All-in-One Discovery Platform
Powered by physics-informed machine learning models, molecular design is faster and easier than ever before. We deliver results multiple orders of magnitude faster than conventional methods — backed by DFT and lab experiments.
Energy Storage
Design and develop redox-active molecules with target thermodynamic properties for next-generation battery and energy storage devices.
Drug Discovery
Accelerate early-stage candidate development by accurately predicting molecular properties at ultra-high speeds.
Targeted Molecular Separation
Screen and generate ligand candidates optimized for selective binding to target molecules and ions, maximizing purity and efficiency across complex chemical separation workflows.
Materials Design
Evaluate thermodynamic behavior and stability of novel material candidates to guide synthesis decisions earlier in the design process.
Explore chemical space with ease and speed
Project EQUUS is our ultrafast workflow for virtually screening the thermochemical properties of organic molecules, powered by ALOE.
U.S. Provisional Application No. 63/925,603
See Project EQUUS in action
Explore our screening of more than 500,000 redox-active molecules.
Learn about Project EQUUSThe ALOE pipeline
ALOE is the open-source software developed through Project EQUUS. Starting from molecular structures, it handles stereoisomer enumeration, conformer generation, geometry optimization, ranking, and thermochemical calculations across local computers and HPC systems.
Get ALOE on GitHubThe people behind Cavall
Ethan TranSoftware Development Engineer
Gabe FaloIP & Commercial Strategy
Andy DamSoftware Development Engineer
Vishesh KonduruSoftware Development Engineer & Multimedia Designer
Ilia Guillemin LaborneMarketing Lead
Pranav TatavartiML Engineer
Michael LiangML Engineer



