TRAFFIQ LOKALE NAHVERKEHRSGESELLSCHAFT FRANKFURT AM MAIN MBH

Their core work

TRAFFIQ is Frankfurt am Main's official local public transport authority — the company responsible for planning, tendering, and organizing bus and tram services across the city region. In EU research, they contribute as a practitioner partner: a live urban transport operator that can provide real-world testing environments, operational data, and institutional knowledge that purely academic partners cannot. Their H2020 track record spans both participatory public transport innovation (CIPTEC) and large-scale automated and shared mobility demonstrations (SHOW), making them a credible bridge between research prototypes and city-scale deployment. For any consortium needing a German urban mobility operator as a demonstration host or end-user validation partner, TRAFFIQ fills that role directly.

What they specialise in

How they've shifted over time

TRAFFIQ's first project, CIPTEC (2015-2018), focused on collective innovation processes for public transport in European cities — a broad, participatory framing with no specific technology keywords recorded, suggesting a research posture centered on governance and service design rather than hardware or platforms. By SHOW (2020-2024), the focus had shifted sharply to automated road transport, connected and cooperative systems, MaaS/LaaS platforms, and electric vehicles — reflecting the industry-wide transition from improving conventional transit to integrating autonomous and shared mobility into city transport networks. The trajectory is clear: TRAFFIQ is evolving from a traditional transit operator experimenting with innovation methods into an active demonstration partner for next-generation urban mobility systems.

TRAFFIQ is positioning itself as a real-world urban testbed for automated, shared, and electric mobility systems — a role that will only become more valuable as European cities move toward mandated transport decarbonization and autonomous vehicle pilots.

How they like to work

TRAFFIQ has participated exclusively as a consortium partner across both projects, never taking on a coordination role — consistent with their identity as a practitioner and end-user rather than a research leader. Both projects placed them inside very large multi-partner consortia (SHOW alone involves dozens of cities and technology providers across Europe), suggesting they are experienced operating within complex collaborative structures. This makes them a low-friction, high-credibility partner for consortia that need a real urban operator without the overhead of a coordinating authority.

Across just two projects, TRAFFIQ has accumulated 100 unique consortium partners spanning 14 countries — an unusually wide network for such a small project portfolio, reflecting their participation in large pan-European Innovation Actions. Their connections run across German, Dutch, Belgian, and broader EU transport ecosystems.

What sets them apart

TRAFFIQ offers something most academic and technology partners cannot: direct institutional access to Frankfurt's urban transport network as a live demonstration environment, including fleet operations, passenger data, and political relationships with city government. Frankfurt is one of Germany's five largest cities and a major European transport hub, which gives any consortium featuring TRAFFIQ a flagship demonstration site with high visibility. Their combination of public mandate and private company structure means they can move faster than a municipal authority while still carrying the credibility of a licensed, publicly-accountable transport operator.

Highlights from their portfolio

• SHOW
  TRAFFIQ's largest and most technically ambitious project (EUR 251,650), covering automated road transport, MaaS/LaaS, and connected vehicle systems across multiple European city demonstrations — positioning TRAFFIQ at the forefront of next-generation urban mobility.
• CIPTEC
  TRAFFIQ's first EU project, establishing their role as a practitioner partner in pan-European public transport research and building the consortium relationships that likely led to SHOW.