Home | Connectors | OpenText Product Traceability | OpenText Product Traceability - MediaViz AI Integration and Automation
Data flow: MediaViz AI - OpenText Product Traceability
MediaViz AI can analyze images or video from production lines, warehouses, or packaging stations to detect defects, label issues, missing components, or nonconforming products. The inspection results, including timestamps, batch identifiers, and defect classifications, can be pushed into OpenText Product Traceability to create a complete quality history for each lot or serialized item.
Business value: Quality teams gain a traceable audit trail that connects visual inspection findings directly to product genealogy, helping reduce manual documentation, speed up root-cause analysis, and support compliance investigations.
Data flow: OpenText Product Traceability - MediaViz AI
OpenText Product Traceability can identify products, lots, or shipments with elevated risk based on supplier history, process deviations, or prior nonconformance events. That traceability data can be sent to MediaViz AI to prioritize visual inspection of high-risk items, enabling targeted review rather than inspecting every item equally.
Business value: Operations teams can focus AI inspection resources where they matter most, improving throughput while reducing quality escapes and unnecessary inspection effort.
Data flow: Bi-directional
When OpenText Product Traceability identifies affected products during a recall or containment event, MediaViz AI can verify visual characteristics of inventory, packaging, or pallet labels to confirm which physical items match the impacted traceability records. This helps validate whether inventory in a warehouse, distribution center, or plant is part of the recall scope.
Business value: Recall teams can make faster, more accurate decisions about quarantine, shipment holds, and customer notifications, reducing both regulatory risk and unnecessary product destruction.
Data flow: MediaViz AI - OpenText Product Traceability
MediaViz AI can inspect labels, barcodes, expiration dates, regulatory marks, and packaging integrity at the point of production or fulfillment. Any compliance exceptions can be written into OpenText Product Traceability alongside the product genealogy, creating a record of which unit, batch, line, and shift were involved.
Business value: This integration helps packaging, quality, and regulatory teams prove compliance, reduce rework, and identify recurring line issues faster.
Data flow: MediaViz AI - OpenText Product Traceability
MediaViz AI can classify recurring visual defects such as contamination, damage, mislabeling, or assembly issues and send those findings to OpenText Product Traceability. Traceability data can then correlate defect patterns with specific suppliers, material lots, production dates, or inbound shipments.
Business value: Procurement and supplier quality teams can identify chronic supplier issues earlier, strengthen corrective action requests, and improve incoming material quality.
Data flow: Bi-directional
MediaViz AI can detect anomalies during inspection and automatically create exceptions in OpenText Product Traceability, placing affected items on hold. Once quality or operations teams review the traceability context and approve disposition, the release decision can be sent back to MediaViz AI or downstream systems to resume processing, shipping, or packing.
Business value: This creates a closed-loop quality workflow that reduces manual handoffs, shortens hold times, and improves consistency in disposition decisions.
Data flow: OpenText Product Traceability - MediaViz AI
OpenText Product Traceability can provide the product genealogy, event history, and chain-of-custody data needed for audits and regulatory reporting. MediaViz AI can contribute the corresponding visual evidence, such as inspection snapshots or defect annotations, to create a more complete compliance package for internal reviews, customer audits, or regulatory inspections.
Business value: Compliance and quality teams can respond to audits faster with stronger evidence, reducing time spent gathering records from multiple systems.