SciTransfer
Organization

MCROBERTS BV

Dutch SME providing wearable sensor systems and validated digital endpoints for real-world mobility, fatigue, and activity measurement in clinical research.

Technology SMEhealthNLSMEThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€701K
Unique partners
86
What they do

Their core work

McRoberts develops wearable sensor systems and the underlying algorithms that turn raw movement data into clinically meaningful measurements — capturing how patients actually move in the real world, not just in a lab. Their core product line (MoveMonitor, DynaPort) records continuous physical activity data over days or weeks, which clinical research teams then use to assess disease progression, treatment response, and functional decline. In H2020, they contributed this measurement infrastructure to two large clinical consortia studying conditions ranging from Parkinson's disease and COPD to immune-mediated inflammatory disorders, validating their sensors as regulatory-grade digital endpoints. Their value in a consortium is concrete: they provide the hardware, the signal-processing expertise, and the clinical data pipeline that turns a wearable into an accepted outcome measure.

Core expertise

What they specialise in

Digital mobility assessmentprimary
2 projects

Both MOBILISE-D and IDEA-FAST rely on McRoberts' ability to capture and quantify real-world mobility and physical activity as the foundational measurement layer.

Wearable sensor technology and signal processingprimary
2 projects

McRoberts supplies the inertial sensor hardware and proprietary algorithms used to derive clinically validated gait and activity metrics across both projects.

Digital endpoint validation for regulatory useprimary
2 projects

MOBILISE-D explicitly targets regulatory and clinical endorsement of digital mobility outcomes, positioning McRoberts at the intersection of sensor technology and regulatory science.

Fatigue and sleep monitoring in chronic diseaseemerging
1 project

IDEA-FAST extends McRoberts' sensor capability into fatigue and sleep disturbance measurement in neurodegenerative and inflammatory conditions, a newer application area for their platform.

Multi-disease clinical cohort instrumentationsecondary
2 projects

Across MOBILISE-D (COPD, PD, MS, hip fracture, ageing) and IDEA-FAST (immune-mediated inflammatory disorders), McRoberts has deployed its measurement tools across at least seven distinct patient populations.

Evolution & trajectory

How they've shifted over time

Early focus
Mobility assessment in ageing and neurological disease
Recent focus
Digital endpoints for fatigue, sleep, and inflammatory conditions

Both H2020 projects started in 2019, so the chronological spread is narrow — but the thematic shift between them is meaningful. MOBILISE-D anchored McRoberts in classical mobility science: walking speed, gait quality, and physical activity in well-defined populations like COPD patients, Parkinson's patients, and hip fracture survivors. IDEA-FAST then pushed the platform into less charted territory — immune-mediated inflammatory disorders, fatigue, sleep, and health-related quality of life — conditions where measurement is harder and clinical consensus on what to measure is still forming. This suggests McRoberts is deliberately expanding from established mobility endpoints toward a broader digital outcomes platform capable of capturing the full spectrum of how chronic disease affects daily life.

McRoberts is moving from single-domain mobility measurement toward a multi-outcome digital health platform that covers movement, fatigue, sleep, and quality of life — making them increasingly relevant to any clinical trial or observational study that needs real-world patient monitoring across complex chronic conditions.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European17 countries collaborated

McRoberts operates exclusively as a participant, not a coordinator — they join large consortia as a specialist technology provider rather than driving the research agenda themselves. Both their projects are major RIA consortia (MOBILISE-D spans 2019–2024 and IDEA-FAST runs to 2026), suggesting they are comfortable sustaining long-term, multi-year measurement commitments within complex multi-partner structures. With 86 unique partners across 17 countries from just two projects, they have broad network exposure, but this is a function of the large consortia they joined rather than evidence of a dense bilateral partner network.

McRoberts has reached 86 unique consortium partners across 17 countries through just two projects — a reflection of the scale of MOBILISE-D and IDEA-FAST, both large pan-European clinical research consortia. Their network spans primarily European academic medical centres, hospitals, and digital health SMEs, with The Hague as their base and no apparent geographic concentration beyond EU health research hubs.

Why partner with them

What sets them apart

McRoberts occupies a narrow but high-value niche: they are one of the few European SMEs that combine proprietary wearable hardware with validated clinical-grade algorithms, giving them credibility in both the engineering and the regulatory science communities. Most digital health SMEs either build devices or consult on endpoints — McRoberts does both, and their participation in MOBILISE-D (which has an explicit regulatory endorsement goal) means their measurement methods are being stress-tested against EMA and FDA standards. For a consortium that needs a wearable partner who can defend their data in a regulatory submission, that track record is difficult to replicate from scratch.

Notable projects

Highlights from their portfolio

  • MOBILISE-D
    The largest of their two projects (€519K to McRoberts alone) and one of the most ambitious digital health initiatives in H2020, explicitly targeting regulatory endorsement of digital mobility endpoints — a rare goal that puts McRoberts' sensor data directly in front of medicines regulators.
  • IDEA-FAST
    Extends McRoberts' platform into immune-mediated inflammatory disorders and fatigue/sleep monitoring through 2026, demonstrating that their wearable technology is being adopted beyond the neurological disease niche where they first built their reputation.
Cross-sector capabilities
Occupational health and workforce monitoring (activity and fatigue measurement transfers directly to workplace safety applications)Sports science and rehabilitation technology (real-world movement analytics applicable outside clinical settings)Ageing-in-place and assisted living technology (activity daily living monitoring relevant to social care and eldertech)
Analysis note: Only two projects in the dataset, both starting in the same year (2019), which limits any meaningful longitudinal analysis. The keyword "evolution" reflects thematic differences between two simultaneous projects rather than a true temporal shift. Confidence in the technology profile is reasonable given the project titles and keywords are specific, but depth of analysis is constrained by the small sample. Profile would benefit significantly from adding project deliverables, report summaries, or company website content.