About This Architecture

FrieslandCampina's enterprise traceability architecture integrates ERP, SAP, PLM, LIMS, MES, EWM, and supplier collaboration systems into a unified Traceability Graph with lot nodes, weighted edges, and attribute inheritance. Data flows from FC Internal Systems and new Supplier Collaboration components through the Allocation Engine—which resolves commingled flows using volume-weighted logic—into the Traceability Graph, then to the Evidence Packager for downstream consumption. The Connective Layer provides technology-neutral integration, while consumption interfaces deliver evidence on demand via Kezzler QR, DPP, Query Interface, Stratech, GTS, and the Sustainability Platform. This architecture enables end-to-end supply chain visibility, regulatory compliance (EUDR, halal, ESG), and rapid response to food safety incidents across global dairy operations. Fork this diagram on Diagrams.so to customize data flows, add compliance rules, or adapt the allocation logic for your supply chain. The design demonstrates how to unify legacy systems with new procurement IT capabilities while maintaining data lineage and supporting multiple stakeholder audiences.

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How do you design an enterprise traceability system that integrates ERP, SAP, and supplier data while resolving commingled flows and serving multiple compliance audiences?

FrieslandCampina's architecture uses a Traceability Graph with lot nodes and weighted edges to unify data from FC Internal Systems (ERP, SAP, LIMS, MES, EWM) and new Supplier Collaboration components. The Allocation Engine resolves commingled flows using volume-weighted logic, and the Evidence Packager delivers compliance evidence on demand to Kezzler QR, DPP, Query Interface, and Sustainability P