Related Projects
This section aims to showcase projects that aim to achieve similar goals to SUM.
In its 42-month duration, GEMINI will develop and test sustainable business models for New Mobility Services (NMS) to increase shared mobility solutions (MaaS and MaaC). GEMINI will structure the path from business scenarios to upscaled NMS business ventures, by building an Open Innovation Ecosystem to strengthen cooperation among stakeholders, setting the foundations for establishing public–private partnerships (PPP), mobility hubs, open mobility dataspaces and highly integrated MaaS systems. The project is expected to test and validate shared mobility services in mobility management address key urban challenges such as climate change, air quality, road safety, social inclusion and accessibility.
The metaCCAZE project aims to revolutionise mobility in European cities, serving both passengers and freight, with innovative electric, automated, and connected solutions designed to make transportation smarter, net zero, and more efficient for all. In the vibrant streets of four trailblazer cities – Amsterdam, Munich, Limassol, and Tampere – metaCCAZE tests and demonstrates technologies that support shared zero-emission mobility solutions for people and goods, contributing to climate neutrality. Successful technologies and activities will be shared with and implemented in six Follower Cities – Athens, Kraków, Gozo, Milan, Miskolc, and Poissy (Paris). To ensure the technologies meet the needs of citizens and urban mobility stakeholders, a series of co-creation activities will be organised locally in the cities.
MOBILITIES for EU demonstrates innovative urban mobility solutions that can accelerate the transformation of the urban transportation sector, embracing electrification, automation, and connectivity as central themes to reach this goal. The project is coordinated by CARTIF and builds on the expertise of 29 partners from nine European countries, bringing a vast amount of knowledge and expertise to pave the way for urban mobility transition. To test the potential of innovative mobility technologies in real and diverse urban environments, they will be widely demonstrated in two Lead Cities, Madrid (Spain) and Dresden (Germany). Five Replication Cities – Ioannina (Greece), Trenčin (Slovakia), Espoo (Finland), Gdańsk (Poland), and Sarajevo (Bosnia & Herzegovina) – intend to replicate the Lead Cities’ processes, designing their own adaptations for the tested solutions.
