LatestAzulene Labs raises $3.4 million to make chemistry as precise as engineeringView news

Built for Accuracy OnUnseen Chemistry

Azulene’s physics-AI foundation models deliver ultra-high-accuracy predictions of molecular properties, protein–ligand binding, and reaction energetics—so teams can focus wet-lab resources on the most promising candidates.

Property prediction, across (bio)chemistry

Our AI and physics methods support structure-based design by predicting molecular properties, binding affinities, and reaction energetics, with a focus on accuracy for unseen chemistry.

Foundational
General-purpose models

Protein-Protein Interactions

Small Molecule Design

Industrial Chemicals Design

Specialization
Custom-tuned for class

PROTAC

Cyclic Peptides & Macrocycles

Covalent Drugs

Industrial Enzyme Design

Advanced Capabilities
Specialized Modules

Non-Canonical Amino Acids

Protein Mutation Stability

Crystal Structure Prediction

Backed by

Entrada VenturesGround State Ventures

Trusted Partners

entrada
9Zero Climate Hub
Baker Labs
Stanford
Michigan State University
Lawrence Berkeley National Laboratory
Ground State Ventures
NERSC
Texas A&M University
Sandia National Laboratories
Carnegie Mellon University
NASA

Research Collaborators

King's College London
Michigan State University
University of California, Berkeley
Stanford University
NASA
Lawrence Berkeley National Laboratory
NERSC
University of Texas at Austin
Brown University
Virginia Tech
International Iberian Nanotechnology Laboratory (INL)
University of Jyväskylä
Columbia University
Ohio State University
Fermi National Accelerator Laboratory
Oak Ridge National Laboratory
Purdue University
University of Oxford
Sandia National Laboratories
Texas A&M University
Intel Corporation

Ready to Accelerate
Discovery?

Join pharmaceutical, biotech, and chemicals leaders leveraging physics-powered AI
to transform computational chemistry workflows.

Let's go
Contact Us
Azulene Labs

Info

  • Berkeley, CA & Reno, NV.
  • contact@azulenelabs.com

© Azulene Labs. All rights reserved.

Predictive. Precise. Physics-powered.