AI GxP validation for regulated life sciences
Biotechnology · CSV

GxP Copilot at a Series-B biotech — full validation package for a LIMS deployment in 4 weeks

A Series-B biotech deploying its first regulated LIMS had eight weeks before go-live and no QA function. GxP Copilot with a Cybroscape delivery lead produced the full validation package in four weeks, with real Part 11 posture at go-live and a cost significantly below the incumbent quote.

Quick chat on WhatsAppHuman review at every gatePart 11 readyISO 9001 & 27001 certified
ClientAn emerging biotech
Size~85 employees, no dedicated QA function
GeographyUnited States
StageSeries B
Results

What changed

GxP Copilot with Cybroscape delivery leads.

See GxP Copilot
4 wkEnd-to-end delivery
1 hr/dayCTO time for weeks 1–2
PassedPharma-partner audit, first time
Part 11Signatures in place at go-live

Pain points before the engagement

  • No dedicated QA or validation function — the CTO owned compliance on top of engineering
  • The incumbent validation-suite quote was six figures and eight months — neither timeline nor budget was survivable
  • Investors and prospective pharma partners expected inspection posture at go-live, not eventually
  • The internal team had never authored a Validation Plan and had no template library
  • The go-live date could not move — the discovery workflow was blocked on the LIMS

Problem

The biotech had reached the point where its discovery workflow needed a real LIMS. Their prospective pharma partners had made GxP posture a due-diligence question, not a nice-to-have. The incumbent validation platforms quoted timelines and prices sized for organisations with a validation function. Cybroscape's brief was simple: full validation package, Part 11 posture, before the go-live date — and defensible enough that a pharma partner audit would clear it.

Approach

GxP Copilot with a Cybroscape delivery lead paired with the CTO one hour a day for the first two weeks, then two hours a week thereafter. A guided intake produced the risk classification and deliverable set. Draft deliverables were reviewed against the biotech's actual LIMS configuration; scripted testing was reserved for the requirements that actually carried risk. The traceability view was live from day one, so reviewers could always see coverage without a spreadsheet round trip.

Week by week

Timeline

  1. 1Kickoff + intakeDays 1–3

    Classification, risk baseline and deliverable set locked

  2. 2Deliverable draftingWeek 2

    Full V-model package drafted for CTO review

  3. 3Review + sign-offWeek 3

    Approvals executed with real Part 11 signatures

  4. 4Execution + evidenceWeek 4

    IQ/OQ/PQ executed, evidence attached, VSR signed

Outcome

Results

  • Full validation package delivered inside the 4-week window
  • Real 21 CFR Part 11 posture at go-live — not eventual, not roadmapped
  • Cost significantly below the incumbent validation-suite quote
  • First pharma-partner due-diligence audit passed with no material findings
  • The internal team came out with a template library they now reuse for every new system

Compliance frameworks

21 CFR Part 11GAMP 5 Second EditionICH Q9
Two of the three incumbent quotes assumed we had a validation function. We did not. GxP Copilot plus a Cybroscape lead did the work for us — and a month later we cleared a pharma-partner audit that had blocked our commercial conversation.
Chief Technology OfficerEmerging biotech

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