CIVITAS Inspiration on Public Transport: Improving Smart Transfers at Local Mobility Hubs

This brief focuses on “smart transfers” at local mobility hubs – the seamless, data‑driven coordination of passenger movement between transport modes such as buses, trains, bikes, e‑scooters and ride‑sharing services. It positions local mobility hubs as compact, strategically located centres where modes converge and where public transport acts as the backbone by providing high‑capacity fixed‑route travel and enabling regional and last‑mile connectivity. The core issue is that, as cities push for more integrated, sustainable mobility, the most complex part of many journeys often remains the local connection: navigating short-distance, first‑ and last‑mile segments and making reliable transfers between services. Smart transfers are presented as a response to this challenge, aiming to reduce waiting times, improve user experience, and increase the overall efficiency of multimodal transport networks.

The brief explains that smart transfers rely on integrating real time data analytics, mobile apps, integrated ticketing, and IoT enabled infrastructure, so that connections between services are synchronised, intuitive and responsive to passenger needs. In this framing, local mobility hubs are not only physical interchange points: they are also nodes in a wider “smart city ecosystem”, where data and digital services support predictable and user-friendly movement between modes. The brief links this to broader objectives such as reducing car dependency, lowering emissions, promoting active modes, and making public transport more attractive and accessible to a wider population.

A major part of the brief is devoted to why hubs are difficult to deliver well. It identifies persistent challenges across technical, spatial, institutional and social dimensions. On the technical side, data integration and interoperability are described as foundational: fragmented digital infrastructures and the absence of common standards and APIs make real time data sharing difficult and prevent seamless journey planning, ticketing and transfer coordination. Spatial constraints are also common: many hubs must be fitted into existing urban footprints, with limited room for redesign while still balancing multiple modes and providing accessibility, comfort and intuitive navigation, especially in dense environments.

Institutionally, the brief stresses that smart transfers depend on coordination between public transport authorities, municipalities, private mobility providers and technology vendors, yet governance fragmentation and regulatory hurdles often slow integration. It also highlights equity and usability concerns, particularly different levels of digital literacy, language proficiency and physical ability, as well as barriers faced by underserved and low income populations. Finally, it flags implementation constraints (legacy infrastructure, cybersecurity and privacy concerns, and inconsistent connectivity in smaller/rural hubs) and the challenge of securing long-term funding and demonstrating value. Overall, the idea behind is that legislation and coordinated planning can create enabling conditions, referencing EU frameworks that support the mainstreaming of mobility hubs and smart transfers.

Key Recommendations

Cities and transport authorities seeking smarter transfers at local mobility hubs should prioritise the following actions:

1. Treat data as the backbone of smart transfers. Promote consistent, real‑time data sharing across public and private operators to support efficient trip planning, dynamic service management and predictable transfer coordination. The brief points to open APIs and established formats such as MDS (Mobility Data Specification) and GBFS (General Bikeshare Feed Specification) to reduce reporting burdens and improve interoperability.
2. Add operational intelligence through predictive and behavioural data. Use forecasting tools (based on historical patterns and external factors like weather or events) to anticipate demand surges and allocate resources. Apply behavioural insights from apps, sensors or heat maps to improve signage, amenities and flow management in and around hubs.
3. Unify the user experience through integrated digital platforms. Where appropriate, deploy Mobility‑as‑a‑Service (MaaS) platforms that integrate multiple modes in one interface. Regional or national implementation helps avoid fragmentation and supports wider adoption.
4. Strengthen governance and coordination capacity. Support hub development through integrated or well‑coordinated transport authorities, and consider creating a dedicated intermodal task force to set standards and facilitate collaboration between public agencies, operators and technology providers.
5. Use cross‑sector partnerships to align services with public transport goals. Work with private mobility providers under shared access and equity frameworks so services complement public transport rather than compete with it. Coordinate scheduling, fare structures and service areas to reduce friction at transfer points.
6. Design hubs around user-centred, accessible infrastructure. Minimise walking distances between modes, ensure legibility through clear wayfinding, provide barrier‑free access, and co‑locate services (e.g., buses, bikes and trains) where possible to reduce overall journey times.
7. Plan for sustainability, electrification and resilience. Incorporate smart and sustainable physical infrastructure (real‑time signage, smart ticketing, IoT sensors), integrate EV/shared mobility charging needs into planning in line with AFIR, provide secure micromobility/active travel infrastructure, embed climate adaptation features, and rethink parking as a mobility asset (space for shared mobility, EV charging, real‑time availability data, safer pedestrian access).
8. Address long‑term viability early. Anticipate constraints linked to legacy infrastructure, cybersecurity/privacy, connectivity gaps, and especially funding and long‑term operational sustainability, areas identified as common reasons projects stall.