In the realm of real-time location systems (RTLS), the quest for accuracy has long been dominated by a single benchmark:UWB (Ultra-Wideband). Capable of locating an asset to within a few centimeters, this technology has established itself as the go-to solution in situations where there is no room for error.
However, as industrial sites expand to cover dozens of hectares and become more densely packed, a strategic question arises: Must performance necessarily come at the cost of a complex and ultra-dense infrastructure? While UWB excels in small, controlled spaces, its large-scale deployment often runs up against major physical and budgetary constraints: limited range, extreme sensitivity to metal obstacles, and cabling costs that can quickly become prohibitive.
It is precisely in response to this challenge of “large-scale accuracy” that Wheere’s indoor tracking technology offers a new paradigm. By providing robust, metric-level accuracy across very large areas with a drastically simplified infrastructure, it redefines the balance between location precision and operational feasibility.
When it comes to RTLS, should you prioritize the high accuracy ofUWB or the overall resilience of Wheere? This comparison analyzes these two solutions to help you choose the system that best fits your on-site needs.
In the world of RTLS,UWB (Ultra-Wideband) is often considered the gold standard for positioning accuracy. Unlike most conventional radio technologies, UWB does not rely on signal strength, but rather on the time of flight of the waves (ToF – Time of Flight) to calculate a position.
The main advantage of UWB is its ability to provide accuracy ranging from 10 to 30 centimeters. In an industrial setting, this level of detail is a game-changer: it allows you to know not only which area an asset is located in, but precisely on which shelf or at which workstation it is located.
Thanks to its extremely low latency and centimeter-level accuracy, UWB is the leading technology for safety-critical applications.
Because it operates over a very wide frequency band (from 3.1 to 10.6 GHz), UWB is naturally protected against interference caused by Wi-Fi or Bluetooth networks already present on site. It is a robust technology that ensures stable data transmission, even in congested radio environments.
In summary: UWB is the tool of choice for high resolution. It is the ideal solution for micro-zones where every centimeter counts for safety or precision logistics.
While the promise of centimeter-level accuracy is appealing, deploying a UWB RTLS system over large areas presents significant physical and budgetary challenges. Buyers, innovation managers, and other decision-makers in the industrial and logistics sectors know that this level of accuracy comes at a price that far exceeds the cost of the sensors.
Because of the high frequencies used, the UWB signal attenuates rapidly with distance. To maintain consistent accuracy, it is necessary to create a dense network and increase the number of base stations. At an industrial site covering several thousand square meters, this means installing, powering, and connecting hundreds of reception points to the network.
UWB is a technology that is particularly sensitive to physical obstacles. To ensure the advertised accuracy, the anchor and the tag (attached to the object or person to be located) must be in direct line of sight, and there must be no obstacles in the path between the two objects.
Each additional UWB anchor represents a significant hidden cost. In an industrial environment, this means:
In summary: UWB is the tool of choice for high resolution. It is the ideal solution for small or medium-sized areas where every centimeter counts for safety or precision logistics.
Given the range and density limitations imposed by UWB, Wheere technology offers a radically different approach. This patented innovation provides sub-meter-level positioning (~1 meter) across an entire large site with minimal infrastructure.
Wheere’s technological breakthrough lies in its architecture. Whereas UWB requires a dense network to compensate for its short range, Wheere uses low-frequency radio signals that travel long distances.
Wheere uses low frequencies (VHF), whose physical properties are ideal for heavy industry.
Unlike a UWB deployment, which requires lengthy and disruptive construction work in the heart of production areas, Wheere is installed on the periphery.
In summary: The Wheere RTLS is the solution for comprehensive visibility. It offers the precision required for industrial operations (1 m) without the constraints of signal density and signal fragility.
The final choice does not depend on the technology's raw performance, but rather on the balance you are seeking between the level of precision and the complexity of the infrastructure to be deployed.
Your priority is centimeter-level precision and proximity safety. Whether you need to ensure safe human-machine interactions in real time (collision avoidance), guide collaborative robots with centimeter-level precision, or locate tools at specific workstations in an open environment, UWB is the most effective technology for these critical, high-precision areas.
Your priority is comprehensive visibility and resilience across large areas. If you need to track entire logistics flows over several hectares, locate assets through metal or concrete structures, and want a lightweight infrastructure (4 antennas per km²) that can be installed without disrupting your production, Wheere is the best solution for large, dense industrial environments.
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