Core technology provider across all three projects — INFANS explicitly uses fNIRS for neonatal brain monitoring, and their commercial product line centers on fNIRS devices.
ARTINIS MEDICAL SYSTEMS BV
Dutch SME manufacturing near-infrared spectroscopy (fNIRS) brain monitoring devices for neuroscience research, neonatal care, and neuro-business applications.
Their core work
Artinis Medical Systems is a Dutch SME that designs and manufactures near-infrared spectroscopy (fNIRS) devices used to measure brain activity and physiological signals. Their equipment is deployed in neuroscience research — from studying infant brain development to measuring subconscious consumer decision-making processes. In H2020, they serve as a technology provider, supplying biometric measurement hardware and expertise to research consortia focused on neurophysiology and neuro-business applications.
What they specialise in
Both INFANS (neonatal safeguard assessment) and MOTION (infant social-cognitive neuroscience) focus on brain measurement in infants and neonates.
RHUMBO project applies biometric signals and machine learning to predict human decision-making in mixed reality environments.
INFANS combines electroencephalography with fNIRS; MOTION uses mobile brain measurement technologies — indicating multimodal signal integration capability.
RHUMBO applies machine learning to interpret subconscious brain processes for predicting consumer behaviour.
How they've shifted over time
With all three projects starting in 2018-2019, the timeline is too compressed to show a dramatic shift. However, the data reveals a broadening pattern: MOTION and INFANS ground Artinis in clinical and developmental neuroscience, while RHUMBO extends their fNIRS technology into commercial neuro-business applications. The emergence of machine learning and mixed reality keywords in their recent portfolio suggests a move from pure physiological measurement toward data-driven interpretation and applied consumer contexts.
Artinis is expanding from clinical neuroscience instrumentation toward commercial applications of brain measurement — neuro-marketing, consumer research, and AI-augmented biosignal analysis — which signals growing interest in industry-facing use cases.
How they like to work
Artinis participates exclusively as a partner, never as coordinator — consistent with their role as a specialist equipment provider that contributes technology to researcher-led consortia. Across three MSCA training networks, they have worked with 25 unique partners in 11 countries, indicating they are well-connected but not driving project agendas. Their value proposition to consortia is clear: they bring commercial-grade fNIRS hardware and applied measurement expertise that academic partners typically cannot provide in-house.
Artinis has built a network of 25 partners across 11 countries through three MSCA training networks, giving them broad European connections in the neuroscience research community. Their partnerships span academic institutions and research hospitals focused on brain measurement and neurophysiology.
What sets them apart
Artinis occupies a rare niche as a commercial fNIRS manufacturer embedded in academic research networks. Unlike most instrument companies that simply sell equipment, they actively participate in training networks — hosting early-stage researchers and co-developing measurement protocols. For consortium builders, they offer a direct bridge between laboratory neuroscience and market-ready measurement devices, which is valuable for projects requiring validated, portable brain monitoring technology.
Highlights from their portfolio
- INFANSLargest funding (EUR 531K) and most clinically significant — developing integrated EEG+fNIRS assessment tools for neonatal brain safeguarding.
- RHUMBORepresents Artinis's push beyond clinical neuroscience into neuro-business, combining biometric signals with machine learning to predict consumer decisions in mixed reality.