ARIADNA

 
ARIADNA - Awareness Raising and capacity building Increasing ADoption of EGNSS in urbaN mobility Applications and services
 
Urban mobility is becoming an issue of great importance in today’s society due to the increasing population movements towards big cities and the exponential growth of cities in developing countries. Today, urban mobility schemes are evolving faster than ever mainly due to social, economic and technological changes. The traditional choice between walking, taking public transport or else buying a car is being extended with a wide range of new flexible mobility services, such as vehicle sharing and ride-hailing. Those shared mobility services are blurring the lines between private and public transport, with the potential of displacing car ownership but also traditional transit systems. And the adoption of autonomous vehicles will only accelerate this trend. There's the need for Public Transport Authorities, operators and industrial providers to prepare for this change and adopt the necessary tools to manage the mobility services of the future in a more flexible and efficient way. 
 
EGNSS has the potential to enhance the quality of public transportation, by reducing operational costs, reducing traffic and providing savings in time and fuel, while fostering the development a wide range of new shared mobility services. ARIADNA aims at supporting the adoption of EGNSS for Public Transport and urban mobility, by raising awareness on GALILEO and EGNOS benefits among the different stakeholders involved and supporting the introduction of new solutions provided by SMEs and start-ups. The project builds up on experience gained from previous R&D related projects and the extensive network of stakeholders that can be reached through UITP and EIT Urban Mobility networks.
 
IN BRIEF
 
Duration: December 2019 -  November 2021
Budget: €674,000
Coordinator: FACTUAL
Partners: UITP, CIT UPC, PILDO LABS, AUXILIA
Contact: Michele Tozzi
Twitter: @ProjectAriadna
 
 
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 870264

 

Share & Print: