Indoor positioning depends on how tags communicate with receiving infrastructure and how their signals are processed. Understanding How UWB Works starts with communication between tags and anchors. A tag emits short ultra-wideband radio pulses, and multiple anchors receive the signals. The positioning engine uses timing techniques, including Time of Flight or Time Difference of Arrival, to calculate the tag’s location. This UWB Technology allows a tracking platform to display locations on a digital map and combine them with configured rules or operational records. In manufacturing, this can help teams locate WIP materials and equipment, review movement, and investigate delays. Accuracy and performance depend on anchor placement, facility conditions, and system configuration.
Work-in-progress (WIP) materials move through multiple stages before becoming finished products. When manufacturers cannot see where materials are located or how they move between workstations, production teams may spend time searching for items, experience delays, and struggle to identify bottlenecks…
