Two organ systems in depth, five scales from whole organ to ultrastructure, and a gate that blocks any constant without a primary source.
At true size all the way down — not five separate diagrams.
Two built and running. Three on the roadmap. Every organ carries two graphs: containment and flow.
Cortex, medulla, 11 pyramids and the full arterial tree — segmented from CT, not drawn by hand. Blood flows in from the renal artery, filtrate leaves through seventeen steps to the bladder.
Nine surgical segments, dual blood supply, and the full bile duct tree from lobule to duodenum. Ask it which segments a right hepatectomy takes — a picture cannot answer that, a graph can.
Four chambers, coronary arteries, the conduction system — and the first organ that takes live data. Heart rate and breathing from a real patient, fed continuously into the shadow.
Cortex, white matter tracts, deep nuclei, cerebellum and brainstem. Our founder's prior work at Siemens Healthcare was in EEG seizure detection; this is where that lineage lands.
Retinal layers, optic nerve, lens and vasculature. Diabetic retinopathy and glaucoma are visible here directly — the eye is the one organ whose microvasculature can be photographed without a scan.
Constants not confirmed against a primary source refuse to run. The gate is the feature.
Whether you are seeking co-founder roles, research partnerships, or engineering internships in CS, DS, AI, and EE.