based on data analytics.

LOYALTOUR: Smart Loyalty in tourism

Developed by AIR Institute, LOYALTOUR uses deep learning technologies and smart contracts to personalize the tourist experience. This smart tourism platform optimizes loyalty through recommendations based on data analytics.

Developed by AIR Institute, LOYALTOUR uses deep learning technologies and smart contracts to personalize the tourist experience.

LOYALTOUR transforms the relationship with the client, offering a tailored tourism experience that not only improves satisfaction, but also promotes a more sustainable tourism by adapting to the needs of the environment and the user.

ICAMCyL leads this pioneering project that seeks to develop permanent magnets without rare earths for electric motors, to promote a European supply chain for these materials, eliminating the environmental impacts associated with the extraction of rare earths.

PASSENGER: Sustainable magnets for electric mobility without rare earths

ICAMCyL leads this pioneering project that seeks to develop permanent magnets without rare earths for electric motors, to promote a European supply chain for these materials, eliminating the environmental impacts associated with the extraction of rare earths.

PASSENGER breakthrough will enable more sustainable production of electric motors, ensuring European independence in key resources and promoting low-carbon mobility.

These and other projects of the other technology centers of Castilla y León, reflect the commitment of the centers, which together with NODDO, promote the construction of an innovation ecosystem that accelerates the transition to a safer, more efficient and sustainable mobility.

In this Mobility Week, collaboration between centers, with companies and institutions marks the path towards a greener and more connected future.

NODDO

From the Network of Technological Centers together with the technological centers of Castilla y León, we promote, in an interdisciplinary and integrated manner, covering all technical disciplines. technical disciplines and finding innovative solutions in all parts of the processes.

If you want us to help you find innovative technological solutions for your processes, do not hesitate to contact with NODDO.

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