Key Takeaways: Different shapes of geofences have unique advantages and applications. Geofences can be triggered in various ways, including entry, exit, and proximity. Proximity-triggered geofences improve safety by alerting workers of potential hazards....
Key Takeaways: Geofencing can be used to secure a construction site and prevent unauthorized access. This technology can also help enforce safety protocols on the construction site. Geofencing can be used to automate time and attendance tracking for construction...
Key Takeaways: Geofencing alerts are real-time notifications sent to managers and workers when a tracked asset or person enters or leaves a designated area. They can be used for optimizing transportation logistics, streamlining fleet management, and improving employee...
Key Takeaways: The implementation of a geofencing system in construction starts with choosing the right solution. The process should include thorough staff training. The system can be deployed once the geofencing boundaries have been set and the trigger events have...
Key Takeaways: Implementing geofencing is challenging for many construction professionals because it requires an initial investment. Introducing such technology can lead to employee pushback. The chosen geofencing system should be compatible with other technologies...
Key Takeaways: Strategically defined geofences ensure that the boundaries accurately represent the areas of interest, increasing the accuracy of geofence-triggered events and alerts. It is essential to train employees on how to interpret alerts and navigate the...
