Industries

AI inside validated environments, with the traceability a submission requires

In life sciences the question is never only whether the output is right. It is whether you can demonstrate, years later, how it was produced, who approved it, and that the system was in a validated state at the time.

FDAEMAICH GCP21 CFR Part 11Notified bodies (MDR)

The pressure

What is forcing the pace in life sciences

  • Trial timelines and submission volumes are growing faster than regulatory writing and data management capacity.
  • Commercial content review cycles limit how fast field and digital teams can move.
  • Pharmacovigilance case volume grows with every approval and every market.

The constraint

What the work has to satisfy

  • GxP validation and computer software assurance apply: intended use, risk assessment, and documented qualification before a system supports regulated work.
  • 21 CFR Part 11 governs electronic records and signatures — audit trails, access control and record integrity are structural requirements, not features.
  • Promotional content must clear medical, legal and regulatory review; AI drafting shifts where the work happens, never who signs.
  • Data integrity expectations (ALCOA+) mean generated content must be attributable, legible, contemporaneous, original and accurate.

Where we start

The workflows that pay first

High volume, high variance, and far enough from the consequential decision that automation is defensible.

Regulatory and medical writing support

Structured drafting from validated source data, with full traceability from statement back to study output.

MLR content acceleration

Pre-review checks against claims libraries and prior approvals, reducing review rounds without bypassing the committee.

Pharmacovigilance case intake

Triage, duplicate detection and narrative drafting with qualified-person review retained.

Clinical data reconciliation

Anomaly surfacing across EDC and vendor data, with every flag evidenced.

How the practices apply

Our five practices, read for life sciences

Navigate
Determine intended use and GxP impact before scoping, so validation effort is known at funding time rather than discovered later.
Deploy
Build with qualification artifacts produced alongside the system, not retrofitted before an inspection.
Amplify
Place talent trained on where generative tooling may and may not touch submission-bound content.
Measure
Cycle time per document, review rounds avoided, and quality events — tracked against a pre-AI baseline.
Sustain
Periodic review, revalidation triggers and change control that keep the system in a qualified state.
See the full solutions model

Roles we deploy

Who shows up

  • Validation Analyst
  • Software Engineer
  • QA Automation Engineer
  • Program Manager

Next step

Book an AI readiness review for life sciences

Four weeks, one ranked opportunity register, and a governance structure your risk function can live with.

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