We create human data to develop better therapeutics.

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Our discovery pipeline is human.
‍From start to finish.

Drug discovery process powered by organ on a chip and AI technology

our Technology

Our platform enables human testing before clinical trials.

Bone marrow organ on a chip model mobilizing neutrophils under confocal microscope

Lab-Grown Human Organs

Our portfolio of lifelike human organs yields realistic, reproducible, and clinically predictive human data across the many human organ systems — in both health and disease.

Robotic arm pipetting organs-on-chips for drug discovery experiments

Massive Automated Studies

Each of our proprietary Data Engine machines tests on 10,000+ independent human tissues at a time, yielding vivarium-scale output in the footprint of a lab bench.

AI-Scale Human Data

Advanced multimodal AI that designs & deploys experiments to refine new targets & therapies. Human data fuels a superhuman pace.

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We discover new targets & therapies with AI‑scale testing on lab-grown human organs.

Organ models

Complex human responses
from lab-grown human organs.

With over 20 human organ models of health and disease that span the major organ systems, our models mimic native human functions & phenotypes to accurately capture the effects of new therapeutics and predict clinical outcomes.

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ROBOTIC AUTOMATION

Massive human studies
executed with robotic precision.

Robotic arm in motion during drug discovery experiment

We test different drug modalities, combination therapies, and multiphase regimens on 10,000+ independent human tissues at a time. Our robotic Data Engine platforms run studies with millisecond precision for incredibly high reproducibility.

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RICH, MULTI-OMIC human DATA

Multimodal AI for clinical prediction trained on massive human datasets.

AI platform producing clinical prediction for new drug development

Our AI platform is powered by an active learning system that can identify and produce the most useful human training data on-demand to refine its accuracy. We integrate data from 3D phenomics, single-cell sequencing, and proteomics to deeply understand and map human complexity.

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PARTNERSHIPS