The definitive platform for functional biology
Human biology can only be understood through perturbation at scale. Our platform turns human tissue into a system we can control, experiment on, and learn from.
Interventional studies at wafer-scale
Ultra-high-throughput study execution
The world’s first biological data centers
Every readout in a unified representation
Dynamic causal graphs with cellular precision
Grounded in interpretable outputs
TissueDisks let us cultivate, dose, and generate readouts on hundreds of independent human tissues in parallel.
This provides the complexity of a full study matrix in a single disk, including conditions not possible in the clinic, such as human knockouts, pathogenic challenges, and induction of disease states.
HIVEs can run autonomously for weeks at a time, managing up to 10,000 tissues per study. In the footprint of a lab bench, one HIVE produces data at the scale of the largest phase 3 studies.
HIVE clusters can run in concert as a unified system, producing an unparalleled corpus of perturbational human data. Our existing clusters can execute studies on over 100,000 subjects at once, equivalent to the population of a small city.
We collapse phenomic, transcriptomic, proteomic, and other measurements from every tissue into a shared latent space, enabling foundation models to learn human biology across every modality at once.
Each perturbation we execute maps the receptor-ligand networks behind the response, enabling us to causally reconstruct whole-tissue signaling pathways, one cell at a time.
A suite of ML methods, including state-of-the-art morphological segmentation and complexity-aware UMAPs, renders what our models see into structures that biologists can examine directly.
Human data, before the clinic
We work collaboratively with leading biopharmas to advance our shared mission to bring breakthrough medicines to patients in need.
