Background: The One Health evolution in occupational health and safety (OSH) is influenced by technological innovation, climate adaptation, and workforce expectations. In advanced manufacturing and digitalized work environments, the demand for agile safety systems goes beyond regulatory compliance. As organizational ecosystems become autonomous, managing complex risks is crucial for worker well-being and operational resilience. Methods: The Foresight Systematic Analysis of emerging trends in OSH technologies, such as wearable safety technologies, AI-assisted inspections, digital twin modeling, and climate-informed risk assessment, was conducted using scenario mapping and systematic scoping literature methods. Stakeholder perspectives from public health authorities, industry leaders, and regulatory bodies were integrated to contextualize strategic priorities and barriers to adoption. Results: Findings indicate a shift toward integrated safety ecosystems characterized by real-time monitoring, predictive analytics, and adaptive learning environments. Climate-sensitive modeling and sensor-based feedback systems are projected to become core components of future workplace safety infrastructure, particularly in environmentally vulnerable regions. The role of safety professionals expands to include interdisciplinary competencies such as data interpretation, systems integration, and digital ethics. Standardized digital safety protocols, data privacy governance, and equitable access to intelligent safety tools across industries and regions correlated with One Health. Conclusion: The future of occupational safety depends on proactive, intelligence-driven frameworks that can adapt to dynamic risk landscapes. This requires sustained innovation, cross-sector collaboration, and a safety culture based on resilience and continuous learning. Preparing the workforce for these transformations is crucial for safety, health and productivity. One health regulatory body was integrated to help contextualize strategic priorities and adoption barriers.
Adamopoulos et al. (Tue,) studied this question.
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