Research Projects

MOST

Research and Innovation for Sustainable, Connected and Autonomous Mobility

MOST

Research and Innovation for Sustainable, Connected and Autonomous Mobility

Project Overview

MOST is a national research and innovation ecosystem that brings together universities, research centres and companies to accelerate the transition towards smarter, safer and more sustainable mobility.

We contribute to the project with technologies applied to sustainable road vehicles, air mobility, and cooperative, connected and automated systems, particularly within the Air Mobility, Sustainable Road Vehicles, and Connected, Cooperative and Automated Mobility Spokes.

We combine expertise in engineering, digitalisation, connectivity, sensing technologies, simulation and autonomous systems to test solutions that can improve the efficiency, safety and sustainability of transportation.

At the core of the solution is an integrated software and robotics platform designed to enable interaction between robots, web dashboards, backend services and data collection modules.

Industries
Scenario

Mobility is evolving through the integration of electric and hydrogen-powered vehicles, autonomous systems, intelligent infrastructure, digital platforms and V2X technologies.

In this context, applied research helps transform emerging technologies into prototypes, demonstrators and testable solutions. MOST was created to bring together research, industry and institutions with the goal of developing safer, more efficient and more sustainable mobility systems.

Teoresi’s activities focus on electric and hybrid propulsion systems, development process digitalisation, testing technologies, drones with automatic charging systems, autonomous driving, AI for predictive maintenance and Vehicle-to-Everything communication.

Challenges
  • Integrating research, technological development and real-world applications within a complex and multidisciplinary ecosystem.
  • Developing solutions for more sustainable, efficient and low-impact road vehicles.
  • Supporting the design of new systems for air mobility and autonomous vehicles.
  • Enabling communication between vehicles, infrastructure and digital platforms through V2X technologies.
  • Using data, sensing technologies and digital systems to improve safety and traffic management.
  • Testing demonstrators and prototypes in operational environments.
  • Bridging the gap between research and the validation of solutions for the mobility of the future.
Excellence

Teoresi contributes to the MOST project with technological expertise applied to sustainable, connected and autonomous mobility. Activities include electric and hybrid propulsion systems, process digitalisation, testing technologies, autonomous driving, AI for predictive maintenance, V2X communication and air mobility solutions.

Our contribution is developed across three Spokes:

Air Mobility, featuring a drone equipped with an automatic charging system, an immersive virtual reality experience and content focused on autonomous driving and predictive maintenance;

Sustainable Road Vehicles, with activities related to sustainable road vehicles, electric and hybrid propulsion, digitalisation and testing;

Connected, Cooperative and Automated Mobility, with a V2X demonstrator showing how vehicles can communicate with traffic lights and infrastructure to receive real-time alerts.

 
Impact

MOST contributes to the development of new mobility models in which vehicles, infrastructure, data and digital systems operate in a coordinated way.

For Teoresi, the project acts as an applied research laboratory, transforming technological expertise into testable solutions for sustainable road mobility, autonomous driving, air mobility and V2X systems.

Expected outcomes include improved road safety, smoother traffic flow, the development of low-impact vehicles and stronger integration between autonomous systems, intelligent infrastructure and digital platforms.

The final events of the different Spokes provided an opportunity to share results and showcase the technologies developed together with the other partners of the National Centre.

Interested in developing innovative projects like MOST?

We collaborate with universities, research centres, companies and technology partners to transform research into applied solutions that contribute to the evolution of sustainable, connected and autonomous mobility.

 

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