Chemistry, without the queue.
The problems we solved for biology turned out to be chemistry's problems too, unchanged: too many tools, too much plumbing, too little time at the bench. So we rebuilt 2,486 of them the same way, to be called by a model and trusted by a chemist.
The scheme, not the slogan
What a run looks like.
Every capability below is one entry in the catalog, one record in the graph, and one call from the model you already use. The chemistry never leaves your hands.
Bring the molecule
A SMILES string, a structure file, a vendor catalog number, a sketch. The corpus reads formats the way chemists actually keep them, mess and all.
Ask the real question
Will it bind? What are the tautomers? Is the route three steps or eleven? The answer is a chain of entries, composed by whatever model is driving, not a fixed form.
Run the engines
Docking, dynamics, descriptors, QC, ADMET. Each one AI-native, each one checked against the tool it stands in for, each one readable on its record page.
Read the verdict
Predictions with their ranges, figures ready for the meeting, and the record that says how confident anyone should be. All of it, like everything here: coming soon
The one promise, restated for chemistry
Sound before it ships.
A docking score that drifts is worse than no docking score. Where a reference engine exists, ours is tested against what that engine actually produces, under conditions anyone can read. The record ships with the tool or the tool does not ship.
Every chemistry entry, packaged for ordinary machines, at a store near you. Formulation tools to the field labs; docking packages to the laptop in the coffee shop.
The same entries, driven by Claude, Codex, or agents you raised yourself on Hugging Face.
Your cheminformatics, inside your perimeter, on your hardware, under your rules.
Reactions wait for no one. Soon, they will not have to.
2,486 modules in build, with a record page behind every name. Ask us which ones are furthest along.