BIOS
BIOS aims to replace fossil fuel-based manufacturing with microbial-based processes. It combines biotechnology, information technology, AI, and automation around a bio-intelligent DBTL cycle to design, build, test, and learn, supported by digital twin models and translational and cellular modeling. The project uses advanced molecular tools, automated electroporation processes, and rapid in-vitro prototyping to accelerate development. It is a collaborative initiative between academia and industry with a focus on responsible, scalable, and environmentally friendly manufacturing.
BIOS
BIOS aims to replace fossil fuel-based manufacturing with microbial-based processes. It combines biotechnology, information technology, AI, and automation around a bio-intelligent DBTL cycle to design, build, test, and learn, supported by digital twin models and translational and cellular modeling. The project uses advanced molecular tools, automated electroporation processes, and rapid in-vitro prototyping to accelerate development. It is a collaborative initiative between academia and industry with a focus on responsible, scalable, and environmentally friendly manufacturing.