Research from leading management consultancies consistently identifies data quality as the primary inhibitor of industrial AI program success. In asset-intensive industries, the specific failure mode is predictable: AI models deployed on untrusted maintenance, material, and procurement master data produce unreliable recommendations that operations teams quickly learn to discount.

The pattern is particularly acute in MRO and spare-parts contexts. Predictive maintenance models incorporating parts availability signals perform significantly worse when the parts catalog contains duplicate records with split inventory positions.

The governance implication is clear: industrial AI adoption requires a data readiness standard, not a data transformation program. A bounded, diagnostic-first approach that quantifies the master-data problem before selecting technology platforms is consistently associated with faster AI adoption timelines and higher operational outcomes.

Industrial IQ Perspective Industrial IQ perspective: This confirms the diagnostic-first thesis. The AI adoption problem in industrial operations is not the algorithm. It is the untrusted master data that the algorithm must operate on. Addressing catalog quality before deploying AI is not a preparation step. It is the AI investment.