Inventory accuracy without manual counting.
RFID promises inventory that counts itself, and delivers it when the read points are designed around how stock actually moves. Most disappointing deployments share one cause: tags and readers chosen from a specification sheet rather than from a walk around the site. Metal, liquid, packaging and forklift speed all decide read rates, and none of them appear in the datasheet.
Chosen against your materials and environment. Metal and liquid defeat the wrong tag entirely, and that is discovered on site rather than on paper.
Portals, handhelds and fixed readers placed where stock genuinely moves, so counting happens as a by-product of normal work.
Continuous reconciliation against system stock, surfacing discrepancies as they appear rather than at a quarterly count.
Reads reconciled into the system you already run. This integration is typically the bulk of the project and the part most estimates understate.
What happens on a missed read, a duplicate, or a tag that fails — designed in, because these are routine rather than rare.
Handheld and portal processes built around how your team already works, since a process people bypass produces worse data than manual counting.
That depends on materials more than anything else. Metal and liquid interfere with UHF tags, and packaging affects placement. We run a tag trial against your actual stock before committing to a design, because this is where deployments most often fail.
It replaces most manual counting and moves the rest to exception handling, which is a better use of people's time. It does not eliminate discrepancies — it surfaces them as they happen rather than at a quarterly count, which is the actual benefit.
Yes, and that integration is usually the bulk of the work rather than a final step. Reconciling reads into your existing stock records, and deciding what happens when they disagree, is where the effort concentrates.