FL-CHEMSAFE

The Future of
Chemical Safety Assessment

Enabling secure, collaborative QSAR modelling through federated learning.

About

Join a global network redefining predictive toxicology
share knowledge, not data.
FL-CHEMSAFE empowers organisations to advance
chemical safety assessment with cutting-edge federated learning,
ensuring privacy, performance, and regulatory confidence.

Problem vs Solution

Rethinking
In Silico Predictions

Current QSARs Workflow

Today’s QSAR models are trained in isolation, using limited datasets. This leads to:

• Conflicting predictions between models

• Narrow chemical space coverage

• High uncertainty in decision-making.

FL-CHEMSAFE Approach

Imagine combining unseen proprietary data across organisations without sharing raw data. Federated learning enables:

• Access to broader chemical space

• More balanced predictions across adverse events

• Preservation of your confidential data.

New to Federated Learning?

Get a hands-on introduction with our free 7-day newsletter challenge.

Easy daily lessons

Real-world examples

Learn at your own pace

Benefits

Benefits

Unlock the Advantages of Federated QSARs

Experience how collaborative, privacy-first innovation can advance chemical safety assessment, and discover why now is the perfect time to participate in our proof-of-value initiative.

Zero Direct Data Sharing

Share model updates, not sensitive data — safeguard your IP and proprietary research.

Zero Direct Data Sharing

Share model updates, not sensitive data — safeguard your IP and proprietary research.

Broadened Chemical Space

Leverage unique proprietary knowledge across the consortium for more robust, generalisable QSAR models.

Broadened Chemical Space

Leverage unique proprietary knowledge across the consortium for more robust, generalisable QSAR models.

Improved Confidence

Reduce conflicting predictions and uncertainty, especially in low-data or novel chemical scenarios.

Improved Confidence

Reduce conflicting predictions and uncertainty, especially in low-data or novel chemical scenarios.

Scalable Security

Built-in compliance with the highest security standards, including ISO 27001 certification.

Scalable Security

Built-in compliance with the highest security standards, including ISO 27001 certification.

Lower Carbon Footprint

Train models where the data resides, minimising data transfers and reducing environmental impact.

Lower Carbon Footprint

Train models where the data resides, minimising data transfers and reducing environmental impact.

Recognition & Milestones

Recognition & Milestones

Our Journey So Far

Oral Presentation QSAR2025 Award

Oral Presentation QSAR2025 Award

Accepted into the

Accepted into the

One of the five

start-ups selected for

One of the five

start-ups selected for

FAQ

Frequently Asked Questions

Get answers about participating in the first secure, collaborative

consortium for chemical safety assessment.

Who should join the FL-CHEMSAFE proof-of-value consortium?

How is sensitive or proprietary data protected?

Can FL-CHEMSAFE accommodate different data formats or endpoints?

How does FL-CHEMSAFE handle imbalanced datasets?

How is data privacy ensured?

Get in Touch

Ready to explore the benefits of collaboration?

Connect for a no-pressure conversation and discover how joining FL-CHEMSAFE could accelerate your chemical safety assessment goals.

© 2025. All rights reserved.

An initiative by AI4Cosmetics

FL-CHEMSAFE

FL-CHEMSAFE

The Future of

Chemical Safety Assessment

Enabling secure, collaborative QSAR modelling through federated learning.

Join a global network redefining predictive toxicology — share knowledge, not data.

FL-CHEMSAFE empowers organisations to advance

chemical safety assessment with cutting-edge federated learning,

ensuring privacy, performance, and regulatory confidence.

About

About

Problem vs Solution

Problem vs Solution

Rethinking
In Silico Predictions

Current QSARs Workflow

Today’s QSAR models are trained in isolation, using limited datasets.

This leads to:

• Conflicting predictions between models

• Narrow chemical space coverage

• High uncertainty in decision-making.

FL-CHEMSAFE Approach

Imagine combining unseen proprietary data across organisations without sharing raw data. Federated learning enables:

• Access to broader chemical space

• More balanced predictions across adverse events

• Preservation of your confidential data.

New to Federated Learning?

Get a hands-on introduction with our free 7-day newsletter challenge.

Easy daily lessons

Real-world examples

Learn at your own pace

Who should join the FL-CHEMSAFE proof-of-value consortium?

How is sensitive or proprietary data protected?

Can FL-CHEMSAFE accommodate different data formats or endpoints?

How does FL-CHEMSAFE handle imbalanced datasets?

How is data privacy ensured?

Who should join the FL-CHEMSAFE proof-of-value consortium?

How is sensitive or proprietary data protected?

Can FL-CHEMSAFE accommodate different data formats or endpoints?

How does FL-CHEMSAFE handle imbalanced datasets?

How is data privacy ensured?

Connect for a
no-pressure conversation and discover how joining FL-CHEMSAFE could accelerate your chemical safety assessment goals.

Ready to explore the benefits of collaboration?

Get in Touch

Get in Touch

© 2025. All rights reserved.

An initiative by AI4Cosmetics

FAQ

FAQ

Frequently Asked Questions

Get answers about participating in the first secure, collaborative consortium for

chemical safety assessment.