
Drug discovery
Predict how a drug binds, from text
Structure and affinity together, from sequence and SMILES alone.
Build a lab from Boltz, DiffDock, SBML pathways, and your own dynamics, then run it and compare versions side by side. Same labs, same runs, same Hub, wherever you work.
A lab is a persistent workspace that keeps your model wiring, runtime controls, and every run in sync. Compose biology across scales on the canvas, run it, then compare versions side by side with the exact setup and provenance still attached.

Compose on the canvas
Drag biomodules together and wire their inputs and outputs into one working graph.
Bring existing standards
SBML, NeuroML, CellML, and ONNX live in the same workspace as your own models.
Reuse working setups
Keep a configured lab as the starting point for the next scenario instead of rebuilding it.
Run and inspect
Start runs and read status, logs, results, and visuals without leaving the lab.
Change a parameter, model version, or scenario, and the compare view keeps each run's branch, metadata, and outputs together, so you can see what differs without losing the context that produced it.

The same labs, runs, and Hub on the web, on your desktop, and from your terminal.
Open a public lab, rerun a simulation, or compose your own from shared models. Nothing to install.

Drug discovery
Structure and affinity together, from sequence and SMILES alone.

Ecology
Two simple rules produce a stable cycle, until you push too hard.

Physiology
Your body's blood-pressure control is a closed loop. Watch it succeed, or fail.

Microbiology
Exponential growth always loses to a finite resource.
Biosimulant Studio is for teams building reusable virtual simulations across research and engineering.
Contact
Tell us what you are simulating, how your team works today, and where Biosimulant might fit.
Prefer the standalone page? Use the contact page.