WHAT WE DO
Engineering the Future of Molecular Innovation
At Rare Molecule Foundry (RMF), we design molecules, proteins, enzymes, and peptides in-silico using cutting-edge AI models. Our proprietary technology accelerates the discovery and optimization of novel compounds for biopharma, research, and drug development—reducing time, cost, and uncertainty in the innovation pipeline.
Whether you’re developing next-generation therapeutics, advancing synthetic biology, or exploring novel biomaterials, RMF provides the computational power to model, refine, and validate molecular structures before they reach the lab.
From concept to candidate, we bring precision-driven design to molecular engineering—helping you build the future of science.
WHY US
Accelerating Discoveries
and Pushing the Boundaries of Science
01
AI-Powered Molecular Design
We leverage advanced AI-driven models to generate and refine novel molecules with unprecedented speed and accuracy—reducing trial-and-error experimentation.
02
Accelerated Drug Discovery & Biodesign
Our computational platform helps biopharma and research teams identify viable candidates faster, optimizing for stability, efficacy, and manufacturability before synthesis.
03
Precision-Driven Innovation
We design molecules tailored to specific functions, whether for therapeutics, enzymatic engineering, or synthetic biology applications—ensuring targeted, high-performance solutions.
04
Seamless Integration With R&D Pipelines
RMF’s computational approach complements traditional wet lab research, streamlining workflows and bridging the gap between theory and experimentation.
05
Speed. Efficiency. Impact.
By unlocking new frontiers in molecular engineering, RMF empowers teams to push the boundaries of science—faster, smarter, and with greater confidence.
APPROACH
How We Work
Let’s Build the Future of Molecular Innovation
Whether you’re a biotech startup, a pharmaceutical leader, or a research institution, Rare Molecule Foundry is your partner in AI-driven molecular design.
Ready to accelerate discovery and push the boundaries of science?
Let’s collaborate. Contact us today to explore how RMF can power your next breakthrough.
PROJECTS
Transformative Scientific Projects For a Better Tomorrow
Gap Junction Modulators
Utilizing generative AI, we’re designing molecules that can modulate gap junctions—crucial for intercellular communication. Applications include regenerative medicine, cardiac therapies, oncology, and aging.
Advanced Oncology Therapeutics
Pioneering cancer treatments, including protein binders targeting specific cancer-related proteins for inhibition, drug conjugates, and immune cell engagement.
Multifaceted Therapeutics For Neurodegenerative Diseases
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Industrial Enzymes For Biorecycling
Developing AI-powered enzyme design workflows to optimize and create enzymes for breaking down plastics, contributing to a sustainable biorecycling economy.
Enzymatic Solutions For Food Manufacturing
Enhancing enzymes in food production through AI-driven iterative design, improving catalytic activity and efficiency in food manufacturing processes.
Octopus Toxin Antidote
Designing AI-driven proteins to sequester tetrodotoxin, a potent neurotoxin found in blue-ringed octopus venom, aiming to develop an effective antidote.
Avian Flu Inhibitor
Developing a novel inhibitor to prevent avian influenza infection in host cells, designed for nasal spray delivery to reduce symptoms and transmission rates.
THE TEAM
Meet Our Great Minds
Chris Wilson
Co-Founder & CEO
Amelie Schreiber
Co-Founder & Head of Molecular Engineering
Stanley Bishop
Co-Founder & Chief Scientific Officer
FAQ
Your questions, answered
