RFID Solutions for Industry-Specific Operations
GO RFID delivers RFID system integration for warehouse and logistics, manufacturing, healthcare, hospitality, retail and enterprise asset-management environments. We combine RFID tags, readers, antennas, middleware and API integration around the physical workflow and the business systems you already use.
Automated identification for receiving, movement and dispatch.
Capture materials and items across industrial workflows.
Identify tagged assets and textiles across controlled operational processes.
RFID Designed Around the Operating Environment
RFID is not a one-size-fits-all technology. Materials, read zones, item movement, throughput and the systems already in use determine how an RFID deployment should be engineered.
RFID for Warehouse & Logistics
Automate identification at receiving, dispatch, controlled movement points and inventory workflows while connecting RFID events to existing WMS processes.
- Inbound & outbound verification
- Dock-door and RFID gate workflows
- Pallet, tote or item identification
- Warehouse system integration
RFID for Manufacturing
Capture the movement of materials, work-in-process, containers, tools or finished goods across production and industrial automation workflows.
- Production-stage identification
- Conveyor monitoring
- Tool and container visibility
- Custom event integration
RFID for Healthcare
Support asset visibility, linen identification and controlled operational workflows where manual counting or barcode-only processes create limitations.
- Hospital asset tracking
- Linen & laundry workflows
- Movement visibility
- Existing-system integration
RFID for Hotels & Laundry
Identify, count and track textile items throughout circulation and laundry workflows using washable RFID tags and fixed or mobile readers.
- Linen registration
- Sorting & distribution
- Washing process visibility
- Software integration
RFID for Retail Inventory
Use item-level RFID where faster stock identification and improved inventory visibility can complement barcode-based retail processes.
- Inventory identification
- Item-level RFID tagging
- Handheld RFID workflows
- Stock application integration
RFID for Enterprise Asset Tracking
Monitor tagged IT equipment, tools and valuable operational assets across storage areas, rooms, facilities and controlled movement points.
- IT asset identification
- Anti-metal RFID tagging
- Zone and movement monitoring
- Asset-system integration
Start With the Process, Not the RFID Reader
The correct RFID architecture depends on what must be identified, where the read should occur, how quickly objects move, what materials surround the tag and what software should receive the resulting event.
GO RFID therefore treats the RFID tag, reader, antenna, middleware and API as one operational system rather than separate technology components.
What Must Be Tracked?
Assets, linen, pallets, containers, tools, inventory or production items.
Where Should It Be Read?
Doorway, storage area, conveyor, workstation, dock or mobile workflow.
What Event Matters?
Entry, exit, movement, count, transfer, process stage or exception.
Where Should the Data Go?
WMS, ERP, asset management, dashboard or custom enterprise application.
Why RFID Architecture Changes Between Industries
The same reader and tag combination will not necessarily perform the same way in a warehouse, hospital, production line or hotel laundry. The physical environment matters.
Material
Metal, liquid, textile, cardboard and plastics interact differently with RF.
Movement
Static inventory and fast-moving conveyor items require different read designs.
Read Zone
Doorways, docks, shelves and production points require controlled RF coverage.
Business Logic
A raw tag read only becomes useful when translated into a meaningful operational event.
Have an RFID Use Case That Does Not Fit a Standard Template?
Share the assets, workflow, environment, read points and existing software. GO RFID can help structure the tagging, reader, antenna, middleware and integration approach around the actual operation.