Blockchain supply-chain development for product provenance, custody events and multi-party traceability integrated with existing operations.
A useful traceability system connects product identifiers to real receiving, transformation and shipping events. We design the shared evidence layer around those handovers, with explicit rules for missing scans, late submissions and incorrect source data.
How do partners identify the same lot or serialized item?
Which scans, documents or inspections support each custody event?
Locate affected shipments from a specific production lot.
Link materials to verified supplier submissions.
Associate condition reports with custody and shipment records.
Map product, lot and shipment identifiers to the events that matter for your operation.
Record who submitted and accepted each handover, including exceptions.
Connect ERP, warehouse and supplier systems instead of asking teams to re-enter every event.
Follow a selected batch through its recorded relationships and identify evidence gaps.
Map one product journey end to end.
Agree identifiers and partner event definitions.
Build capture and reconciliation interfaces.
Test missing, late and conflicting events.
Pilot across a small partner network.
We choose the implementation tools after confirming the architecture and integrations.
Where partners use EPCIS, its event model can inform the capture and exchange interfaces. Integration depends on the actual identifiers, event vocabulary and systems in the project.
No. It preserves submitted provenance evidence. Physical checks, trusted enrollment and source-data validation are still needed.
Tell us what you want to build. We’ll help define the next practical step.