Manufacturing Traceability Software Development

Every unit carries its own build record.

Work-in-progress moves between stations, gets reworked, split, or merged, and the traceability link between inputs and outputs is often lost at those points. Paper travelers capture part of the history. The rest lives in spreadsheets, machine logs, or someone’s head. A production traceability system records each operation at the station and keeps the link between inputs and outputs intact at the unit or lot level.

On most factory floors, the equipment is a mixed bag. One line may expose OPC UA data while another still depends on Modbus, an older PLC, or a proprietary SCADA interface. We normalize those signals into a single lot-and-event model, so old and new equipment speak the same language before the data is added to the genealogy record.

What we deliver:

• Station-level data capture. Barcode and RFID scans, along with direct PLC feeds, record each operation against the lot or serial number when it is performed.
• Split, merge, and rework logic. Parent-child relationships stay intact when lots are divided, combined, reworked, or repackaged, so genealogy remains complete through complex routings.
• Process parameter binding. Machine settings and sensor readings link to the specific unit produced while those conditions were in effect, providing the exact process conditions needed for root-cause analysis of any unit by serial number.
• Electronic travelers. Digital routers replace paper travelers and require operator sign-off at defined hold points, with each signature linked to the record it approves.
• In-process quality holds. A nonconforming lot is blocked from advancing to the next operation until quality engineers disposition it.

Outcome: quality engineers get the full build history at their fingertips, searchable by lot or serial number in seconds.

One documented path from supplier lot to customer shipment.

Supplier data arrives at most plants in inconsistent formats, and outbound shipments often record the order number while leaving out the lots inside it. That leaves blind spots at both ends of the chain. Supply chain traceability software captures supplier lot data before goods arrive and records the exact lots in every customer shipment, which gives you one step back and one step forward for every product.

What we deliver:

• Supplier data intake. EDI advance ship notices or a supplier portal capture lot numbers, expiration dates, and certificates ahead of delivery.
• GS1 identification at receiving. GTINs, lot numbers, and SSCCs give each case and pallet a unique identity from the dock onward.
• Certificate and COA linkage. Certificates of analysis and supplier documents are linked to the incoming lot they describe and stay attached through production.
• Lot-level shipment records. Every customer order lists the exact lots it contains, which turns a recall notice into a precise customer list.
• EPCIS 2.0 event exchange. Traceability events are shared with customers, retailers, and trading partners in the GS1 standard format.

Standardized events let you onboard another supplier, customer, or 3PL without starting from scratch every time.

Production data while the line is still running.

Traceability data has operational value beyond recalls. When quality, operations, and plant leadership see lot status during production, they catch deviations as they occur and tie them to the affected lot. Real-time manufacturing tracking turns the event history into dashboards, alerts, and reports that each team uses daily.

What we deliver:

• Live work-in-progress visibility. Dashboards show lot status by line, work center, and plant, updated with every scan.
• Specification alerts. Quality engineers receive a notification when a lot in progress falls outside its process specifications.
• Genealogy reports. Forward and backward traces return the full history of any lot in one query, ready for export.
• Audit evidence packages. Report templates generate standard evidence sets for ISO, customer, and regulatory audits directly from system records.
• Multi-site dashboards. Operations leaders see the same manufacturing tracking data across every plant in one consistent view.

The same records support daily production decisions, customer investigations, and audits, eliminating the need to reconcile reports from multiple sources.

Batch control from receiving through returns.

Lot relationships and batch status have to stay accurate after production ends: in storage, during allocation, and when products come back from customers. Inventory genealogy extends the trace through the warehouse and gives quality teams direct control over what can ship.

What we deliver:

• Batch status control. Each lot carries a status of released, quarantined, on hold, or rejected, and allocation automatically respects that status.
• FEFO and FIFO allocation. Picking rules enforce first-expired-first-out or first-in-first-out order for each product family.
• Genealogy tree view. Quality engineers see the full parent-child structure of any batch, from raw material lots to finished goods.
• Mock recall simulation. A hypothetical recall is scoped using live data and produces the list of affected shipments and customers for review.
• Returns, rework, and scrap linkage. Returned, reworked, and scrapped units stay connected to their origin lot for complete root-cause history.

Batch management built on the same genealogy lets your team test the recall scope in advance and execute a recall when needed.