Grow life.Simulate discovery.
Grow a miniature organ from simulated stem cells, introduce a modeled disease, and test how a treatment splits its effect between sick and healthy tissue.
Browse the organoids ↗Choose an organoid
The balance
Cell inspector
Click a cell in the organoid to read it.
Let the agent explore.
Eight simulated doses on this exact organoid. One score: affected-cell resolution minus twice the healthy-cell harm.
Ready for an experiment
| Organoid | Condition | Dose | Score |
|---|---|---|---|
| Run the agent to start your leaderboard. | |||
What if you designed the tissue?
Describe an organoid, a condition and a treatment in plain words. The AI writes a research note and a tissue model you can grow here.
Open AI engineering ↗Different organs.Different shapes of risk.
Each organoid grows its own architecture, from two fused brain lobes to the hollow wall of a heart. The same treatment can land very differently on each.
All organoids use simplified simulation models. Cell counts, shapes and specificity values are model settings, not measured biology.
Describe a tissue.Grow the hypothesis.
Qualitative exploration, not a prediction. Real treatments need experimental evidence and clinical trials.
Your organoid
AI-poweredInvent an organoid, a condition and a treatment. The AI returns a tissue model with its effects on both cell populations, and what the scenario leaves uncertain.
Every target has a trade-off.
A marker unique to sick cells makes them easier to find. Biology they share with healthy tissue makes that tissue vulnerable. The uncertainty is part of the question.
Affected cells
What sets them apart?
Healthy cells
What might be caught in the crossfire?
Fuel for the lab.Shared by its researchers.
$ORGANOID is the unit researchers spend to grow advanced tissue models, run AI experiments and open specialized tools.
More experiments, more uses for the token.
Researchers spend $ORGANOID on compute-heavy work. A proposed share of platform revenue would fund token buybacks and rewards for the best-performing simulations. If more researchers run more experiments, the token gains more uses.
Cultivate
Grow advanced tissue models with more cells, more cell types and multi-organ setups.
Experiment
Run AI research agents that sweep doses, compare compounds and rank hypotheses.
Access tools
Open specialized research tools and license models from the marketplace.
Cultivation, disease and treatment
Five organoids, four modeled conditions, live dose and specificity controls.
Natural-language tissue engineering
Describe a tissue model and grow it in the lab.
Autonomous research agents
Dose sweeps today; multi-step hypothesis search next.
Research leaderboards
Personal best runs today; global boards for treatments, resilient organoids and tissue designs next.
Organoid marketplace
Publish, share and license custom simulation models.