ADASANDME (2016–2020) was entirely focused on detecting drowsiness, inattention, stress, and impairing emotions in real driving conditions.
NAVENTIK GMBH
German SME specialising in driver impairment detection and GNSS-based railway localization for transport safety.
Their core work
NAVENTIK is a German technology SME based in Chemnitz with expertise in two adjacent transport-safety domains: driver state monitoring for road vehicles and GNSS-based precision localization for rail. In the automotive domain, they work on detecting driver impairment — drowsiness, inattention, stress, and impairing emotions — and translating those detections into adaptive ADAS responses and tailored HMI interactions under vehicle automation. In the railway domain, they contributed to developing a certifiable localization unit using GNSS technology in the rail environment, a technically demanding area due to certification requirements and signal reliability challenges. Their profile suggests a sensor-and-signal SME that brings specialized measurement and integration know-how into larger research consortia.
What they specialise in
ADASANDME targeted tailor-made HMI responses that adapt ADAS behaviour based on driver state, positioning NAVENTIK at the interface of sensing and system response.
CLUG (2019–2022) involved developing a certifiable localization unit using GNSS in the railway environment, where NAVENTIK participated as a funded consortium member.
The CLUG project explicitly targets certifiability of the localization unit, suggesting exposure to railway safety standards and certification processes.
How they've shifted over time
NAVENTIK's earliest H2020 work (2016–2020) was firmly rooted in automotive behavioural sensing — detecting human impairment states and adapting vehicle automation accordingly, a topic sitting at the intersection of cognitive science, signal processing, and HMI design. Their second project (2019–2022) marks a clear domain shift toward satellite-based positioning for rail, which shares the underlying theme of transport safety but swaps the driver-facing layer for a precision infrastructure layer. The direction of travel appears to be from road-vehicle driver safety toward transport infrastructure positioning, though with only two data points this trajectory should be treated as a hypothesis rather than a confirmed trend.
NAVENTIK appears to be broadening from automotive driver monitoring into rail infrastructure positioning, suggesting they may be looking for consortium roles in multimodal transport safety or GNSS-dependent rail applications.
How they like to work
NAVENTIK has never led an H2020 project — they enter as a specialist contributor, first as a third party (ADASANDME) and then as a funded participant (CLUG). Their involvement in ADASANDME as a third party suggests they provided a specific technology or dataset rather than carrying a work package. The 47 unique partners across just two projects indicate they operate within large, multi-stakeholder consortia typical of transport RIA and IA projects, rather than small bilateral arrangements.
NAVENTIK has connected with 47 unique consortium partners across 10 countries through just two projects, which reflects the large consortium structures common in EU transport research. No geographic concentration is apparent from the available data.
What sets them apart
NAVENTIK occupies an unusual niche as a small German SME that bridges automotive driver monitoring and railway GNSS localization — two domains that rarely overlap in a single organisation. Their Chemnitz base places them in Saxony's automotive and engineering cluster, giving them proximity to both OEM supply chains and Fraunhofer research infrastructure. For consortium builders, they offer specialist SME credibility in safety-critical transport sensing without the overhead of a large industrial partner.
Highlights from their portfolio
- ADASANDMEA flagship RIA project on adaptive ADAS for impaired drivers, where NAVENTIK contributed as a third party — unusual for an SME, implying they held a specific proprietary capability the consortium needed.
- CLUGTheir only directly funded project (EUR 212,712) tackled certifiable GNSS localization for rail — a technically and regulatorily demanding problem with direct commercial applications in European rail modernisation.