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Enhancing Construction Site Safety with Location-Aware Technology

This project is leaded by the company FLASHER GMBH, their role in the project will be the coordination and technology provider and the company KOFLER & RECH will also participate as the industry player to test the solution.

Construction sites are inherently dangerous environments, where safety is a top priority. Our recent Eurocluster project has successfully implemented and evaluated several innovative use cases that leverage location-awareness to prevent hazardous situations and enhance emergency response on real-world construction sites.

Key Use Cases Implemented:

1. Location-Aware On-Body Light and Vibration Control: Workers' safety is significantly enhanced through an intelligent system that activates visibility and warning signals based on their location. High-visibility lights integrated into workers' wearables turn on automatically when they leave the vehicle cabin, ensuring they are seen and can see their surroundings effectively. Additionally, vibration patterns are triggered to alert workers as they approach restricted areas, thereby reducing the risk of unauthorized access and potential accidents.
2. Location-Aware Wireless Control: To ensure that workers can only operate heavy machinery and equipment in safe conditions, location-aware wireless control systems have been implemented. This technology enables remote controls to switch to operational mode only when nearby workers are confirmed to be in designated safe zones. This feature mitigates the risk of accidental or unauthorized equipment use, providing an extra layer of protection for the workforce.
3. Fainting Detection: Worker health is another critical aspect addressed by this system. Wearables equipped with sensors monitor unusual movement patterns that may indicate fainting or other health-related incidents. In such cases, the system transmits emergency signals containing precise locational information, allowing for rapid response and assistance.

Comprehensive Safety System

Our system is designed with both workers and the construction environment in mind. It combines wearable technology for the workforce with plug-and-play components that highlight nearby environments as safe or dangerous. This dual approach not only safeguards individual workers but also creates a safer overall worksite.

Robust and Versatile Operation

One of the most significant advantages of our solution is its versatility and robustness. It can be utilized both indoors and outdoors and remains operational even in the absence of mobile network connectivity. This ensures continuous protection and operational effectiveness, regardless of the site conditions.

Conclusion

By integrating these innovative, location-aware solutions, our project has demonstrated the potential for technology to significantly improve safety standards on construction sites. With proactive measures to prevent hazardous situations and effective emergency response mechanisms, we are paving the way for a safer future in the construction industry.

About Silicon Eurocluster

The Silicon Eurocluster project aims to achieve greater European self-sufficiency, with increased competitiveness and resilience in the electronics value chain, with specific attention to SMEs.

“Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.”