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Genitive.AI

Life Sciences

AI that survives a validated system.

Embedded AI for life sciences - engineered around regulatory reality, not around demos.

Our point of view

What we think is true.

The gap is industry-wide.

22%
of life-sciences leaders have scaled AI
9%
report significant returns

Source: Deloitte 2026 Life Sciences Executive Outlook

In life sciences, the constraint on AI is not model quality - it is the cost of change in a validated environment. Anything touching GxP has to defend every change to a regulator, now under new AI-specific rules (the EU AI Act, GMP Annex 22) on top of Part 11 and CSV. That is why sandbox demos stall the moment they meet a validated system. We design for that constraint first.

So the highest-leverage early work sits upstream of validated systems - literature review, safety signal detection, submission drafting, manufacturing root-cause analysis. Document-heavy, judgment-heavy, and outside the validation boundary, so we deliver real value without triggering a six-month revalidation cycle - and build the evidence to go deeper later.

We build toward a life sciences platform the honest way: composing working prototypes into a portfolio, not selling one that does not exist yet. Every engagement is a real solution for one client and a reusable piece of the portfolio. The durable value compounds in the data pipelines, encoded workflows, and evaluation harness - not a fine-tuned model.

We are not selling you a platform to buy. We build inside your environment, to your validation and security standards - and your readiness, not a vendor's roadmap, sets what you can safely deploy.

The full value chain

Where each function sits, across the industry.

We map the whole chain and mark exactly how far along we are on each part. Breadth is fluency; the tiers keep it honest.

Working capability Developed thesis Mapped

Discover

  • R&D and early development

    Target identification, literature review, evidence synthesis, protocol drafting.

Develop

  • Clinical operations

    Site feasibility, trial management, clinical data management, medical writing.

  • Biostatistics and statistical programming

  • Regulatory affairs

    Submission drafting, change-control narratives, query response, regulatory intelligence.

  • Pharmacovigilance and drug safety

    Case intake, signal detection, aggregate reporting.

Make and supply

  • Manufacturing and quality (CMC)

    Deviation triage, root-cause analysis, CAPA management, batch-record review.

  • Supply chain

    Demand signal, supplier risk, serialization and traceability.

  • Procurement and sourcing

    Contract review, supplier consolidation, spend analytics, change-control automation.

Access and evidence

  • Market access and HEOR

    Payer interactions, value dossiers, gross-to-net.

  • Medical affairs

    Medical information, publications, real-world-evidence synthesis, KOL engagement.

Commercialize

  • Commercial

    Field intelligence, account planning, targeting, competitive signal, content and MLR review.

Support

  • Patient services

    Enrollment, benefits investigation, prior authorization, adherence.

Enabling layer

Data and platform, IT security, validation and QA. Not a practice area - it is the layer everything above has to pass through, and the constraint we design around. It is why the work has to survive a validated system.

Engagement model

How a life sciences engagement runs.

Readiness → Build → Operate, adapted to how life sciences buys. Expect a committee-driven path: the functional sponsor in Regulatory, Commercial Ops, or Manufacturing sets the priority, but QA, IT security, and validation hold the gates. We plan for those gates from day one, not month three.

Readiness is a structured diagnostic, not a gut check. We score you across eight capability areas that gate agentic work - data, agent architecture, governance, evaluation, human-in-the-lead oversight - on a weakest-link basis, adapted from the CMU SEI and Accenture maturity model. Your ceiling is your weakest area, so the audit ends with the two moves that raise it fastest.

Regulatory scope drives the design. In Readiness we classify the use case: does it touch a GxP-validated system, or sit upstream of one? That sets everything downstream - data integrity, human-in-the-lead review, Part 11 and the newer AI rules, and whether it needs a validation package at all. We keep the first build upstream and low-risk on purpose, and document it to withstand later scrutiny.

A typical first engagement is a 4-6 week paid Readiness audit, then an 8-14 week Build on one upstream workflow with a defined outcome metric - human-in-the-lead, integrated with existing systems, and structured so moving into validated territory stays a deliberate decision.

See our approach in detail

Working on AI in life sciences?

We are deliberately picky about the engagements we take. The fastest way to know if we are the right fit is a 30-minute conversation.

Talk to us