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01The prompt
Open Culture · agent
Differentiate these iPSC-derived cortical neurons and report network synchrony at day 21.
Programming Habitat — seeding, perfusion, and a 21-day record…

What if your experiment just worked?

Habitat™

The agent programs the run.
Pumps move. Biology begins.

Microfluidics

Down the channel, into the living layer —
cells adhered on a bed of electrodes.

HD-MEA

The network comes alive.
Thousands of electrodes, listening.

The Reveal

Biology becomes data.

Latent space

A constellation of understanding
the cell’s biology, organized.

Open Culture · agent
Differentiate these iPSC-derived cortical neurons and report network synchrony at day 21.
Done. Synchrony index 0.74 — a 3.1× rise after perfusion. Full provenance attached.

Open Culture takes care of the experiment.
You take care of the discovery.

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What it does

One desktop platform, from consumables to cloud.

The loop you just watched is the whole product. Open Culture removes the most fatiguing overhead of bench science and hands back the part that matters.

Consumables01

Load the cartridge

Cells, media, and reagents go into a sealed microfluidic cartridge. No hood, no hands, no 2 a.m. media changes.

Instrument02

Habitat runs it

A desktop machine cultures, perfuses, images, and records — end to end, for weeks — with full provenance on every step.

Cloud03

It becomes data

Every experiment resolves into organized, AI-ready datasets and an agentic workspace that helps you ask the next question.

The shift

Tissue biology has been artisanal. It doesn’t have to be.

Today
  • Manual culture: labor-intensive and easy to break
  • Irreproducible between hands, benches, and weeks
  • Data-poor — most of what happened is never recorded
With Habitat
  • Automated, around the clock, with a defined protocol
  • Reproducible — the same run, every run, fully logged
  • Data-rich — every step captured, organized, queryable
Inside Habitat™

A whole tissue-culture lab, distilled to one machine.

Habitat is a capital instrument that replaces the incubator, the hood, the pumps, the microscope, and the recording rig — and the labor that ties them together.

Footprint
Desktop — fits in a standard lab, no facility build-out
Runs
Seed → perfuse → image → record, autonomously, for weeks
Sensing
HD-MEA electrophysiology + on-board imaging
Output
Organized, AI-ready datasets with full provenance

Stylized representation — product renders forthcoming.

The science

Not a new AI company. A seven-year, peer-reviewed record

Open Culture is built on foundational research published across Nature and Nature Neuroscience. The platform is the product of the science — not a wrapper around it.

Method

RTSort

Real-time spike sorting

We invented real-time spike sorting — resolving individual neurons from dense electrode arrays as the signal arrives, not days later.

Software

SpikeLab

Agents that read neural data

The first system to teach agents to analyze neural recordings — turning raw electrophysiology into interpretable, queryable results.

Result

Closed loop

Feedback that calms the network

Feedback-driven experimentation that suppresses seizure-like activity in treatment-resistant contexts — the lab reacting to biology in real time.

Explore the full publication history.

Science & publications
Trusted across the field
UCSFUC BerkeleyQB3Bakar Bio LabsUCSC Genomics InstituteNorthwesternNVIDIA InceptionNSFNIHHHMISchmidt Futures

Affiliations and deployments. Cleared logo lockups to replace wordmarks before launch.

The agentic software

Talk to your lab. Watch it answer.

Ask a question in plain language. The agent designs the run, drives Habitat, and returns an interpreted result with full provenance — the same loop you scrolled through, hands-on.

Open Culture · agent
Differentiate these iPSC-derived cortical neurons and report network synchrony at day 21.
Done. Synchrony index 0.74 — a 3.1× rise after perfusion. Full provenance attached.
Team

Built by people who lived the bench.

A team from neuroscience, hardware, and AI — backed by a scientific advisory board with deep roots in electrophysiology and stem-cell biology.

Founder & CEO

Neuroscience · platform

Founder & CTO

Hardware · automation

Head of Science

Electrophysiology

Head of Software

Agentic systems

Names, headshots, and bios to be added.

Partnerships

Category-defining work happens together.

Research deployments

Habitat runs in academic and institutional labs studying neural development, disease models, and drug response.

Compute & ecosystem

Member of NVIDIA Inception, with infrastructure partners supporting AI-scale datasets from living tissue.

Public science

Work supported by and aligned with NSF, NIH, and HHMI-funded research programs.

Partner identities and details shown here are for layout — confirm what is cleared for public use before launch.

Get started

Want this in your lab?

Three ways in. The pilot is the fastest path to running living tissue on autopilot.

Highest intent

Become a pilot site

Apply to the early-access program and help shape where Habitat goes next.

Apply to the pilot
Talk numbers

Request a quote

Get pricing and configuration for your lab from our team.

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Just exploring

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