Smart Factory Traceability: Why Identifying Assets Is Only the Beginning
RFID can identify tools, components and equipment automatically. Its greater value in manufacturing emerges when those identification events become reliable records of where assets are, when they move and how they are used. Colynn Black of HID explains why connecting physical assets with digital information is essential for more transparent and efficient industrial operations.
From Asset Identification to Actionable Manufacturing Data
In a manufacturing plant, knowing that a particular tool or component exists is not enough. Production teams need to know where it is located, whether it has moved to the correct workstation and when it was last handled. Without dependable records, locating equipment, investigating missing materials and reconstructing production activities can become time-consuming tasks.
During the Think WIoT livestream on October 14, 2026, Colynn Black, Senior Sales Manager, Asset & Item Readers at HID, addressed these challenges as part of the presentation The Smart Factory: Knowing Who, What, When and Where Matters.
Black's contribution concentrated on the physical side of manufacturing traceability: identifying assets, capturing their movements and connecting identification events with locations and timestamps. The objective is to turn individual detection events into information that supports operational decisions.
RFID Links Physical Assets to Digital Records
RFID provides a way to identify tagged objects without requiring manual entry of their identification numbers. Depending on the application, readers can capture identification events at defined points in a production or material-handling process.
When an item is detected, the identification event can be associated with additional information, including the reading location and time. Integrated with manufacturing software, these records can help determine where materials have moved, which equipment was present at a workstation and whether an expected process step has occurred.
The distinction between simply reading a tag and creating a usable record is significant. Traceability requires more than an RFID identifier: it depends on connecting that identifier with relevant process information.
For manufacturers, this can improve the reliability of inventory and production records, reduce manual documentation and make discrepancies easier to investigate.
From Dinosaur Fossils to Automotive Manufacturing
One example discussed in the presentation concerns Berntsen International and the tracking of dinosaur fossils. Although far removed from conventional factory production, the application illustrates a challenge shared by many industries: maintaining a reliable connection between a physical object, its identity, its location and its history.
For valuable or unique objects, losing that connection can mean losing essential information about their origin and handling. Identification technologies help preserve this relationship as objects move between locations and activities.
In automotive manufacturing, similar principles apply to production assets, tools and materials. Identification events can help establish where equipment is available, document material movements and support the traceability of production operations.
The underlying requirement is consistent across these applications: manufacturers need dependable information about physical objects and their movements, not simply an inventory of identification numbers.
Connecting People, Assets and Processes
Black's presentation complemented the contribution of his HID colleague Wolfgang Kratzenberg, who addressed secure employee authentication across industrial IT and operational technology.
Together, their perspectives explain why knowing who, what, when and where matters in a smart factory. Operator authentication identifies the person authorized to perform an activity. Asset identification establishes which equipment or material is involved. Location and timestamp information place the activity within the production process.
When these records are connected, manufacturers can strengthen accountability, investigate process deviations and improve the information available for operational decisions.
The next step in RFID-based manufacturing traceability is therefore not simply identifying more objects, but making the captured information useful across industrial workflows.
Watch Colynn Black's Presentation
Colynn Black and Wolfgang Kratzenberg presented their insights during the Think WIoT Livestream 2026 – RFID & IoT in Action: Smart Logistics, Industry & Healthcare on October 14, 2026.
The video explores how HID combines secure identity management and automated asset identification to support manufacturing visibility, security and traceability.
Watch the full video presentation:
