FEATURE
AI , when paired with wearable technology , can analyse the primary causes of musculoskeletal disorders ( MSDs ) such as posture , force , frequency and duration , which are essential components of ergonomic risk assessment . Real-time feedback from wearable sensors guides interventions and training programmes to reduce ergonomic risk and prevent MSDs , safeguarding worker health and productivity . Additionally , wearable technology can also ease an injured worker ’ s return to work by supplementing their physical capabilities , making this a promising field to explore further .
Although the implementation of wearable technology for workers ’ compensation is not yet widespread , it ’ s clear that its potential value in preventing worker injuries and aiding in their return to work is beginning to gain recognition .
The integration of advanced safety technology , AI and wearable devices presents a promising strategy for companies and insurers to proactively prevent injuries and reduce workers ’ compensation claims . Not only does this approach reduce financial costs , but it also ensures the safety and wellbeing of workers , thus proving beneficial for all parties involved . This strategic shift marks a new era in the realm of workplace safety , where prevention and early intervention lead the way , signalling a win-win-win scenario for workers , employers and insurers alike . �
36 www . intelligentfin . tech