2024 Main Open Innovation Call Project Results

We are proud to announce the 12 conditionally approved* projects from the Main Open Innovation Call.

The Main Open Innovation Call received 33 submissions in June of this year which included entities from 25 countries.

Of the 12 projects, 5 are focused on the future mobility challenge area, 4 on mobility and energy, and 3 on sustainable city logistics.

Special congratulations to the 3 gold partners, 17 silver partners, 10 leading cities, and 4 equity start-ups from the Impact Ventures portfolio – VianovaSparkparkSmartpoint and Bruntor (Rhino R Sia) – who are part of the conditionally approved projects.

The final awarded projects will commence on the 1st of January 2024. We look forward to following their progress throughout 2024!


The 2024 conditionally approved projects are:

Future Mobility

SCREEN: Smart cycling infrastructure assessment

SCREEN aims to revolutionise cycling infrastructure assessment. The project aims to assess the current state of cycling infrastructure, identify areas for improvement, and provide actionable advice to enhance the cycling experience. Analysing 100+ attributes, it assesses the road safety risk, environment, and cycling experience. Combining bike-mounted AI machine vision technologies with data from connected logistics vehicles and cars, SCREEN will give a unique multidimensional understanding of cyclist risk.

Partners: Factual (Lead), Social Tech Projects Aps, Vianova

Countries: Spain, Denmark, France


GreenMob: Multimodal journey planner for sustainable travel

This project aims to address urban mobility challenges by promoting sustainable transport options and reducing CO2 emissions produced by motorised trips. GreenMob will develop a journey planner that integrates various modes of transport, providing information on routes, schedules, fares, and updates in real-time, as well as an innovative integration of a CO2 monitoring tool. The CO2 monitoring tool automatically recognises the mode of transport used and calculates emissions allowing consumers to make informed decisions.

Partners: CARNET – UPC Technology Center (Lead), Instant System, DKV Debrecen Exclusive Transport Company Ltd., Srl Societa Benefit, Viladecans City Council, Start Romagna Spa, City of Cesena

Countries: Spain, France, Hungary, Italy


AI4LIFE: AI-based smart and safe intersections for improved quality of life for urban citizens 

Intersections, as key bottlenecks in cities and prone to fatal accidents, play a very important environmental, economic, and social role in urban environments. The goal of this project is to build an integrated AI-based smart intersection management system. The system will reduce congestion and thus GhG emissions, time wasted in traffic, accidents, and increase the quality of life of citizens. The solution will be validated in 2 pilot cities: Istanbul and Jena.

Partners: City of Istanbul, ISBAK Istanbul IT and Smart City Technologies Inc., Kentyou (Lead), City Jena

Countries: Türkiye, France, Germany


Urban Mobility Flows: Public transit analytics and mobility flows platform

This project will use cutting-edge technology for modal split analytics, based on anonymised telco datasets. This technology will enable cities, transit agencies, and public transport operators to study the geospatial and temporal characteristics of various mobility flows. It will provide users with a complex understanding of the complete demand and supply for mobility services across their governing territory.

Partners: THEOREMUS (Lead), Municipality of Ajka, DKV Debrecen Exclusive Transport Company Ltd., Sofia Urban Mobility Centre

Countries: Bulgaria, Hungary


Parkedbyme: Revolutionising sustainable urban transportation with precise micromobility parking

PARKEDBYME is a project dedicated to enhancing sustainable city transport and optimising public space utilisation. Its mission is to provide an innovative solution that enables precise parking of shared bicycles, e-bikes, and e-scooters within designated city areas. By focusing on high accuracy and efficiency, it aims to revolutionise the way micromobility vehicles are parked, delivering exceptional value to both users and city authorities. The project will undergo testing in Madrid and Prague.

Partners: City of Prague, PowerHUB (Lead), Factual, Madrid City Council, Sparkpark

Countries: Czech Republic, Spain, Norway


Mobility & Energy

IMPULSE: Integrated management of e-buses power utilisation to lead sustainability and electrification

IMPULSE aims to optimise the management of e-bus fleets. The project will do this through a software capable of processing real-time data on batteries’ status, vehicles and charging stations used, planned routes and specific, and characteristics of the transport network. To assess the effectiveness of the solution, two pilot cases in the cities of Lisbon and Kadıköy will be carried out with two different uses cases on public transport fleets.

Partners: CARNET – UPC Technology Center (Lead), Carris, Municipality of Kadikoy, Realcity Its Kft.

Countries: Spain, Portugal, Türkiye, Hungary


H2_Dispenser: Green hydrogen decentralised production for enabling distributed, low cost, H2 cylinders dispenser and safe swopping station.

H2dispenser provides a patent solution that will from one side provide Green hydrogen produced through electrolysis by small PV installation, at industrial or energy community plants. On the other side, it will enable an easy cylinder swap refilling operation. H2dispenser is capable of filling small H2 cylinders offering a ready-to-go refilling solution for enabling small-size size H2vehicles. The solution will be tested in Modena and Thessaloniki.

Partners: Centre for Research & Technology Hellas, Energy and Sustainable Development Agency (Lead), Bosch VHIT, Major Development Agency Thessaloniki S.A. – Organization for Local Development, CTS H2

Countries: Italy, Greece


EVOSS: Electric vehicle charging with a robotic mobile rapid charger

EVOSS introduces an innovative Robotic Charging Device (RCD) equipped with a high-capacity battery and rapid charging plug that can provide flexible electric vehicle charging inside parking areas. The RCD can travel to the precise location where the EV is parked. The RCD optimises not only the charging process but also the use of the space by enabling parking sites to offer rapid charging solutions in every parking spot with zero infrastructure cost.

Partners: CARNET – UPC Technology Center, Centre for Research & Technology Hellas (Lead), Major Development Agency Thessaloniki S.A. – Organization for Local Development, Cityzone, Oto S.A. – Greece, Batteri

Countries: Israel, Spain, Greece


MiGriS: Micro mobility grid solutions: modular and circular battery and LEV systems

The MiGriS project aims to test sustainable and efficient urban mobility solutions through integrable battery and vehicle stations, as well as modular and circular battery systems. It combines microgrid charging stations, circular and modular swappable batteries, and bidirectional charging capabilities. The solution provides environmentally friendly transportation options, improves quality of life, and promotes social participation.

Partners: Technical University of Berlin (Lead), Municipality Of Dugopolje, nexus Institute, Antalya Metropolitan Municipality, Constin

Countries: Germany, Croatia, Türkiye


Sustainable City Logistics

NIMBLE: Nighttime and last-mile sustainable logistics for small stores

NIMBLE addresses the lack of solutions for logistics oriented towards small stores by defining a new, more efficient model of urban goods distribution. NIMBLE’s model is based on: 1) consolidating first-mile distribution to logistic stations inside the cities during nighttime. 2) improving the operation of logistics stations by equipping them with smart parcel lockers adapted to a B2B case. And 3) deploying a last-mile distribution model to small stores via sustainable light cargo vehicles that grant a favourable user experience.

Partners: CARNET – UPC Technology Center (Lead), Eurecat Foundation, Ayuntamiento De Esplugues De Llobregat, Braga Municipality, Smart Point

Countries: Spain, Portugal


GREEN DASH: Greening the last mile 

This project aims to address the challenges faced by European cities and delivery companies in terms of air and noise pollution, congestion, and road accidents, caused by a rapid increase in e-commerce and last-mile deliveries. Green Dash seeks to meet the parcel and e-commerce market needs by way of delivery vehicle options that are sustainable, efficient, affordable, and easy to use.

Partners: VEFRESH (Lead) – Latvia, Riga City Council, Postnord, Sjsc “Latvijas Pasts”, Bruntor (Rhino R Sia)

Countries: Latvia, Sweden


StandTrack: Standard for the identification of parcels and tool to improve collaboration and interoperability in transport and distribution

The StandTrack project will further develop and test an intermodal solution for the identification and traceability of parcels and the communication between the agents involved in the transport of goods. The project aims to enhance the distribution of goods by improving interoperability, horizontal collaboration, and comprehensive traceability in the freight transportation chain.

Partners: City of Milan, MOVEN, Braga Municipality, Citylogin Iberica S.L., Empresa Municipal De Transportes De Madrid, t-box delivery & solutions SL, Citet (Lead)

Countries: Italy, Spain, Portugal


*Conditionally approved projects must comply with EIT Urban Mobility mandated amendments before final award.

Learn more about EIT Urban Mobility projects