SMARTIN
Smart digital solutions for Multimodal, Accessible, Resilient, user-centric urban INfrastructure
Transforming Transport Through Digital Innovation
Vision.
To accelerate the attainment of the Green Deal goals through a holistic framework of innovative
models, tools and services that enable data-driven evolution of infrastructure management, facilitate dynamic
monitoring of cyber-physical infrastructures and promote multimodality and fair use of transportation
systems and services.
The challenge.
Europe’s transport infrastructure faces rising challenges from ageing assets, urbanisation, and safety risks. Monitoring and maintenance remain costly and fragmented, while the lack of integrated digital tools limits predictive management and efficiency. Growing use of micro-mobility and vulnerable road users further increases safety concerns, demanding data-driven, inclusive, and sustainable infrastructure solutions.
Ageing Infrastructure
Expensive Maintenance & Monitoring
Lack of Integrated Digital Tools
Approach & solutions.
To address these challenges, SMARTIN develops an integrated framework of AI-enabled models, tools, and services to support data-driven, resilient, and sustainable transport infrastructure management.
Its solutions include:
- Infrastructure Management Data and Service Spaces
- Complex-event enabled incident detection
- Dynamic response plan generation
- Resource Allocation and Vehicle Routing
- Traffic Flow Management System
- Multifactor and dynamic nudging and routing service
- Dynamic Events' Handling and Re-routing
- On-demand Events' Inspection with UAVs
- Mobility Digital Twin
- AI Predictive Assessment and Maintenance Support engine
- Transport infrastructure health monitoring and control system
- Pedestrian density estimation
SMARTIN will develop AI-driven analytics for fusing infrastructure monitoring data at different geospatial resolutions, realising proactive incident detection and supporting infrastructure providers and users in operations and maintenance management.
Pilots
SMARTIN’s impact will be demonstrated through four real-life European pilots.
Each of SMARTIN's pilots is tackling a key mobility challenge: improving micromobility safety in Barcelona, advancing dynamic multimodal traffic management in Turin, optimising public transport orchestration in Riga, and boosting inland waterway efficiency and safety in Budapest. Collectively, these pilots will serve as living labs, validating SMARTIN’s AI-driven technologies and their potential to foster resilient and sustainable transport ecosystems.
Advanced Transport Infrastructure
AI-driven monitoring, predictive maintenance, and performance optimisation of roads, bridges, and tunnels.
Smart Cities & Governance
Integration of digital tools, KPIs, and decision-support systems for sustainable and data-informed mobility planning.
Smart Urban Mobility
Dynamic traffic management, multimodal coordination, and inclusive design for micromobility and vulnerable road users.
Waterborne Transport
Intelligent coordination and safety management for inland waterways and passenger vessel operations.
Public Transport Planning
Data-driven optimisation of bus, rail, and shared transport networks through digital twins and predictive analytics
Our role.
Beyond leading the activities related to the development of tools for holistic infrastructure monitoring, control, and prediction, Inlecom Innovation also drives the design of methodologies for the synthesis and estimation of infrastructure performance assessment criteria, the implementation of advanced AI algorithms for predictive maintenance, and the development of a real-time health monitoring system for transport infrastructure.
This project has received funding from the Horizon Europe research and innovation programme under GA 101203240. Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Commission. Neither the European Union nor the granting authority can be held responsible for them.
