tattva.bio is building a solid-state photosynthetic biomanufacturing platform that programs biological cells to produce high-performance industrial materials using abundant inputs and ambient conditions. The company aims to replace extractive, energy-intensive manufacturing processes with biology-driven production that can decarbonize material supply chains. Its platform is designed as a general-purpose manufacturing system, with pilots and prototypes already underway to demonstrate the technology's real-world application.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial materials are currently produced through extractive, energy-intensive processes that generate significant carbon emissions and deplete natural resources. This conventional manufacturing approach is not sustainable enough to meet future performance or environmental demands, creating an urgent need for alternative production methods.
Solution
tattva.bio is developing a solid-state photosynthetic biomanufacturing platform that directs biological cells to grow complex, high-performance structures under ambient conditions using abundant inputs. The platform programs living systems to produce industrial materials, replacing traditional energy-intensive manufacturing with biology-driven growth. This general-purpose manufacturing approach aims to solve critical production problems and unlock new capabilities that are unattainable through conventional methods. The company is actively running pilots and prototypes to validate the technology and bring it toward commercial deployment.
Target Audience
Primary customers are industrial manufacturers and material producers seeking sustainable, low-carbon alternatives to conventional, energy-intensive production methods.
Features
- Solid-state photosynthetic biomanufacturing platform that leverages biological growth for material production
- General-purpose manufacturing system designed to produce a wide range of industrial materials
- Programming of biological cells to create high-performance structures under ambient, low-energy conditions
- Pilots and prototypes in development to demonstrate real-world feasibility and scalability
- Focus on decarbonizing industrial material supply chains through biology-driven processes