Advance Biological Intelligence
More capable biological AI could help us understand disease, design therapeutics, and create new biological functions.
Learn More Learn MoreSolve
Biology
We’re a next-generation AI lab building toward general biological intelligence: AI that can interpret, generate, and predict biology.
DUAL MANDATE
Advance Biological Intelligence.
Strengthen Biodefense.
OUR MISSION
Solve Biology.
OMNII-1
28 Modalities Across Biology,
One Model.
SOTA genome language model
Introducing Omnii-1
Omnii-1 is a multimodal genome language model that learns across DNA, RNA, proteins, and other biological signals. It’s designed to predict the effects of genetic changes, generate sequences with desired functions, and guide new experiments.
One model to interpret, generate, and predict biology.
Omnii DiagnosticsFind cancer’s signals in the blood.
Omnii PhageThe first AI-designed phage therapy administered to a patient.
Omnii DefenseDetect biological threats beyond known matches.
Omnii Rare EarthDesign proteins to separate rare earth elements.
Omnii AntibodyDesign better antibody binders through AI and experimental testing.
Omnii GeneticsConnect genetic changes to rare disease.
Omnii Cancer VaccineImprove every step of personalized cancer vaccine design.
Omnii GenomeGenerative multiomic modeling.
DUAL MANDATE
Advance Biological Intelligence. Strengthen Biodefense.
More capable biological AI could help us understand disease, design therapeutics, and create new biological functions. It also brings new risks.We’re advancing biological intelligence and strengthening biodefense together.
Biodefense
Assess what a sequence does, not just what it resembles. We partner with biodefense teams to strengthen defences against biological threats.
Learn More Learn MoreBiology Is AI’s
Next Frontier
The challenge is to understand biology well enough to predict how it works and engineer what it can do. Solving it requires AI that learns directly from biological data, across systems and scales.
Our team helped pioneer long-context architectures with Hyena and generative genomics with Evo. With Omnii, we’re building on that foundation toward general biological intelligence.
What does it mean to Solve Biology? Watch the Film.
Advisors
George Church
Harvard Medical School
Tri Dao
Together AI
Paul Friedrichs
Air Combat Command (Ret)
Eric Horvitz
Microsoft
Jill Hruby
Sandia National Labs
Chris Ré
Stanford University
Ben Spector
Flapping Airplanes
Andrew Weber
Council on Strategic Risks
BACKED BY
Emergence Capital
Obvious Ventures
Triatomic Capital
Factory
First Spark Ventures
Patrick Collison
CEO of Stripe
FEATURED IN
Fortune
TED
Nature
Science
Just AI
The New York Times
01
Introducing Omnii-1: a leap toward general biological intelligence
Introducing Omnii-1, a multimodal model for biology, with eight applications across genome regulation, biomolecule design, health, biosecurity and rare earth separation.
02
Radical Numerics creates first AI-generated phages to reach human patient with Omnii-1
We trained Omnii-1 to generate viable phages, prioritize variants, and predict phage-host interactions. In a world first, Omnii-1-designed phages were administered to a human patient.
03
Generative multiomic modeling with Omnii-1
Omnii-1 is a multimodal genome language model. It reconstructs held-out tracks, identifies the variants that change expression, splicing, and accessibility, and links enhancers to their target genes.
RESEARCH
FEATURED
Introducing Omnii-1: a leap toward general biological intelligence
Introducing Omnii-1, a multimodal model for biology, with eight applications across genome regulation, biomolecule design, health, biosecurity and rare earth separation.
Read articleRadical Numerics creates first AI-generated phages to reach human patient with Omnii-1
We trained Omnii-1 to generate viable phages, prioritize variants, and predict phage-host interactions. In a world first, Omnii-1-designed phages were administered to a human patient.
View detailsGenerative multiomic modeling with Omnii-1
Omnii-1 is a multimodal genome language model. It reconstructs held-out tracks, identifies the variants that change expression, splicing, and accessibility, and links enhancers to their target genes.
View details
JOIN US
Build AI's Next Frontier
Join us in advancing the foundations of AI, building toward General Biological Intelligence.