An operations director at a distribution center once walked me through his visibility stack, and it deserved the tour. He could call up any container mid-Pacific (position to a few hundred meters). ETA scored against port congestion, contents down to the line item. Right then a supervisor interrupted: a pallet received three days earlier could not be found! Four people spent the morning walking aisles with RF guns. The building ran to 400,000 square feet and the pallet was in it. That was, sadly, the extent of the available intelligence.
Two decades of visibility spending have run outward and upstream: control towers, ETAs, port dwell, carrier scorecards. The further the freight sits from the building, the more precisely it is watched. Inside the four walls, the system of record still runs on scans, and a scan of records intent: where something was supposed to go, keyed by a person, whenever they got to it. Between scans the building's logs are non-existent, which is why cycle counting exists as a permanent program: paid labor rediscovering, week after week, what the operation once knew and mislaid.
For many supply chain leaders, location technology still carries the baggage of 15-year-old RFID pilots: portal installs, read-rate debates and their consequently abandoned trials. But judging modern real-time location systems (RTLS) by that history misses the point entirely.
Today's RTLS produces continuous coordinates for AGVs/trucks, pallets and workers, accurate to a meter (in fact, even better at times) from whatever mix of ultra-wideband, Wi-Fi, Bluetooth and vision technologies a building justifies. The coordinates, though, are the smaller half of the value. Paired with a live model of the facility (enabled by digital twin technology) — which polygon is which bay, what movements amount to a put-away, how long a vehicle may sit idle before it matters — position starts closing transactions instead of simply showing up on fancy dashboards.
Across many sites, pallets most often disappear during put-away (specifically in the brief gap between a forklift setting down a load and someone entering the bay location which could be frustrating). If the put-away transaction confirms itself, using the trailer the load came from and the forklift position at the moment of transfer, that would trigger an error and that will be eliminating searches at the source itself. Also plays an equally important role as "forklift collision avoidance system"
One caution, from deployments that worked and several that did not: the locating hardware carries perhaps 20 to 40 percent of the outcome. The rest is the rule set converting coordinates into events + the master data naming every bay and zone, and the integration posting clean transactions into the WMS or yard system.
That work rarely tops a hardware maker’s roadmap. No single radio covers a full building economically, either. LocaXion’s hardware-agnostic middleware, open interfaces and facility-specific rule sets keep the capability in your hands while the hardware underneath it churns.
Before pricing any hardware, price the darkness. Pull 90 days of cycle-count adjustments, lost-load searches, detention charges and dock-to-stock variance, and cost the hours plainly; the figure usually outweighs the pilot it would justify. Fund that baseline as the project's first phase rather than demanding it as a precondition. The chicken-and-egg standoff between operations, which cannot promise savings it has never measured, and finance, which will not fund what no one will promise, ends the moment evidence exists.
The takeaways, then: measure the searching before buying the finding; fund the baseline first; keep rules, master data and interfaces vendor-neutral so the capability outlasts any tag; pilot one dock, receiving through put-away, and track two numbers — search hours returned to work, and minutes to locate anything on demand. The pallet turned up after lunch, two aisles from where its scan said it lived — visible across ten thousand miles of ocean and road, gone in the last two hundred feet. That stretch deserves the same standard of proof as the rest.
