EFORTHINK lays out four UWB positioning system options for indoor and outdoor tracking

EFORTHINK says choosing a UWB positioning system depends on the tracked object, coverage area, accuracy needs and user device. The company describes four architectures for industrial tracking, fusion positioning, indoor-outdoor coverage and smartphone navigation.

Why it matters: - UWB positioning systems are not one-size-fits-all. Different deployment needs call for different combinations of accuracy, coverage and user devices. - EFORTHINK is positioning its portfolio around industrial tracking, mixed-technology fusion and smartphone-based navigation. - The choice of architecture affects how companies track personnel, assets, vehicles and visitors across indoor and outdoor spaces.

What happened: - EFORTHINK outlined four technology options for UWB positioning: industrial UWB, UWB and AoA fusion, UBeacon plus iBeacon and GNSS fusion, and downlink smartphone navigation. - The company said the right UWB positioning system depends on the tracked object, the coverage area, the accuracy target and the user device. - EFORTHINK described the options as serving different combinations of tracking and navigation requirements.

The details: - The industrial UWB positioning system combines fixed base stations, mobile tags, positioning algorithms and RTLS software. - That setup supports real-time location tracking for personnel, assets, tools, equipment and vehicles. - EFORTHINK said the industrial system uses wide-bandwidth signals for precise time measurements. - The positioning-module accuracy reaches 10 cm under the stated conditions. - Final system performance depends on obstructions, anchor placement and configuration. - The industrial platform includes maps, electronic fences, trajectory playback, visitor management, heatmaps and video integration. - EFORTHINK said users can choose terminals and reporting behavior around the object and application. - The UWB and AoA fusion option combines UWB precision with AoA coverage. - Multi-protocol tags switch between supported technologies depending on the area of the facility. - The architecture includes small-area single-base-station AoA positioning and larger fusion networks. - EFORTHINK said the combined setup delivers centimeter-level UWB positioning and sub-meter AoA positioning, with performance dependent on deployment conditions. - The fusion approach is aimed at sites where workstations, storage areas and movement routes need different precision levels. - A common application layer presents location, geofences and history across the selected technology zones. - The UBeacon plus iBeacon and GNSS fusion option is designed for indoor and outdoor coverage. - UBeacon provides high-precision areas, iBeacon covers general indoor areas and GNSS handles outdoor positioning where satellite conditions are suitable. - That fusion system supports personnel distribution, electronic fencing, trajectory playback, gathering-risk monitoring and work-control information. - EFORTHINK said the precision zones rely on UWB while the other technologies cover the rest of the site. - The company said transitions between buildings, yards and operating areas require compatible terminals and consistent identities and location records. - The downlink smartphone navigation option uses DL-TDoA, or Downlink Time Difference of Arrival. - Synchronized anchors transmit signals, and compatible UWB-enabled smartphones receive them and calculate position locally. - In that setup, the phone is the user terminal, so visitors do not need a separate positioning tag. - Maps and navigation algorithms support multi-floor routing, arrival detection and points of interest. - EFORTHINK said its navigation system supports 30 cm-level positioning under suitable deployment conditions. - Smartphone use depends on the model, regional hardware, operating system and application compatibility. - SDKs and APIs connect UWB navigation with spatial services.

Between the lines: - EFORTHINK is framing UWB as a platform family rather than a single product. - The split between industrial tracking and public navigation suggests the company is targeting both enterprise operations and user-facing location services. - The emphasis on compatibility, transitions and multi-technology zones points to a market where mixed environments matter as much as raw accuracy.

What's next: - EFORTHINK said customers should match architecture to workflows when comparing indoor positioning technologies. - The company said projects should be defined by tracked objects, indoor and outdoor areas, accuracy requirements and system interfaces. - EFORTHINK said it combines hardware, software, algorithms and integration support across its portfolio to help select a UWB positioning system for each project.