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QC Hub Entry · Site Quality Director

End-to-End Quality Flow (QC Hub Entry)

For organizations where planning is stable but sample flow and deviation handling still lack visibility. Entry directly into flow orchestration and deviation management.

Situation

A global pharmaceutical or CDMO organization operates multiple sites handling complex products with high variability. QC, QA, deviations, CAPAs, and batch record review are supported by several systems, including LIMS, QMS, and ERP or SAP. Planning itself is reasonably stable, but sample flow within the lab remains opaque. Queues, idle stages, and deviations are only detected once they already delay the batch, and CAPA tracking runs separately from daily lab execution.

Core Challenges

  • Sample flow within QC is not visible end to end
  • Deviations and reworks are managed in isolated CAPA spreadsheets, disconnected from daily execution
  • Lead time drift is detected too late to react
  • QA has no independent, real-time view into lab performance

q_alizer Deployment

Entry via the QC Hub as the first module, replacing fragmented sample tracking with a transparent digital flow from registration to approval. WIP thresholds and Little's Law based lead time logic keep throughput steady from day one. Deviations and reworks are captured within the same flow and linked directly to QA. From there, expansion into QA, CAPA, Change, and Batch Release Hubs follows, connected through a shared data model, without altering the underlying validated systems.

Business Impact

Comparable deployments show a 15 to 30 percent reduction in lead times through WIP balance, fewer reworks and delays, and stable, predictable throughput from the start. Because deviation management is built into daily flow rather than tracked separately, QA gains real-time visibility without added transactional load. The organization moves directly from fragmented lab execution to coordinated, cross-functional batch release control.