Serialization systems
Create, commission, apply and capture unique identities at item, case and pallet level, with controlled status and packaging relationships.
Explore serializationConnected identity from line to enterprise
Industrial traceability systems for complete production visibility.
Connect serialization, product genealogy, barcode and RFID tracking, vision verification and ERP, MES or WMS data in one practical traceability architecture.
Production record
Verified
Unique item identity
01 05012345000179 21 AX8439206
BatchLOT-260818
LinePKG-02
VisionGrade passed
Parent caseSSCC linked
One connected system
Serialization
Product genealogy
Barcode capture
RFID tracking
Vision verification
Industrial traceability solutions
Identify every unit. Verify every event. Connect every layer.
Oxford Traceability brings together the devices, controls and software needed to create usable traceability—from a single process cell to a connected multi-line operation.
Barcode & RFID tracking
Track materials, work in progress, finished goods and logistic units with fixed readers, handheld devices, portals and line-side capture points.
Compare identification methodsVision verification
Inspect code presence, content, readability, position and quality before a product moves to the next process.
See verification optionsERP, MES & WMS integration
Exchange orders, master data, serials, events and inventory movements between the production line and enterprise platforms.
Plan system integrationProduct genealogy
Link raw materials, batches, process steps, inspections, rework and finished products into a searchable traceable record.
Understand product genealogyPopular traceability requirements
Answers for the projects manufacturers are planning now.
Explore focused guidance for shop-floor traceability, batch searches, project budgeting, medical-device UDI, GS1 2D barcodes and digital product passport readiness.
Production visibility
Emerging product identity
One architecture
Identity, inspection, control and business data designed to work together.
Line-level reality
Traceability only works when it works on the line.
A useful system must handle production speed, product changeovers, poor reads, rework, rejects, network interruptions and operator decisions—not just store ideal data.
- Line and cell controllers
- Industrial printers and markers
- Fixed and handheld readers
- Machine-vision inspection
- PLC and machine signals
- Operator interfaces
- Reject and exception control
- Production data services
Connected data flow
From a physical product to a trusted enterprise event.
Each layer has a clear job. Together they create a traceability system that operators can use and the wider business can trust.
Identify
Apply or associate a unique item, batch, container or logistic-unit identity.
Verify
Confirm the correct code, product, label and status at the required process point.
Relate
Build batch, process and parent-child relationships into product genealogy.
Exchange
Share authorised events with ERP, MES, WMS and reporting platforms.
Traceability by industry
Adapted to the product, process and risk.
The same architecture is never right for every operation. We shape the identification, verification and integration strategy around the way your products actually move.
Pharmaceuticals
Serialization, aggregation, code verification, controlled status and auditable production records.
Medical devices
UDI data carriers, label and direct-mark verification, production identifiers and device genealogy.
Food & beverage
Batch and date-code checks, materials traceability, label verification and production-system links.
Automotive & engineering
Direct-part identity, assembly genealogy, process validation and component-to-build relationships.
Cosmetics & chemicals
Product-to-label matching, batch capture, variable data and filled-pack verification.
Warehousing & logistics
Barcode and RFID portals, handheld workflows, pallet identity and WMS event integration.
General manufacturing
Work-order validation, work-in-progress tracking, quality events and finished-goods genealogy.
A disciplined project route
Define the data before selecting the devices.
Clear requirements reduce integration risk. We start with the event, decision and record you need—then specify the hardware and software that can produce it reliably.
Discover
Map products, packaging levels, processes, stakeholders, existing systems and traceability objectives.
Architect
Define identities, events, data ownership, interfaces, exception logic and system boundaries.
Integrate
Connect printers, readers, cameras, controls, operator stations and business applications.
Validate
Test normal production, faults, rework, recovery, permissions and agreed acceptance criteria.
“The strongest traceability system is the one that gives production teams a clear decision and the business a dependable record.”
Oxford Traceability
Practical industrial systems, designed from the process outwards.
Frequently asked questions
Industrial traceability, explained.
Early clarity around scope, identifiers, data and integration makes the route to a reliable system much more direct.
What is an industrial traceability system?
An industrial traceability system links a unique product, batch, component or logistic-unit identity to the events that happen across production and distribution. It can combine serialization, barcode or RFID capture, vision verification, product genealogy and data exchange with ERP, MES and WMS platforms.
Can you integrate traceability with existing production equipment?
Yes. Projects can be designed around existing printers, scanners, cameras, PLCs and conveyors where the equipment and interfaces are suitable. The first stage is to map the line, available signals, required data and exception handling.
What is the difference between serialization and product genealogy?
Serialization gives an individual item or logistic unit a unique identity. Product genealogy links that identity to materials, batches, operations, equipment, inspection results and parent-child packaging relationships. Together they provide a more complete traceable record.
Do you support barcode and RFID traceability?
Yes. A system can use 1D barcodes, QR codes, Data Matrix codes, RFID or a hybrid approach. The right method depends on the product, line speed, read distance, environment, data capacity and whether line of sight is available.
Can traceability data connect to ERP, MES or WMS software?
Yes. Integration can exchange production orders, item and batch data, serial numbers, status events, inventory movements and exception records with suitable ERP, MES and WMS systems through agreed interfaces.
How does a traceability project begin?
It normally begins with a discovery workshop or site assessment. We define the traceability objective, products and packaging levels, production flow, identification method, data ownership, integration points, user roles, reporting and acceptance criteria before proposing the system architecture.
What does manufacturing traceability software record?
Manufacturing traceability software can connect materials, work in progress, operations, equipment, inspections, rework and finished goods into a searchable production history. Read about manufacturing traceability software.
What is GS1 Sunrise 2027?
GS1 Sunrise 2027 describes the retail industry ambition for point-of-sale systems to be capable of processing GS1 2D barcodes by the end of 2027. Production readiness also requires controlled data, printing, verification and scanning. Read about GS1 2D barcode readiness.
How much does an industrial traceability system cost?
There is no dependable single price because the scope can range from one controlled scan point to a multi-line serialization and genealogy platform. Hardware, line changes, software, interfaces, testing and rollout all affect the quotation. See the traceability-system cost guide.
What determines the cost of an industrial traceability system?
The scope starts with the events the business must prove: receiving, transformation, packing, movement or dispatch. Count the identification and data-capture points, then define software connections, exception handling and record retention. Budget comparisons should use the same event map and acceptance tests rather than just a list of scanners or printers.
What should a traceability specification define first?
Define the item or batch being tracked and the events that must be recorded. Identify where the identifier is created, read or changed, and how records connect to the production order. Include exceptions such as rework and rejected product so the system can represent the actual process.
- Tracked item or batch
- Identifier and event records
- Rework and exception handling
Related guidance: Medical device UDI traceability systems → · Manufacturing traceability software