About Secondmind Labs

Secondmind Labs is our R&D team, combining decades of machine learning research and expertise with hands-on automotive experience. We apply the very latest machine learning thinking to solve the most acute problems in automotive design and development.

At the forefront of the latest machine learning advances

Secondmind has published numerous award-winning papers in top machine learning journals and conferences. This research fuels our products, enabling us to explore innovative approaches to new and emerging problems.

At the forefront of the latest machine learning advances

Secondmind has published numerous award-winning papers in top machine learning journals and conferences. This research fuels our products, enabling us to explore innovative approaches to new and emerging problems.

At the forefront of the latest machine learning advances

Secondmind has published numerous award-winning papers in top machine learning journals and conferences. This research fuels our products, enabling us to explore innovative approaches to new and emerging problems.

At the forefront of the latest machine learning advances

Secondmind has published numerous award-winning papers in top machine learning journals and conferences. This research fuels our products, enabling us to explore innovative approaches to new and emerging problems.

Our work

Award-winning

The quality of our work has been recognised by three best paper awards: ICML (2019) and AISTATS (2020, 2021)

Award-winning

The quality of our work has been recognised by three best paper awards: ICML (2019) and AISTATS (2020, 2021)

Award-winning

The quality of our work has been recognised by three best paper awards: ICML (2019) and AISTATS (2020, 2021)

Award-winning

The quality of our work has been recognised by three best paper awards: ICML (2019) and AISTATS (2020, 2021)

Over 80 papers published

To date, we have published over 80 papers in top machine learning journals and conferences.

Over 80 papers published

To date, we have published over 80 papers in top machine learning journals and conferences.

Over 80 papers published

To date, we have published over 80 papers in top machine learning journals and conferences.

Over 80 papers published

To date, we have published over 80 papers in top machine learning journals and conferences.

Seven patents

We are continuing to drive innovation in the application of ML to solve the most complex engineering challenges.

Seven patents

We are continuing to drive innovation in the application of ML to solve the most complex engineering challenges.

Seven patents

We are continuing to drive innovation in the application of ML to solve the most complex engineering challenges.

Seven patents

We are continuing to drive innovation in the application of ML to solve the most complex engineering challenges.

Collaborating with the machine learning community

GPflow

Secondmind is the home of GPflow - the standard library for Gaussian process models in Python/Tensorflow. It covers classic GP regression models, and the modern approaches based on variational inference and MCMC.

GPflow

Secondmind is the home of GPflow - the standard library for Gaussian process models in Python/Tensorflow. It covers classic GP regression models, and the modern approaches based on variational inference and MCMC.

GPflow

Secondmind is the home of GPflow - the standard library for Gaussian process models in Python/Tensorflow. It covers classic GP regression models, and the modern approaches based on variational inference and MCMC.

GPflux

GPflux is our Deep GP library. It is built on top of GPflow and Keras and allows users to quickly build models with complex input/output relationships.

GPflux

GPflux is our Deep GP library. It is built on top of GPflow and Keras and allows users to quickly build models with complex input/output relationships.

GPflux

GPflux is our Deep GP library. It is built on top of GPflow and Keras and allows users to quickly build models with complex input/output relationships.

Trieste

Trieste is our active learning library. It is extremely data-efficient and compatible with advanced probabilistic models from GPflow and GPflux. It supports constrained optimization, noisy data and multi-objective optimization.

Trieste

Trieste is our active learning library. It is extremely data-efficient and compatible with advanced probabilistic models from GPflow and GPflux. It supports constrained optimization, noisy data and multi-objective optimization.

Trieste

Trieste is our active learning library. It is extremely data-efficient and compatible with advanced probabilistic models from GPflow and GPflux. It supports constrained optimization, noisy data and multi-objective optimization.

Research paper

Neural Diffusion Processes

This paper proposes Neural Diffusion Processes (NDPs), a novel approach that learns to sample from a rich distribution over functions through its finite marginals.

Research paper

Neural Diffusion Processes

This paper proposes Neural Diffusion Processes (NDPs), a novel approach that learns to sample from a rich distribution over functions through its finite marginals.

Research paper

Neural Diffusion Processes

This paper proposes Neural Diffusion Processes (NDPs), a novel approach that learns to sample from a rich distribution over functions through its finite marginals.

Get involved

Learn with Labs

Our virtual research seminar programme supports our culture of continuous learning. We exchange ideas with our guest speakers and explore how emerging academic theories could be applied to our customers’ problems.

Learn with Labs

Our virtual research seminar programme supports our culture of continuous learning. We exchange ideas with our guest speakers and explore how emerging academic theories could be applied to our customers’ problems.

Learn with Labs

Our virtual research seminar programme supports our culture of continuous learning. We exchange ideas with our guest speakers and explore how emerging academic theories could be applied to our customers’ problems.

Careers

Our team is led by our Chief Science Officer, Carl Edward Rasmussen, Professor of Machine Learning at Cambridge University. Under his leadership, our team uses proven mathematical principles to build scalable tools to solve the latest and most complex optimization problems.

Careers

Our team is led by our Chief Science Officer, Carl Edward Rasmussen, Professor of Machine Learning at Cambridge University. Under his leadership, our team uses proven mathematical principles to build scalable tools to solve the latest and most complex optimization problems.

Careers

Our team is led by our Chief Science Officer, Carl Edward Rasmussen, Professor of Machine Learning at Cambridge University. Under his leadership, our team uses proven mathematical principles to build scalable tools to solve the latest and most complex optimization problems.

Get in touch

Learn how we can help you solve your most complex engineering challenges.

Get in touch

Learn how we can help you solve your most complex engineering challenges.

Get in touch

Learn how we can help you solve your most complex engineering challenges.

Get in touch

Learn how we can help you solve your most complex engineering challenges.