automated-synthesis
(3)
Insamo
Insamo is a Berkeley-based biotechnology company spun out of UC Berkeley that is building membrane-permeable, orally available macrocyclic peptides with antibody-like binding affinity. By pairing machine-learning-driven molecular design with ultra-high-throughput molecular biology and parallel synthetic chemistry, Insamo runs automated design-synthesize-test cycles that generate trillions of proprietary data points - aiming to turn today's injected biologics into pills and to hit drug targets long considered undruggable. The company launched publicly in February 2024 with a $12M seed round led by Playground Global, venBio, and Merck's MRL Ventures Fund.
Kimia Therapeutics
Kimia Therapeutics is a Berkeley-based biotech building ATLAS, a drug-discovery platform that pairs nanoliter-scale high-throughput precision chemistry with machine learning and genome editing to map the druggable space at single-atom resolution. Spun out of Carmot Therapeutics in 2023 and backed by $55M in Series A funding, Kimia is using its chemical atlas to advance therapeutic programs in cancer and immunology.
DeepCure
DeepCure is a Boston-based biotech that uses AI, physics-based simulation, and automated robotic chemistry to design novel small-molecule drugs for hard-to-treat immune and inflammatory diseases. Founded in 2018 by MIT Media Lab researchers, the company pairs deep learning with a proprietary chemical database of up to 10^18 synthesizable compounds and an in-house automated wet lab, aiming to turn AI-generated molecules into real, testable, first-in-class therapies.