All three projects (TrAM, AUTOSHIP, FRONTIER) involve inland or inshore water transport, reflecting their core mandate as waterway operator.
DE VLAAMSE WATERWEG
Flemish inland waterway authority providing real-world infrastructure for autonomous shipping, vessel innovation, and smart traffic management R&D.
Their core work
De Vlaamse Waterweg is the Flemish inland waterway authority responsible for managing and operating Belgium's navigable waterways in the Flanders region. In H2020 projects, they contribute real-world infrastructure expertise and operational data for testing autonomous vessels, modular ship design, and smart traffic management on inland and inshore waters. Their role is that of an end-user and infrastructure owner — providing the waterways, locks, and operational context where new maritime and transport technologies are validated. This makes them a valuable partner for any consortium needing access to a major European inland waterway network for pilot demonstrations.
What they specialise in
AUTOSHIP focused specifically on autonomous shipping for inland waterways and short sea shipping, with e-navigation capabilities.
TrAM explored advanced modular design concepts for inshore vessels, where De Vlaamse Waterweg contributed as waterway operator.
FRONTIER (2021-2024) expanded their scope to next-generation traffic management integrating connected and automated vehicles across transport modes.
How they've shifted over time
Their earliest H2020 involvement (TrAM, 2018) centered on physical vessel innovation — modular design for inshore craft. By 2019-2021, the focus shifted decisively toward digital and autonomous systems: unmanned shipping, e-navigation, and smart traffic management for connected vehicles. This trajectory shows a waterway authority moving from hardware-oriented vessel projects toward software-driven autonomy and multi-modal traffic orchestration.
They are moving toward digitalized waterway operations — future partners should expect interest in autonomous navigation, traffic management AI, and multi-modal transport integration on inland waters.
How they like to work
De Vlaamse Waterweg consistently participates as a partner rather than leading projects, joining relatively large consortia (48 unique partners across just 3 projects, averaging 16+ partners per consortium). This is typical of infrastructure owners who bring real-world testing environments and operational requirements rather than driving R&D agendas. They are a broad networker — 15 countries across 3 projects — suggesting openness to diverse international partnerships.
Across 3 projects they have collaborated with 48 unique partners from 15 countries, indicating involvement in large, pan-European consortia. Their network spans a wide geographic range for a relatively small project portfolio.
What sets them apart
As the operator of Flanders' entire inland waterway network, De Vlaamse Waterweg offers something most research partners cannot: direct access to real navigable infrastructure for piloting and demonstrating waterborne transport innovations. They bridge the gap between R&D concepts and operational deployment — any autonomous vessel, smart lock, or traffic management system eventually needs a waterway authority to approve and host real-world tests. For consortium builders, they are the partner who turns a simulation into a validated pilot on a functioning European waterway.
Highlights from their portfolio
- AUTOSHIPDirectly aligned with their core mission — testing autonomous vessel operations on the inland waterways they manage, making them a critical end-user validation partner.
- FRONTIERTheir most recent and broadest project, expanding from waterborne transport into multi-modal connected vehicle traffic management — signals strategic evolution.