A new white paper from the Global Initiative for Industrial Safety (GIFIS) has introduced a practical framework aimed at helping industrial companies assess the effectiveness of emerging safety technologies and improve workplace risk management.
Developed by GIFIS in collaboration with Lloyd’s Register Foundation, United Nations Industrial Development Organization and University of Cambridge, the paper highlights how rising workplace fatalities and injuries continue to create a significant global burden while industries face increasing pressure to modernise safety practices.
According to the report, work-related deaths increased from around 2.8 million in 2015 to 2.9 million in 2019, accounting for 6.7% of all global deaths among the working-age population. In addition, around 395 million workers suffer occupational injuries annually, with poor occupational safety and health conditions estimated to cost more than US$3.2tn each year, equivalent to 4.1% of global GDP.
The white paper argues that emerging technologies such as artificial intelligence, robotics, wearable devices, drones, predictive analytics and digital twins are reshaping industrial safety by enabling organisations to move from reactive to anticipatory risk management.
It also notes that adoption of these technologies remains relatively limited due to challenges including high implementation costs, integration difficulties, skills shortages, worker privacy concerns and uncertainty over measurable safety outcomes.
To address these barriers, the report introduces a “4Ps” framework that categorises safety technologies into prevention, precaution, prediction and protection. The framework links technologies to their ability to reduce hazards, lower the likelihood of incidents and minimise the severity of injuries.
The paper also includes a case study examining more than 19,000 patented fall-protection technologies developed between 2004 and 2024. Findings show a growing shift away from traditional mechanical safety systems towards digitally enabled monitoring devices and predictive safety tools.
GIFIS said the framework is designed to help industrial users compare safety technologies more systematically while supporting stronger return on investment analysis by factoring in implementation effort, operational feasibility and long-term safety benefits.
