SciTransfer
Organization

SRM - SOCIETA RETI E MOBILITA SRL

Bologna transport consultancy specializing in inclusive urban mobility, active travel tracking, and co-design for socially excluded users.

Innovation consultancytransportITNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€250K
Unique partners
24
What they do

Their core work

SRM (Società Reti e Mobilità) is a Bologna-based private consultancy specializing in transport research and urban mobility, with a focus on user-centered methods and the social dimensions of how people move through cities. Their H2020 work covers two distinct but connected areas: collecting and analyzing behavioral data on cycling and walking (TRACE), and designing inclusive transport solutions for populations at risk of mobility exclusion (TRIPS). They contribute participatory design expertise, user studies, and policy-facing recommendations to research consortia — skills that bridge engineering-heavy transport projects and the actual needs of diverse users. Their outputs are methodologies, design guidelines, and policy recommendations rather than physical products or software platforms.

Core expertise

What they specialise in

Active mobility tracking and data collectionprimary
1 project

TRACE (2015-2018) focused on opening the tracking potential of cycling and walking, placing SRM in data collection and behavioral monitoring for non-motorized transport.

Inclusive transport and mobility equityprimary
1 project

TRIPS (2020-2023) addressed transport innovation for people vulnerable to exclusion, with SRM contributing to inclusive transport design and assistive technology integration.

Co-design and participatory research methodologyprimary
1 project

TRIPS keywords explicitly include co-design, participation, design research, and user studies — core methodological contributions from SRM to the consortium.

Urban mobility systems and policysecondary
2 projects

Both projects engage with future urban mobility systems, and TRIPS produced policy recommendations, indicating SRM's role spans from fieldwork to policy translation.

Assistive technologies for transportemerging
1 project

TRIPS explicitly lists assistive technologies as a keyword, suggesting SRM engages with accessibility tools for mobility-impaired or socially excluded users.

Evolution & trajectory

How they've shifted over time

Early focus
Active mobility tracking and data
Recent focus
Inclusive urban mobility co-design

In their first H2020 project (TRACE, 2015-2018), SRM's work centered on the technical and behavioral side of active mobility — tracking cycling and walking patterns, with no recorded keywords suggesting a data-collection and monitoring orientation. By their second project (TRIPS, 2020-2023), the focus had shifted markedly toward social equity and participatory design: co-design processes, user studies, assistive technologies, and meeting the mobility needs of people at risk of exclusion. This is a meaningful pivot from quantitative mobility data toward human-centered design and social inclusion policy — a direction that aligns with where EU transport research funding is flowing in the 2021-2027 period.

SRM is moving deeper into participatory design and mobility equity — if this trajectory continues, future projects will likely sit at the intersection of social inclusion, accessible transport, and urban policy rather than pure data collection.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European13 countries collaborated

SRM has participated in both H2020 projects as a consortium partner, never as coordinator — a consistent pattern that reflects their role as a specialist contributor rather than a project leader. Despite only two projects, they have connected with 24 unique partners across 13 countries, which suggests they join mid-to-large consortia where they deliver a specific methodological or user research function that the lead organizations cannot provide themselves. Working with them means gaining participatory design and social research capacity, not operational project management.

SRM has engaged with 24 unique consortium partners across 13 countries through just two projects, indicating broad European exposure relative to their scale — consistent with participation in genuinely pan-European RIA consortia. No geographic concentration is apparent beyond their Italian base.

Why partner with them

What sets them apart

SRM sits at an unusual intersection in the transport research space: they combine urban mobility expertise with co-design methodology and social inclusion research — a combination that pure engineering firms or data companies rarely offer. Based in Bologna, a city with a strong cycling culture and progressive urban mobility policy tradition, they bring credible local context alongside European research experience. For consortia building around transport equity, accessible mobility, or participatory planning, SRM fills a profile that most transport technology partners cannot.

Notable projects

Highlights from their portfolio

  • TRIPS
    Directly addresses mobility exclusion for vulnerable populations using co-design and assistive technologies — a socially impactful topic central to current EU transport equity priorities.
  • TRACE
    Largest single grant received (€157,362) and SRM's earliest H2020 entry, establishing their track record in active mobility data collection across a multi-year research project.
Cross-sector capabilities
Social inclusion and accessibility (disability, aging, mobility-impaired populations)Urban planning and public space designHealth and social care (assistive technologies, independent living)Digital data collection and behavioral monitoring in public environments
Analysis note: Profile is based on only 2 projects. TRACE (2015-2018) carried no keyword data, so the early-period characterization relies entirely on the project title. All expertise areas and the evolution narrative should be treated as indicative rather than confirmed — a third project would substantially improve confidence in the pattern identified here.