We came from bioprocess labs, not software shops. The people who built Fermvyne have run the bioreactors, watched the DO drop, and written the incident reports that drove us to build this.
Fermentation scientist with 9 years of aerobic fed-batch process development for recombinant proteins and precision fermentation ingredients. Former process development lead at a cell-ag startup in RTP. Ph.D. in Chemical and Biomolecular Engineering, NC State University. Catalina leads company strategy, customer development, and the science roadmap.
Computational biologist specializing in genome-scale metabolic modeling and constraint-based analysis. Former postdoc in systems biology at Duke University. Built FBA models for industrial E. coli and yeast strains before turning that work into the Fermvyne prediction engine. Marcus leads the platform architecture and modeling methodology.
Bioprocess engineer with deep expertise in oxygen transfer, kLa measurement, and impeller system design for aerobic fermentation. 7 years at fermentation CDMOs managing scale-up campaigns from 5L to 20,000L. Jana leads the kLa correlation library and the commercial-scale module. She designed the validation dataset methodology.
Full-stack engineer with a background in scientific computing and bioinformatics tooling. Former engineer at an genomics SaaS company. Tyson leads the Fermvyne platform infrastructure: the data ingestion pipeline, simulation job orchestration, and integration layer that connects CSV uploads to the FBA engine and protocol export system.
We're a small team building a tool we genuinely needed. If you're a fermentation scientist, computational biologist, or engineer who cares about the alt-protein transition, we want to hear from you.