Coordinated ADASANDME and PANACEA on adaptive ADAS for impaired/unfit drivers; participated in MEDIATOR, DriveToTheFuture, and BRAVE on driver-automation interaction.
STATENS VAG- OCH TRANSPORTFORSKNINGSINSTITUT
Sweden's national transport research institute specializing in driver behavior, road safety, automated vehicle validation, and rail freight innovation.
Their core work
VTI (the Swedish National Road and Transport Research Institute) is Sweden's primary government research body for road safety, vehicle automation, and multimodal transport systems. They specialize in understanding driver behavior — impairment, drowsiness, distraction — and designing adaptive driver assistance systems (ADAS) and human-machine interfaces for increasingly automated vehicles. Beyond road transport, they contribute to rail freight innovation (wagon design, running gear, digital coupling) through Shift2Rail partnerships. Their work bridges the gap between laboratory safety research and real-world deployment of automated and shared mobility solutions.
What they specialise in
Coordinated VIRTUAL (largest budget, EUR 1.4M) on open-source virtual crash testing; participated in PROSPECT and XCYCLE focused on pedestrian and cyclist safety.
Participated in CoEXist (AV-ready infrastructure), SHOW (shared automated mobility), VALU3S (automated systems verification), and DriveToTheFuture.
Third-party contributor across FR8RAIL II, FR8RAIL III, NEXTGEAR, X2Rail-2, X2Rail-4, and DACcelerate covering wagon design, smart assets, and digital automatic coupling.
Participated in SHOW on shared automated mobility and MaaS, uCARe on emission reduction, and TInnGO on transport gender equity.
Participated in uCARe (emission testing, driver feedback, retrofit systems) and LEON-T (tyre noise and particulate emissions impact on health).
How they've shifted over time
In 2015–2018, VTI focused heavily on driver impairment and adaptive ADAS (coordinating ADASANDME), vulnerable road user safety (PROSPECT, XCYCLE), and crash testing methodologies (VIRTUAL). From 2019 onward, their work shifted toward automated vehicle deployment, shared mobility (MaaS), verification of automated systems (VALU3S), and environmental impacts of transport (uCARe, LEON-T). The arc is clear: from understanding individual driver problems to designing and validating the systems that will eventually replace or augment human driving.
VTI is moving from researching why drivers fail to ensuring automated systems are safe, verified, and socially accepted — positioning them as a go-to partner for AV validation and deployment projects.
How they like to work
VTI operates primarily as an active partner (14 projects) rather than a consortium leader (4 coordinated projects), but their coordinator roles (ADASANDME, BRAVE, VIRTUAL, PANACEA) show they can and do lead when the topic aligns with their core driver-safety expertise. Their 9 third-party contributions — mostly in rail via Shift2Rail — indicate they also serve as a specialist brought in for targeted expertise. With 393 unique partners across 29 countries, they are a well-connected hub in European transport research, making them easy to integrate into new consortia.
VTI has collaborated with 393 unique partners across 29 countries, reflecting deep integration into the European transport research ecosystem. Their network spans both road and rail communities, connecting automotive OEMs, infrastructure operators, and academic institutions across the EU.
What sets them apart
VTI occupies a rare position as a national research institute that covers the full chain from human factors research (why drivers crash) through to system-level validation (proving automated vehicles are safe). Unlike university groups that publish papers or companies that build products, VTI produces the testing protocols, safety models, and policy-relevant evidence that regulators and industry both rely on. Their dual presence in road and rail transport — unusual for a single institute — makes them valuable for cross-modal projects.
Highlights from their portfolio
- VIRTUALLargest single project (EUR 1.4M) — VTI coordinated the development of open-source virtual crash testing protocols including an average female human body model, addressing a major gap in vehicle safety assessment.
- ADASANDMEVTI-coordinated flagship on adaptive ADAS for impaired drivers (drowsiness, stress, inattention) — their most defining project, directly aligned with core institutional expertise.
- PANACEAMost recent coordination (2021–2024), focused on monitoring commercial drivers' fitness to drive — shows VTI extending their driver-state expertise into occupational health and fleet management.