ToMove4Future
The pilot projects are focused on three key areas of innovation:
Advanced technologies for data acquisition, processing and value creation, supporting Mobility Servitization and potential integration with the ToMove Digital Twin.
Advanced Cooperative ITS solutions and services, designed to enable smarter and more integrated mobility management.
Robotic and other emerging technologies, supporting innovative and efficient last-mile logistics solutions.
The pilot solutions align with the objectives of the ToMove project and contribute to:
Improve the safety and inclusiveness of urban mobility
Reduce CO₂ emissions and promote environmental sustainability
Support traffic decongestion and optimize mobility flows
The ToMove4Future call has enabled the piloting of 13 innovative solutions, supporting a total of 20 SMEs.
CAREBOT
SME: ALBA Robot
Piloted Solution:
Development and pilot testing of an autonomous transportation service for people with reduced mobility. The vehicle operates in real-world outdoor environments along predefined routes, validating autonomous navigation capabilities while delivering an innovative and inclusive mobility service. The project aims to create a scalable and replicable autonomous solution for high-traffic environments such as university campuses, hospitals, and museums.
Contacts: https://alba-robot.com/en/
LUMOS
SME: Caboto Srl
Piloted Solution:
Testing of a LiDAR-based system capable of anonymously detecting and monitoring people, vehicles, and infrastructure anomalies in urban areas. Data are processed directly on the device without capturing images or audio, ensuring privacy by design. The information generated feeds both an operational dashboard and the city’s Digital Twin, supporting data-driven decision-making in areas such as mobility management, safety, and urban planning.
Testing of a LiDAR-based system capable of anonymously detecting and monitoring people, vehicles, and infrastructure anomalies in urban areas. Data are processed directly on the device without capturing images or audio, ensuring privacy by design. The information generated feeds both an operational dashboard and the city’s Digital Twin, supporting data-driven decision-making in areas such as mobility management, safety, and urban planning.
Contacts: https://www.caboto.net/
Replica Torino
SME: Clearbox AI
Piloted Solution:
Development of the Replica Torino platform, a secure and privacy-preserving environment that integrates mobility, demographic, spending, and user preference data to support advanced mobility simulations. The platform is designed to enhance urban and mobility planning through data-driven analysis and predictive modeling, while promoting collaboration and data sharing among public institutions, researchers, and businesses.
Development of the Replica Torino platform, a secure and privacy-preserving environment that integrates mobility, demographic, spending, and user preference data to support advanced mobility simulations. The platform is designed to enhance urban and mobility planning through data-driven analysis and predictive modeling, while promoting collaboration and data sharing among public institutions, researchers, and businesses.
Contacts: https://www.clearbox.ai/
AccessiNeTEx
SMEs: Willeasy | TeamDev
Piloted Solution:
Development of a web application and dashboard that enables citizens and Vulnerable Road Users (VRUs) to report accessibility issues related to public transport stops, metro stations, and transportation services. The solution aims to improve inclusive and accessible urban mobility by collecting user-generated feedback and providing valuable insights for mobility planning and service enhancement.
Development of a web application and dashboard that enables citizens and Vulnerable Road Users (VRUs) to report accessibility issues related to public transport stops, metro stations, and transportation services. The solution aims to improve inclusive and accessible urban mobility by collecting user-generated feedback and providing valuable insights for mobility planning and service enhancement.
Contacts: https://www.willeasy.net/ | https://www.teamdev.it/
Urban Green Navigator
SME: Latitudo 40
Piloted Solution:
Pilot testing of Urban Green Navigator, an urban navigation app that leverages satellite data and artificial intelligence to optimize pedestrian and active mobility routes. By analyzing real-time environmental conditions, the app recommends itineraries that minimize environmental impact and reduce exposure to air pollution and heatwaves. The objective is to improve urban quality of life by helping users choose healthier, safer, and more sustainable routes.
Pilot testing of Urban Green Navigator, an urban navigation app that leverages satellite data and artificial intelligence to optimize pedestrian and active mobility routes. By analyzing real-time environmental conditions, the app recommends itineraries that minimize environmental impact and reduce exposure to air pollution and heatwaves. The objective is to improve urban quality of life by helping users choose healthier, safer, and more sustainable routes.
Contacts: https://www.latitudo40.com/
MOVEO
SME: Lifetouch
Piloted Solution:
Pilot testing of the MOVEO autonomous rover for last-mile deliveries, demonstrating autonomous navigation and obstacle recognition capabilities in real-world outdoor environments. The solution was successfully validated at pedestrian crossings through the use of data from the city’s Digital Twin and authorization provided by the Italian regulatory sandbox programme, Sperimentazione Italia.
Pilot testing of the MOVEO autonomous rover for last-mile deliveries, demonstrating autonomous navigation and obstacle recognition capabilities in real-world outdoor environments. The solution was successfully validated at pedestrian crossings through the use of data from the city’s Digital Twin and authorization provided by the Italian regulatory sandbox programme, Sperimentazione Italia.
Contacts: https://lifetouch.it/
HYDRA
SME: Voltaage
Piloted Solution:
Development of a geospatial AI platform that enables the creation of a Digital Twin of the electric vehicle (EV) charging network and urban mobility system. The solution is designed to predict electric mobility flows and charging demand, optimize the deployment of charging infrastructure, and support the reduction of urban traffic congestion through advanced data analytics and simulation capabilities.
Development of a geospatial AI platform that enables the creation of a Digital Twin of the electric vehicle (EV) charging network and urban mobility system. The solution is designed to predict electric mobility flows and charging demand, optimize the deployment of charging infrastructure, and support the reduction of urban traffic congestion through advanced data analytics and simulation capabilities.
Contacts: https://www.voltaage.io/
LASTMED
SMEs: Bylogix | Tecnomill
Piloted Solution:
Development of an autonomous rover-based last-mile delivery system for medicines and medical equipment intended for vulnerable individuals. The solution incorporates a secure platform for anonymized recipient authentication, ensuring both privacy and the safe delivery of healthcare-related goods. The project aims to improve access to medical supplies while enhancing the efficiency, reliability, and inclusiveness of last-mile healthcare logistics.
Development of an autonomous rover-based last-mile delivery system for medicines and medical equipment intended for vulnerable individuals. The solution incorporates a secure platform for anonymized recipient authentication, ensuring both privacy and the safe delivery of healthcare-related goods. The project aims to improve access to medical supplies while enhancing the efficiency, reliability, and inclusiveness of last-mile healthcare logistics.
Contacts: https://www.bylogix.it/ | https://tecnocadgroup.com/
Efficientamento TPL – Linea 9
SMEs: Hitachi Rail STS | Zenabyte
Piloted Solution:
Analysis of the punctuality and passenger occupancy levels of Turin’s public transport Line 9 using Business Intelligence (BI) tools and historical traffic data provided by the 5T mobility control center. The project aims to improve service reliability, regularity, and frequency through data-driven insights and performance monitoring.
Analysis of the punctuality and passenger occupancy levels of Turin’s public transport Line 9 using Business Intelligence (BI) tools and historical traffic data provided by the 5T mobility control center. The project aims to improve service reliability, regularity, and frequency through data-driven insights and performance monitoring.
Move Wise
SMEs: OpenMove | Btinkeeng
Piloted Solution:
Development of ToWay, a Mobility as a Service (MaaS) application that plans journeys using real-time information, tracks travel behavior, and rewards users who choose sustainable mobility options through gamification mechanisms. The solution aims to turn every journey into a concrete action that benefits the environment while encouraging and rewarding citizens for making more sustainable transportation choices.
Development of ToWay, a Mobility as a Service (MaaS) application that plans journeys using real-time information, tracks travel behavior, and rewards users who choose sustainable mobility options through gamification mechanisms. The solution aims to turn every journey into a concrete action that benefits the environment while encouraging and rewarding citizens for making more sustainable transportation choices.
Contacts: https://openmove.com/ | https://btinkeeng.com/
E4S
SMEs: Next G Cloud | Quandopasso
Piloted Solution:
Development of DriveBud, an application that communicates with the city’s Digital Twin through an Edge Cloud server to provide real-time alerts on road hazards to pedestrians and vehicle drivers. The app also delivers information on nearby points of interest to mobility users through integrated In-Vehicle Infotainment (IVI) systems, leveraging 5G connectivity and API Gateway technologies. The solution aims to enhance road safety, improve situational awareness, and deliver smarter, more connected mobility services.
Development of DriveBud, an application that communicates with the city’s Digital Twin through an Edge Cloud server to provide real-time alerts on road hazards to pedestrians and vehicle drivers. The app also delivers information on nearby points of interest to mobility users through integrated In-Vehicle Infotainment (IVI) systems, leveraging 5G connectivity and API Gateway technologies. The solution aims to enhance road safety, improve situational awareness, and deliver smarter, more connected mobility services.
STAR PLUS
SMEs: WeTechnology | Auriga | Aworld
Piloted Solution:
STAR PLUS is an on-demand night mobility service introducing a new urban transport model that combines shared shuttles, app-based booking, and gamification features to encourage service use and ride-sharing. Through real-time adaptive routing, STAR PLUS provides more efficient connections between Turin’s main nightlife destinations, offering a smart, convenient, and sustainable alternative to private car travel.
STAR PLUS is an on-demand night mobility service introducing a new urban transport model that combines shared shuttles, app-based booking, and gamification features to encourage service use and ride-sharing. Through real-time adaptive routing, STAR PLUS provides more efficient connections between Turin’s main nightlife destinations, offering a smart, convenient, and sustainable alternative to private car travel.
DRopper Origin-Destination Platform
SME: Dropper
Piloted Solution:
Deployment of a real-time, privacy-preserving passenger flow monitoring system using Time-of-Flight (ToF) infrared sensors installed on public transport vehicles. The solution generates anonymous occupancy and mobility data to support the optimization of public transport operations and enhance the city’s Digital Twin with reliable, data-driven insights.
Deployment of a real-time, privacy-preserving passenger flow monitoring system using Time-of-Flight (ToF) infrared sensors installed on public transport vehicles. The solution generates anonymous occupancy and mobility data to support the optimization of public transport operations and enhance the city’s Digital Twin with reliable, data-driven insights.
Contacts: https://www.dropper.ai/
