Carbon-Negative Biomanufacturing that Drives Down Costs
We use photosynthetic microbes to convert light and CO2 into high-value enzymes. Through patented genetic modifications, we enable radically lower production costs compared to conventional precision fermentation.
Why Cyanobacteria?
Cyanobacteria are nature's original photosynthetic factories. These remarkable microorganisms have been converting sunlight and CO2 into complex molecules for over 3.5 billion years.
Unlike E. coli and yeast, which require expensive sugar feedstocks, cyanobacteria grow on sunlight and CO2 alone. This fundamental difference enables truly sustainable, cost-effective biomanufacturing.
Our proprietary strains have been engineered to redirect their photosynthetic power toward producing high-value recombinant proteins at scale.
Platform Advantages
Our technology combines the best of nature with advanced engineering to deliver unmatched production capabilities.
Photosynthetic Production
Our engineered cyanobacteria use CO2 and light as their primary energy source, eliminating the need for expensive sugar feedstocks that traditional fermentation requires.
Enhanced Protein Expression
Through precise manipulations to the cyanobacteria circadian clock, we have achieved 30-50x improvements in recombinant protein expression compared to wild-type strains.
Carbon Negative Process
Protein we produce captures and sequesters CO2, permitting our manufacturing process to actively fight climate change.
Scalable Supply Chains
Our platform's simple inputs permit scale-up without complex global supply chains.
Endless Applications
Our platform technology enables production of diverse protein products across multiple industries, all with the same carbon-negative benefits.
Enzymes
Industrial and specialty enzymes at scale
Food Proteins
Sustainable alternative proteins
Therapeutics
Biopharmaceutical production
Biomaterials
Next-gen sustainable materials
Cyanobacteria absorption spectrum visualization
Interested in Our Technology?
Let's explore how our platform can transform your biomanufacturing needs while reducing your carbon footprint.