Clean product and material master
Fewer unit, specification and lifecycle errors across planning, production, quality and inventory.
Avoided scrap, rework, stock and changeover errors, often 0.1–0.5% of addressable cost of goods.
Wrong units, versions and specifications continue to cause production stops, quality failures and excess stock.
AUD 40m cost of goods × 0.25% avoidable master-data impact = AUD 100k protected.From trusted evidence to a controlled capability.
Items, materials, units, specifications, bills of material, hierarchies and lifecycle status are governed across ERP, PLM and production systems. Approved versions and tolerances are time-effective, duplicate rules are measured and engineering change history is traceable.
AI can identify probable duplicate items, detect anomalous units or specifications, recommend classification and surface product-data patterns associated with scrap or quality events. It can draft a remediation queue and explain evidence without changing engineering masters.
The same material exists in kilograms and grams under separate codes, and an obsolete specification remains selectable for a production order.
Entity matching proposes the duplicate pair, checks unit conversions and traces where each code is used. An anomaly service flags the obsolete specification and shows the affected orders and prior quality events.
Engineering and master-data owners approve the consolidation and block the old version through controlled change. Measures include duplicate items, unit/specification errors, related scrap and time to release a new product.
Engineering and operations approve master changes and production disposition; AI never alters a specification, bill of material or released order autonomously.
- Duplicate and invalid master-data rate
- Scrap or rework linked to data defects
- Product release and correction time