Artificial intelligence (AI) is positioned as a key tool in improving workplace safety, according to a recent prototype developed by Kyndryl. The company is using sensors connected to the cloud and AI to monitor in real time the exposure to environmental hazards of firefighters and industrial workers, seeking to reduce the risks these professionals face on a daily basis.
The project, driven by the Kyndryl Vital innovation program, has already been tested in real situations in Spain. This system combines Internet of Things (IoT) technology with AI to provide accurate data on exposure to toxic substances and other risk factors, allowing workers to make informed decisions in real time.
Invisible risks, intelligent solutions
In addition to the obvious danger of flames, the work of firefighters involves exposure to toxic and carcinogenic substances, a risk that also affects industrial workers in contact with hazardous compounds. Salomé Valero, Director of Innovation at Kyndryl in Spain, highlighted the importance of technology in protecting these workers.
“Climate change is intensifying fire seasons, and firefighters are facing increased risk situations. We have developed a prototype that uses IoT sensors and real-time data analysis, allowing fire departments to make more informed decisions in their operations,” Valero explained.
This prototype collects information on levels of toxic gases, such as carbon monoxide, along with vital data from the firefighter, such as their heart rate, to offer a clear view of the risk situation on a control panel. In addition, the device also geolocates the worker, allowing supervisors to make quick decisions based on their location and health status.
The key is co-creation
Sarah B. Nelson, Kyndryl’s first distinguished designer, emphasized the importance of a human-centered approach for the success of the project. “Co-creation is essential. By combining Kyndryl’s technical expertise with the real needs of our clients, we can develop integrated solutions that truly address real-world challenges,” Nelson stated.
Kyndryl Vital played a crucial role in the development of the prototype, integrating the experience of firefighters, healthcare professionals, and technology experts to ensure that the solution was practical and efficient. “This collaborative approach allows us not only to create innovative technology, but also to ensure that it is useful in real high-pressure scenarios,” she added.
Testing and future plans
Initial tests of the prototype were conducted in Spain, where data was collected during forest and urban fires, as well as in industrial environments. “This is just the beginning. We are working to refine the technology and integrate it with private 5G networks and improve data collection through weather forecasting,” Valero stated. Additionally, the European Commission has granted Kyndryl 1.2 million euros to continue the development of the prototype in 2024.
Nelson also emphasized that this prototype will not only benefit firefighters. “The technology can also be useful for urban fire departments and industrial sectors handling hazardous materials, such as manufacturing or energy,” she explained.
A safer future with AI
Kyndryl’s commitment is to continue refining these types of prototypes through their open integration platform, Kyndryl Bridge, to address complex issues and improve the management of personnel and resources in organizations. “Worker safety is a priority, and AI gives us the opportunity to create safer and more efficient work environments,” Valero concluded.
Kyndryl will also present this prototype at AWS re2024, where the future applications of AI in worker protection will be discussed, solidifying their leadership in using technology for workplace safety.
This advancement is a clear example of how artificial intelligence and emerging technology can make a difference in the lives of workers and the operational efficiency of companies.