Privacy-Enhanced AI Federated Learning

Accurate AI workflows for Toxicology.
No data exposed.

We enable toxicology teams to generate robust in silico predictions — without sharing sensitive data — using privacy-enhancing technologies such as federated learning.

Why it matters

Data stays local

Run QSAR models on distributed datasets without the proprietary data leaving your infrastructure.

Molecules stay private

Get toxicity predictions for your molecules without exposing them to external systems.

Secure collaboration

Collaborate across organisations for stronger safety evidence, such as Adverse Outcome Pathways.

Built for NGRA

Designed for chemical hazard screening and prioritisation supporting the transition to non-animal approaches.

FL ChemSafe — watch on YouTube

Bring this topic
to your team

Are you organising an event or leading a team or a community that would benefit from an introduction to federated learning for chemical safety assessment?

Invite us to speak

This series of blog posts will guide you through the essentials of Federated Learning: what it is, why it matters, and how it's already transforming life sciences.

Learn the basics ↗
Noord Holland MIT Grant 2024 Flower Pilot Program Batch Three QSAR2025 Oral Presentation Award WC13 L'Oréal Innovation Village