Advaita Lab
Advaita Labs

A causal model of life that reasons through every hypothesis in silico — proven in the computer before a single experiment is run.

Researchers & collaborators from
StanfordMITHarvardPrincetonColumbiaUC BerkeleyYaleNYUNUSSMUCityU HKUniversity of WashingtonHKUETH ZürichA*STAR
01
Discovery is limited not by ideas, but by the cost of being wrong.

Every failed experiment burns capital, time, and conviction. The bottleneck in biomedicine has never been imagination — it is the price of each learning iteration, paid one expensive failure at a time.

We are building a causal model of biology that changes that arithmetic — reasoning through a hypothesis in silico before it is ever touched at the bench, and keeping every result inside the institution that produced it.

02

One engine for discovery in silico — four capabilities that carry a target from its first evidence to a candidate worth testing.

01

Causal substrate

We map the causal machinery of biology — across genomics, proteomics, clinical evidence and target biology, tracked to its source. Every target rests on mechanism, not correlation.

02

Model orchestration

A model-agnostic layer sends each question to the model best suited to answer it, ranks what returns by how much it moves the decision, and plugs in anything stronger as the field advances.

03

Pre-run validation

Before anything reaches the bench, we run it in silico — simulating each candidate along its causal mechanism and setting aside the ones that don't hold. Every result carries its provenance.

04

Closed-loop learning

Scientists stay at the center — they decide, the model recommends. Results from the real world flow back with every cycle, and the model grows sharper each time it runs.

A loop that compounds — every turn sharpens the model, and the evidence it learns from grows with it.

03

The same engine, met where the science is — a model that trains in place, or agents that run discovery end to end.

Model in place

Sovereign Model

For groups with their own data and models — the engine trains and runs entirely inside your environment, and every result stays where it was produced.

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Agents out of the box

AI Scientist Platform

Agents that discover and rank candidate targets, a discovery council that sharpens efficacy, and a lab simulator that closes the dry-lab to wet-lab loop.

Get in touch
04

Peer-reviewed work from the team — and an open-science ecosystem across industry and academia.

Verifiable causality

Chrono: A P2P Network with Verifiable Causality

Hu · Zhu · Li
arXiv '23
Verifiable causality

Building a Verifiable Logical Clock for P2P Networks

Sun · Tao · Li
arXiv '24
Science of consensus

NeoBFT: BFT via Authenticated In-Network Ordering

Sun · Khoo · Li
SIGCOMM '23
Verifiable AI

zkGPT: Zero-Knowledge Proofs for LLM Inference

Qu · Sun · Zhang
USENIX Sec '24
AI-native systems

Efficient LLM Serving for Agentic Workflows

Shen · Lu
SIGMOD '26
Science of life

Longevity Sticker Shock: Credentialed Support for Rejuvenation

de Grey
Rejuv. Research
Industry & ecosystem
DeSci.WorldVANAAuraSciPrósperaCyberportHKSTPG42AI SingaporeOpen TargetsResearchHubgenomes.ioBIOVitaDAOCancerDAOAvinasi LabsGeneration LabIntelligent InternetHETUEthereum Foundation
Research & academia
MITStanfordHarvardPrincetonColumbiaUC BerkeleyYaleNYUNUSSMUCityU HKUniversity of WashingtonHKUETH ZürichA*STAR
05

The substrate of biology should be a commons. We are opening data, protocols and benchmarks — and inviting the community to build them with us.

Open data

Open Biological Data

An open, contributable resource for causal biology. Framework in progress — contributors welcome.

Framework in progress
Open protocol

Aegean

An open consensus protocol for multi-agent intelligence — agreement before finalization, with provable guarantees.

Coming soon
Open benchmark

AegeanBench

An open benchmark for multi-agent intelligence — measuring what existing suites do not.

Coming soon
06
Let's build the model biology deserves.

If you work on the science, the systems, or the questions underneath — we want to hear from you.

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