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Nalan for Pharma · Life-sciences intelligence

Nalan for Pharma turns real-world context into
reviewable research intelligence.

Nalan for Pharma is being designed to connect governed longitudinal data, reproducible cohort logic and participant-centred trial workflows. The aim is to give life sciences teams clearer evidence without obscuring provenance or scientific responsibility.

Solution programme in developmentCapabilities will be introduced through governed, use-case-specific programmes.

Nalan dressed as a pharmacologist and holding a medicine vial with a capsule.
01Real-world evidence (RWE) and cohorts02Trial operations03Scientific review preserved

Answer first

What is Nalan for Pharma?

Nalan for Pharma is Doxyte's planned artificial intelligence (AI) layer for pharmaceutical teams, researchers, contract research organisations (CROs) and clinical-trial operations. It is designed to support real-world evidence, cohort discovery, disease registries, drug-utilisation analysis and reviewable trial workflows using appropriately authorised, governed data. It does not replace investigators, ethics oversight, biostatistical review or regulatory decision-making.

Three Indian life-sciences professionals review an abstract evidence dashboard with pharmacologist Nalan beside them.

From data to scientific review

Bring governed evidence into a shared research view.

Nalan can help authorised teams organise source-aware evidence and operational signals for qualified scientific review without presenting an automated analysis as a conclusion.

Designed around the workflow

What Nalan can help teams
understand and organise.

Each capability begins as a defined use case with its own data, validation, permissions and review requirements. Release status is confirmed during discovery.

01Real-World Evidence Engine

Build longitudinal evidence with its context intact.

Create analysis-ready views from approved personal health record (PHR), electronic medical record (EMR), hospital, clinic, laboratory and wearable sources while preserving dates, provenance, missingness and study definitions.

  • Longitudinal timelines
  • Documented source history
  • Reproducible definitions
  • Governed cohort exploration
02Patient Cohort Builder

Move from eligibility logic to an auditable candidate set.

Translate approved inclusion and exclusion criteria into reproducible searches across permitted data. Potential matches remain candidates for authorised review.

Important boundaryNalan does not independently determine eligibility, contact or enrol a participant.
03Disease Registry Intelligence

Follow conditions and outcomes across time.

Support governed disease registries with longitudinal context, configurable measures and clear data-quality indicators.

04Drug-Utilisation Analytics

Understand treatment pathways beyond one prescription.

Explore appropriately governed patterns in initiation, switching, persistence, adherence proxies and outcomes. Findings require qualified scientific interpretation.

Connected trial operations

One governed participant and operations view for research teams.

Nalan can be designed around approved study workflows while existing clinical trial management systems (CTMS), electronic data capture (EDC) systems and other validated platforms remain the record of truth. Every agentic action is scoped, reviewable and governed by the protocol.

Nalan dressed as a trial operations assistant and holding a tablet.
01

Protocol Studio

Prepare structured draft protocol modules, schedules of activities, visit logic and data requirements for expert review.

02

Consent workflow

Support version-controlled e-consent, digital-consent and video-consent journeys with approved scripts and withdrawal capture.

03

Participant Companion

Collect configured symptoms, questionnaires and daily diaries; provide reminders in supported languages; never act as emergency monitoring.

04

Follow-up Agent

Run approved text or call workflows for scheduling, diary reminders and missed check-ins, escalating configured events to the study team.

05

Trial Intelligence Dashboard

Review recruitment, retention, completion, visit deviation, query burden and participant-reported trends according to role.

06

CRO and CTMS connectivity

Complement existing CTMS, EDC and related trial systems through documented integrations instead of replacing the validated system of record.

A governed path to production

Start with the use case.
Keep every handoff visible.

01

Define

Document the scientific question, protocol purpose, population and governance plan.

02

Authorise

Confirm access, consent requirements, data agreements and approved users.

03

Harmonise

Map approved sources, terminology, timelines, missingness and quality rules.

04

Build

Configure cohort definitions, registry measures, endpoints or participant workflows.

05

Review

Require investigator, clinical, statistical and operational review appropriate to the use case.

06

Monitor

Version definitions and track provenance, quality, changes, exceptions and model performance.

Governance is a product capability

Designed for accountable intelligence.

These boundaries guide product design and discovery. The final controls must be validated for the organisation, population, workflow and applicable obligations before production use.

Read Doxyte's security approach
01

Purpose-bound access

Use data only for a documented, authorised scientific or operational purpose.

02

Privacy-preserving design

Apply de-identification, pseudonymisation and data minimisation where appropriate.

03

Reproducible methods

Preserve cohort logic, transformations, source lineage and version history.

04

Scientific oversight

AI suggestions and analyses require qualified investigator, clinical and statistical review.

05

Participant protection

Consent, withdrawal, ethics and safety-escalation obligations take priority over automation.

06

No autonomous enrolment

A model must not independently determine eligibility, enrol a participant or make a treatment decision.

Questions, answered plainly

Before Nalan enters the workflow.

What does a real-world evidence engine do?

It helps authorised research teams organise approved longitudinal health data into analysis-ready cohorts, measures and timelines while preserving source and methodological context.

What is the difference between real-world data and real-world evidence?

Real-world data are routinely collected health and care data, such as information from electronic health records, claims, registries and digital health technologies. Real-world evidence is the clinical evidence produced by analysing fit-for-purpose real-world data using an appropriate study design.

Can Nalan find patients for clinical trials?

It is designed to surface potential matches against approved criteria for authorised review. Investigators and study teams remain responsible for eligibility confirmation, outreach, consent and enrolment.

Is Nalan a replacement for a CTMS or EDC?

No. The planned trial layer is intended to connect with validated trial systems and improve selected workflows, not silently replace the system of record.

How can Nalan support electronic or video consent?

Planned workflows can present approved materials, capture version and acknowledgement events, support comprehension steps and document withdrawal. The exact process must follow the approved protocol and applicable requirements.

Can AI approve a protocol or make a scientific conclusion?

No. Nalan may help prepare drafts or organise evidence, but protocol approval, interpretation and regulatory decisions remain with qualified people and appropriate oversight bodies.

What is currently available?

Nalan for Pharma is a solution programme in development. Doxyte can explore focused design-partner workflows and confirm the status of each capability before engagement.

Evidence starts with a well-defined question

Design a governed RWE or clinical-trial workflow with Doxyte.

Bring a specific evidence, cohort, registry or participant-operations problem. We will start with purpose, data and oversight.

Talk to the life-sciences team