The puppeteer of experiments

An autonomous lab, with you holding the strings.

Geppetto is a cloud platform for AI-driven laboratory science. Design protocols visually or in plain language, run them on automated hardware, and let AI analyze each round and propose the next — closing the Design–Build–Test–Learn loop across cloud and bench.

Geppetto is in beta and accounts require an invite code — email adam.gormley@rutgers.edu to request one.

The Design–Build–Test–Learn loop

A campaign is many iterations. Geppetto carries each one from idea to result and back to idea.

Design

Author protocols like drawing a diagram

Build liquid-handling protocols on a drag-and-drop canvas, or describe the experiment in plain language and let the AI assistant write the steps. Everything is validated against your labware as you work.

Transfer · CORE96 · HeaterShaker · iSWAP · UVVisRead

Build

Configurations that can't be wrong

Experiments are assembled from capability sets your lab publishes — pre-validated combinations of instrument, labware, and method. Invalid configurations are impossible to express, so errors are caught before anything reaches the bench.

CLAP · Cloud Lab Access Protocol

Test

From the cloud to the bench

Submit to automated hardware — Hamilton liquid handlers running PolyCraft — or run the protocol by hand and upload results from any lab. An operator approves every run before it starts.

Hamilton · PolyCraft · manual upload

Learn

Every result feeds the next design

AI analysis turns each iteration's raw data into metrics, insights, and a proposed next experiment. You review the proposal, and the loop begins again.

per-iteration analysis · protocol diffs · next-experiment proposals

The loop closes

Built for working scientists

Visual workflow canvas

Undo, redo, keyboard shortcuts, and step-by-step editing on an interactive canvas.

AI protocol assistant

A chat assistant that adds, edits, and reorders steps as you describe what you need.

Real-time validation

Steps are checked against deck layout and labware constraints as you build.

Results viewer

A per-iteration timeline of analyses, plots, protocol diffs, and project files.

Works with your lab

With robots

Automated execution

Labs with Hamilton systems connect through CLAP nodes: protocols travel from the cloud to the instrument, and results flow back automatically.

Without robots

Manual execution

No automation hardware? Run the protocol at your own bench and upload the results. The AI analysis and the loop work exactly the same.

A human stays in the loop at every step: no protocol runs without operator approval, and no proposed experiment is submitted without your review.