Gencovery

Platform

Platform architecture A decentralised architecture to connect data end-to-end End-to-end lab automation From raw data to clinical value, uninterrupted Constellab vs competitors The only platform that digitises life sciences with full data sovereignty

Features & benefits

Features Collaborative space, analytics, visualisation and AI Benefits Why choose Constellab — traceability, sovereignty, compliance ROI & Savings Calculate your savings by consolidating your tools Integrations Supported tools, protocols and connectors

Use cases

Patient data management Centralise and leverage medical data with AI R&D acceleration Cut your research cycles with AI Bioprocess optimisation Monitor your fermentation processes in real time Agronomy optimisation Antifungal resistance: data and AI united All use cases Browse our full solutions catalogue

Constellab Applications

Constellab Care AI-powered medical and patient data management Constellab Suite Scientific productivity: Project, Analytics, Search Constellab Digital Twin Digital twins to optimise your bioprocesses See all applications Explore the Constellab™ application ecosystem

Documentation

DLM White paper Our Digital Leadership Mastery method for data-driven strategy Regulatory compliance GxP, GDPR, HDS and quality framework navigator Interoperability standards FHIR, CDISC, DICOM, HL7, OMOP CDM and reference terminologies

Community & Events

Constellab Community The open-source Constellab user community CROPulse project Our project to harmonise digitalisation in pre-clinical research Blog Articles, awards, events and publications
Our history and mission Why Gencovery exists and what drives us The team The people behind the project
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Product

Platform

  • Platform architecture
  • End-to-end lab automation
  • Constellab vs competitors

Features & benefits

  • Features
  • Benefits
  • ROI & Savings
  • Integrations
Solutions

Use cases

  • Patient data management
  • R&D acceleration
  • Bioprocess optimisation
  • Agronomy optimisation
  • All use cases

Constellab Applications

  • Constellab Care
  • Constellab Suite
  • Constellab Digital Twin
  • See all applications
Resources

Documentation

  • DLM White paper
  • Regulatory compliance
  • Interoperability standards

Community & Events

  • Constellab Community
  • CROPulse project
  • Blog
About
  • Our history and mission
  • The team
Pricing Blog
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Invest Login Request a demo
Regulatory compliance

Compliance: the non-negotiable foundation of modern R&D

In life sciences, regulatory compliance is not an administrative constraint — it is the sine qua non of market access. GxP, GDPR, HDS, ISO 13485: each framework translates a requirement for safety, traceability and quality that protects patients and guarantees the integrity of scientific data.

AI amplifies compliance stakes

The adoption of artificial intelligence in pharmaceutical and biotech R&D creates new regulatory challenges. AI models used in medical or regulatory decision-making must be transparent, auditable and validated — in accordance with the European AI Act, but also existing GxP requirements on computerised system validation (GAMP 5, 21 CFR Part 11).

Poorly traced data at the input of an AI model can invalidate the entire conclusions of a study. Conversely, a sovereign, traceable and compliant data infrastructure makes AI usable in high-stakes regulatory contexts — including FDA or EMA submissions.

AI Act (EU 2024)GAMP 521 CFR Part 11FDA / EMA

Constellab: compliant by design

Constellab natively integrates GxP requirements (automatic audit trail, access management, data validation), GDPR and HDS (European hosting, encryption, consent) into its design. Compliance is not a module to add — it is the platform architecture.

GxPRGPD / GDPRHDSISO 13485Audit trail natif
Compliance Navigator

Biotech Regulatory Framework Matrix

A structured reference for GxP, data integrity, privacy, and quality frameworks applicable to biotech, pharma, and medtech operations. Filter by domain, search, or sort any column.

13 Frameworks
7 Domains
4 Key tensions

Filter by domain

Showing 13 of 13 frameworks

Framework ↑ Domain Region ↑ Scope Key requirements Applies to Similarities / overlaps Differentiator

Key regulatory tensions

Common friction points to anticipate in your compliance journey.

Conflict

GDPR erasure vs. GxP retention

GDPR's right to erasure is directly in tension with GxP mandatory data retention periods (up to 15–30 years). Requires legal analysis per use case and pseudonymisation strategies.

Scope gap

GAMP 5 validation of SaaS / cloud tools

Validation obligations (GAMP 5, Annex 11) apply to SaaS EDC, LIMS, and MES. Cloud vendor selection must factor in the vendor's ability to support your validation documentation.

Chain requirement

HDS certified-chain obligation

Even if your own systems are compliant, your hosting provider must hold HDS certification. The obligation cascades to all subcontractors in the chain — self-certification is not permitted.

Dual pathway

REACH vs. medicinal product regulation

REACH covers the chemical substance itself; drug/biologic authorisation (EMA/FDA) covers the product. A biotech company may need to navigate both in parallel for the same molecule.

Biotech Regulatory Compliance Matrix — for reference purposes only. Verify with qualified regulatory affairs counsel. Updated: 2025

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