In a gas leak simulation exercise, the Wearin’ team demonstrated its IoT solution for critical intelligence in enhancing first responders’ situational awareness. It provided real-time data generated by wearable biometric sensors and gas detection alerts to the control and monitoring dashboards of the command center coordinating the operations. Its sensors and alarm-generated ecosystem complemented Crimson’s (CS Group) mapping software solution, ensuring the success of the Belgian firefighters’ intervention. In the exercise simulating an urgent intervention on the EuroFos container terminal site for a major chemical disaster, Wearin’s smart vest was used by the Austrian Forces Disaster Relief Unit, which specializes in decontamination and CBRN (chemical, biological, radiological, and nuclear) defense. Data from biometric sensors and environmental detection alarm systems provided real-time situational awareness data to the central monitoring station. Via the cloud-based dashboard platform powered by AI, the central station communicated information and recommendations that ensured safety, efficiency, and coordination of the operations and responses.
STATE-OF-THE- ART WEARABLE SOLUTIONS MUST ADDRESS KNOWN PAIN POINTS TO, AMONG OTHER THINGS, DRAMATICALLY REDUCE THE NUMBER OF INJURIES
The basic steps in building a high-performance human connectivity solution are: • Needs analysis: Identify the pain point that an organization needs to address to protect its workers, coordinate its activities, and make wise decisions. • Set-up: Source and integrate sensors that provide the needed measurements. • AI: Develop algorithms that make the best
The Austrian Forces Disaster Relief Unit equipped with Wearin’s smart vest during Domino FSX’s chemical disaster exercise.
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