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Spatial omics is generating biology's richest dataset of the decade. The bottleneck isn't the data anymore — it's the interpretation. We're closing the gap.
Spatial omics technology has gone through five generations in 25 years. Our ability to interpret what it produces hasn't kept up.
The data is here. The interpretation isn't.
Spatial omics is generating biology's richest dataset of the decade. Three barriers stand between that data and discovery.
Static figures and brittle scripts. Iteration is slow, exploration is painful, and most biology gets left on the cutting-room floor.
Today's pipelines force biologists to be programmers. Insight gets lost in the context-switch between Python notebooks and tissue under the microscope.
Spatial datasets are now terabyte-class. A laptop can't open them, an HPC node is hard to reach, and analysis grinds to a halt the moment data outgrows local resources.
Three problems. Three pillars to fix them →
We build real methods for the needs of bench scientists and educators. Our products include MilliMap, a code-free platform for 3D spatial omics analysis across multiple data formats; Neuroanatomy Adventure, a VR game for immersive neuroanatomy; and a growing library of scientifically rigorous methods co-developed with scientists and validated on real workflows.
We develop agentic AI tools for scientists working with complex spatial biology data. Millini is an AI-powered analysis agent that turns natural-language questions into reproducible, multi-step spatial analyses. Our predictive machine learning models forecast cellular response and perturbation outcomes, grounded in spatial, multi-omic, and temporal context.
We develop high-performance, cloud-native infrastructure for spatial biology. MilliOmics is designed to make terabyte-class datasets interactive, collaborative, and analysis-ready, scaling from local workstations to distributed cloud environments to supercharge scientific discovery.
Three capabilities, deeply integrated — an ecosystem competitors can't catalog.
Code and biology stand on opposite cliffs. Both are reaching across. We're the bridge that lets them meet — and discover.
Three tools. Lots of momentum. Not enough oxygen. Click each one to bring it to the surface.
Drag a spark anywhere on the map. Watch biology light up where it lands.
We're raising to staff the three pillars and accelerate distribution. Partner with us at the foundation.
Bench scientists. Engineers. AI researchers. All in.