Dispatch verification
Compare tagged goods leaving a dock with the expected shipment or manifest.
Automatic threshold detection
Capture tagged pallets, cages, cases, assets or garments as they pass through a doorway, dock, lane or controlled transfer point.
Portals
An RFID portal combines fixed readers, antenna arrays, sensors, mechanical structures and software logic around a physical threshold. Its job is not simply to report tags nearby, but to create a trustworthy movement event.
Oxford Traceability designs portals around traffic pattern, tagged item, read range and environment, with filtering that separates valid transitions from stationary inventory or activity in adjacent zones.
System scope
Typical applications
Compare tagged goods leaving a dock with the expected shipment or manifest.
Capture arriving pallets, cages or cases and create receipts or exceptions.
Record equipment crossing between controlled areas, stores or departments.
Track cages, totes, pallets or containers moving in and out of facilities.
Application engineering
We assess the real items, movement, environment and target system before confirming the design.
Sensors, phased antennas or event logic can distinguish entry from exit where required.
Physical layout, RF containment and filtering reduce reads from adjacent doors or stored stock.
Portal mechanics must suit people, pallet trucks, forklifts and the available clearance.
Frequently asked
Have a product, site or integration constraint not covered here? Speak directly with our team.
Ask Oxford TraceabilityYes. Direction can be determined using sensor sequences, multiple read zones or supported antenna/gateway capabilities, depending on the application.
Yes. Portal structures, protection, sensors and antenna positions can be designed around forklift and pallet movements.
The design may use lower power, directional antennas, shielding, trigger windows and software rules. A site trial is important where doors are close together.
Plan the read zone