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Stakeholder talk-track through the six-layer digital stack: lab systems, synthetic Live OT connectors, lineage, analytics deep-links, predictive insights, and CSV/CSA governance. Synthetic demo data only — not production plant connectivity.
Captions follow on-screen steps. Use Pace for a mild slowdown if you need more reading time. Step checklist below for a self-paced walkthrough.
Playbook → Live OT → lineage → CPV → predictive insights → governance (~15 min)
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01Automation stack opening
BioProcess Nexus: Lab → OT → data → analytics → AI → governance—not a third molecule.
02Automation playbook
Six-layer playbook—outcomes, questions, and deep-links into live tools.
03Lab systems explorer
Assay packages map methods to CQAs—demo ELN/LIMS flow, not a live LIMS.
04Connect Live OT
Connect synthetic peptide plant—live tags, MES batch, Save to Project.
05Data foundation lineage
Live MES batch + CPP tags on the lineage path to SPC and CPV.
06Analytics deep-links
Deep-link SPC, CPV, and DoE—the analytics layer already on the platform.
07Predictive deviation insights
Send OT anomaly signals to CPV—assistive heuristics, not release decisions.
08CSV / CSA governance
CSV/CSA checklist—inventory, risk, controls, evidence for automation and AI.
09Workspace Automation tab
Workspace Automation tab—coverage, milestones, and saved OT/AI artifacts.
Cross-cutting automation architecture that sits beside GLP-1 and ChAd process spines — not a third molecule modality.
OPC/historian/MES feeds are synthetic plant simulators for portfolio demos. AI insights are assistive heuristics — not validated soft sensors or release decisions. Audit trail events fire on OT connect/disconnect.
View Part 11 audit trail demo