Human cell
intelligence.

Built on real data from living human heart tissue, for drug discovery and development.

Heart today. Brain next. Every human cell and disease.

Partner with us See how the data is made

CardioVive human heart organoid with atrial, ventricular, neural and fibroblast cells — Imaging
Electrophysiology
Contractility
Single-cell RNA
Bioprocess
→ CytoHub.AI

5paying customers, including 3 pharma

13human cell types in every tissue

3AI tools live on customer studies

8patent families

Member of J&J JLABS · NVIDIA Inception · AWS Startups

The gap

Drug development runs on too little real human data.

Animal models and flat cell cultures miss how human tissue responds, and the cost shows up late, in the clinic.

~90% of drug candidates that enter clinical trials fail.

Sun et al., Acta Pharm Sin B 2022

How it works

Many dimensions of data. One map of human biology.

Live Measure and learn Building Predict and test

Illustrative. Imaging, electrophysiology, contractility, flow and bioprocess readouts run today; in-house sequencing, prediction and the closed loop are being built.

From wet lab to robotic lab

We are automating the lab that makes the data.

Each protocol we run by hand today is becoming a module on one robotic line: the same steps, every run.

CytoHub wet lab with imaging and analysis instruments at J&J JLABS — **Our wet lab**Hand-run CardioVive protocols, imaging and analysis at J&J JLABS, San Diego.

Robotic arm of the CytoHub automation module, in development — **Module 01 · robotic closed loop**Grow, dose, read and sequence on one automated line, feeding CytoHub.AI.

Grow
Dose
Read
Sequence
Learn

One intelligence. Three uses.

Discovery

See how each human heart cell type responds to a compound.

Data & partnerships

Disease biology

Read disease signatures from single cells with CytoHub.AI.

CytoHub.AI

Development

Cardiac safety data before first-in-human dosing. In paid use today.

CardioVive

Proof

The dish matches the clinic.

Ondansetron carries clinical warnings for QT prolongation and septal defects. In our founding lab’s published work, the same human heart tissue showed signals consistent with both.

APD ↑consistent with the QT warning

MYL2 ↓consistent with the septal-defect warning

Read the case study