Pow.Bio provides intelligent fermentation services for industrial and synthetic biology. The company has built an AI platform that rapidly identified better-performing process conditions, increasing output 2–3x from existing infrastructure within just 100 days. The company's services combine continuous fermentation with advanced control methodology to quickly optimize the fermentation process and deliver high yields at low cost. The scale runs from 1-100 liter capacity for bacteria, yeast, and filamentous fungi. The first-of-its-kind fermentation technology solves the...
SirenOpt provides manufacturing intelligence solutions that accelerate research and development and enable cost-effective manufacturing of high-performance micro- and nano-materials, including lithium-ion batteries, membranes, semiconductors, flexible electronics, packaging materials, and many others. The company's real-time manufacturing intelligence platform, designed for cost-effective manufacturing of thin films, utilizes cold atmospheric plasma and physics-informed machine learning to collect critical manufacturing data and improve manufacturing quality and output....
Manufacturer of bio-derived hydrogen peroxide using synthetic biology intended to make photosynthesis better. The company engineers enzymes that are used instead of traditional chemical catalysts to remove organic solvents during the production of hydrogen peroxide, allowing the process to occur in any environment while reducing carbon emissions.
GigaCrop Founder and CEO Dr. Christopher Eiben earned his PhD in bioengineering at UC Berkeley, focusing on synthetic metabolism and protein engineering in the lab of UC Berkeley Professor Dr. Jay Keasling, a pioneer in...
Sift Biosciences supercharges existing cancer therapies by leveraging artificial intelligence and high-throughput cellular screening to discover and design immunotherapy boosters that significantly extend cancer patient survival. The company was co-founded by Yue Clare Lou (BS ’18 Microbial Biology; PhD ’23 Microbiology) and Maddie Williams (PhD student '23-present, Molecular & Cell Biology) to commercize technology developed during their doctoral research at UC Berkeley.
Ambi Robotics offers advanced robot grasping software for logistics and warehouse order fulfillment, allowing robots to grasp a wide variety of objects.
Ambi Robotics grew from the Dexterity Network (Dex-Net) project at UC Berkeley and is led by Dr. Jeff Mahler and Professor Ken Goldberg, experts in robot grasping with a combined 50+ years of experience.
