RFID tracking software for Australian retail, pallets and export cold chains

In Australian grocery and general-merchandise retail, RFID tends to arrive first on the things that move between buildings — pallets, crates and cartons — and on higher-value categories in store, such as apparel, homewares and electronics. Reads at the DC dock door, the store’s receiving dock and the back-of-house door into the sales floor show where stock is in that chain. Spatial Map places each reader at its door and each tagged item or pallet at the reader that last saw it, and the Retail Mart demo shows refrigerator and freezer temperatures on the same floors as the RFID readers.

For how tags, readers and middleware fit together, see our general RFID tracking software page. This page covers the Australian settings: pooled equipment, export cold chains, mining supply and 3PLs.

Pooled pallets and reusable produce crates are widely used in Australian food and grocery supply chains, and pooled equipment is usually hired — so a pallet sitting forgotten in a corner of the yard keeps costing money until it is sent back or transferred. Tagging the equipment and reading it at dock doors turns those movements into data: how many came in on a delivery, how many went out on a return run, which lane or bay is holding a stack.

Spatial Map shows those counts on the dock doors, lanes and yard bays where they happen, as in the Eastport demo. Reconciliation with the pool operator — transfers, de-hires, account balances — stays in your own system; if it calculates a balance per site, that figure can sit on the site in a report.

Australia is one of the world’s major exporters of beef, and dairy and seafood exports are significant too. The product leaves a processing plant’s chillers and freezers, waits in a cold store, and is loaded into reefer containers for the port. Carton and pallet tags read at blast-freezer exits, cold-store doors and the load-out dock show where each consignment is; temperature readings from your sensors, posted to another table, colour the cold rooms on the same map.

The Polar Pharma demo shows the pattern in a cold store: temperature zones tinted from their probes, cold-room doors, reefer docks and pallets on hold across 1,140 rack locations. Export documentation and the records your QA team keeps for government export requirements stay in your own systems — Spatial Map makes the physical picture visible next to them.

Mining in regions such as the Pilbara and the Bowen Basin depends on central supply warehouses in the cities and stores and tool cribs on remote sites, often staffed on fly-in fly-out rosters. Critical spares, specialist tools and gas detectors are expensive and slow to replace, and the buyer at head office rarely sees the store they are buying for. Tags read at the crib door or a pass-through reader show what was issued and returned; rack locations coloured from your inventory system show what is on the shelf.

Because Spatial Map runs in the browser, the remote store’s map is the same one head office opens — no software at the site. A local relay can collect reads and post them in batches with the table write API (bulk upsert, 60 requests a minute per key) whenever the site’s link is up. If tool issues are recorded against named workers, that is personal information under the Privacy Act 1988, and some states also have workplace-surveillance laws; your legal advisers decide what applies.

Much of Australia’s warehousing sits in Sydney’s west and Melbourne’s west and north, feeding the container ports at Port Botany and the Port of Melbourne and the interstate linehaul between them. A 3PL running sheds in both cities, and perhaps Brisbane, can keep every shed in one workspace and group a client’s sites into a solution, so the client’s view spans states. Pallets read at the dock doors are coloured by client or status on the racks, and short or mis-staged loads show on the lane before the linehaul departs.