Woxu RTLS helps organizations safeguard operators by improving safety, reducing the time necessary for mustering and rescue operations, increasing security and streamlining location workhours reconciliation.
How Does Real-Time Indoor Operator Location Tracking Work? Every operator, contractor or visitor wears a UWB tag—ID card, helmet insert, armband, wristband or smartwatch. The tag broadcasts a unique pulse at configurable intervals; ceiling anchors triangulate the signal and feed ±10 cm coordinates to the Woxu engine.
Real-time tracking of employee locations to ensure rapid response in emergency situations.
Enhancing efficiency in personnel scheduling and assembly, optimizing operational processes.
Automatically records employee working hours, accurately calculating actual work time.
In-depth analysis of work efficiency by combining dwell times on different tasks and areas.
Real-time monitoring of employees' vital signs, such as heart rate, blood oxygen, and body temperature.
Immediate alerts are triggered when heart rate, blood oxygen, or other data exceed normal values.
In case of emergencies, employees can press the SOS button on their tags.
Significantly improving the specificity and success rate of rescue operations, safeguarding employee life safety.
Real-time monitoring of employees' vital signs, such as heart rate, blood oxygen, and body temperature.
Immediate alerts are triggered when heart rate, blood oxygen, or other data exceed normal values.
In case of emergencies, employees can press the SOS button on their tags.
Significantly improving the specificity and success rate of rescue operations, safeguarding employee life safety.
The system automatically records the trajectory of each location subject, including process nodes, dwell times, and equipment numbers.
Supports path retracing for any time period, quickly pinpointing the root cause of quality issues.
By retracing historical trajectories, quickly identifying process omissions.
Real-time generation of heat maps to visually display the degree of crowd aggregation, assisting in safety warnings and space management.
Heat map colors reflect the frequency of movement trajectories, automatically identifying "core paths" with high traffic such as forklifts and personnel (e.g., intersections, fixed corridors), aiding in optimizing route design and reducing inefficient travel. Combining density with human/vehicle flow data to both prevent crowding risks and enhance logistics efficiency and space utilization.
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