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IndustriesSame physics. Very different problems.
The radio behaves the same in a hospital corridor and a container yard. What changes is the tolerance, the environment, the regulation and the reason anyone cares — and those are what a deployment is actually designed around.
Sport & Athlete Performance
Player and ball tracking indoors and out, with the load and movement metrics coaching staff already work from.
Read more →Manufacturing
WIP and tooling location, per-station cycle time, and safety zones around machinery that react to where people actually are.
Read more →Warehousing & Logistics
Forklift and pallet location, pick-path analysis, dock-door verification and aisle congestion, with all three technologies working together.
Read more →Yards, Ports & Fleet
Container, trailer and vehicle location where satellite positioning is blocked by stacks or too coarse to pick the right slot.
Read more →Healthcare
Mobile equipment location, patient and staff flow, and contactless fall detection that needs no camera and nothing worn.
Read more →Construction & Mining
Crew location and mustering, plant and tool tracking, and proximity warning between people and heavy machinery.
Read more →Retail & Inventory
Item-level stock accuracy, shelf availability and anonymous footfall, led by RFID rather than by positioning.
Read more →Smart Buildings
Desk and room utilisation, occupancy-driven ventilation and assisted-living monitoring — with no tags and no cameras.
Read more →Which technology leads, and why it varies.
Ultra-wideband leads in six of the eight, because the decision at their core needs a coordinate. Retail is led by RFID — a garment's exact position changes nothing, while knowing that it exists and where it is not changes everything. Smart buildings are led by mmWave, because the whole value depends on nobody having to carry anything.
That leaves two that carry a Leads tag twice. Warehousing needs UWB inside the building and RFID at the doors, and neither is the junior partner. Healthcare needs UWB for equipment and mmWave for people, which are two different problems that happen to share a corridor. Where two technologies are marked, it is because the deployment genuinely needs both — that is the normal case, not the exception.
You will not find percentage improvements on these pages. Every figure of that kind depends on where you are starting from, and quoting someone else's would tell you nothing about your site. We would rather establish your baseline first and then argue about the target.
Start with a site, not a specification.
Send us the space, what moves in it, and the accuracy the decision actually needs. We will tell you which of the three technologies fits, which does not, and what a first deployment would involve.