Central theme across DeTOP (prosthetics), An.Dy (anticipatory HRC), and SOPHIA (socio-physical HRC in agile production).
ISTITUTO NAZIONALE ASSICURAZIONE INFORTUNI SUL LAVORO INAIL
Italy's national workplace safety authority contributing occupational health, ergonomics, and risk assessment expertise to human-robot collaboration research.
Their core work
INAIL is Italy's national workers' compensation and occupational safety authority, responsible for workplace injury insurance, prevention research, and rehabilitation. In H2020, they contribute domain expertise on worker health, ergonomics, and biomechanical risk — particularly where humans interact with robots or are exposed to physical hazards. Their research focus sits at the intersection of occupational safety and emerging technologies like collaborative robotics, prosthetics, and radiation protection. They bring real-world regulatory and insurance data on workplace injuries that few academic partners can offer.
What they specialise in
SOPHIA explicitly targets biomechanical risk monitoring; An.Dy addresses anticipatory safety in dyadic human-robot work.
DeTOP focused on dexterous transradial osseointegrated prosthesis with neural control.
RadoNorm project addresses radiation protection, dosimetry, and societal risk communication.
RES URBIS focused on resources from urban bio-waste — a departure from their core occupational safety work.
How they've shifted over time
INAIL's early H2020 involvement (2016-2017) focused on assistive technologies and rehabilitation, exemplified by the DeTOP prosthetics project. From 2019 onward, their focus shifted decisively toward workplace safety in automated environments — cooperative robotics, worker ergonomics, and acceptability of human-robot collaboration in production settings (SOPHIA). Their most recent entry (RadoNorm, 2020) adds occupational radiation protection, broadening their hazard coverage beyond mechanical risks.
INAIL is moving from assistive device research toward ensuring worker safety and acceptance in Industry 4.0 environments where humans work alongside robots.
How they like to work
INAIL never coordinates — they join as participants (3 projects) or third parties (2 projects), contributing specialized occupational safety expertise to consortia led by others. With 109 unique partners across 24 countries, they operate in large, diverse consortia rather than tight bilateral collaborations. This pattern suggests they serve as a domain authority that teams recruit for regulatory credibility and real-world workplace data, rather than driving the research agenda themselves.
INAIL has collaborated with 109 distinct partners across 24 countries, indicating broad European reach built through large consortia. Their network spans robotics labs, universities, and industrial partners, giving them visibility across the human-robot interaction research community.
What sets them apart
INAIL occupies a rare niche: they are one of very few national workplace insurance authorities active in EU robotics and Industry 4.0 research. They bring actual occupational injury data, regulatory perspective, and worker acceptability assessment — inputs that most technical consortia lack. For any project involving human-robot collaboration, wearable safety devices, or workplace automation, INAIL adds the occupational health validation layer that reviewers and end-users demand.
Highlights from their portfolio
- SOPHIALargest funded project (EUR 506,552) addressing the full chain of socio-physical human-robot collaboration in agile manufacturing, from ergonomics to worker acceptability.
- DeTOPAmbitious five-year project on neural-controlled prosthetics with sensory feedback — directly relevant to INAIL's rehabilitation mandate for injured workers.
- RadoNormExtends INAIL's safety expertise into radiation protection with a strong societal dimension, running until 2025 and expanding their hazard coverage beyond mechanical risks.