This startup develops an intelligent fermentation technology platform that uses mathematical models and artificial intelligence to optimize biomanufacturing processes. Their platform integrates biological and fluid information to accelerate the scaling of bioproduction from laboratory to mass production, reducing costs and improving efficiency.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional biomanufacturing processes often face challenges in scaling up from laboratory to mass production, resulting in increased costs and reduced efficiency. Optimizing media composition and ensuring production stability during fermentation are also difficult, often relying on expert experience and lengthy trial-and-error processes.
Solution
AIxBIO offers a fermentation intelligent platform (FIP) that leverages mathematical models, computational fluid dynamics, and artificial intelligence to optimize biomanufacturing processes. The platform integrates biological and fluid information to accelerate the scaling of bioproduction, improving efficiency and reducing costs. By performing simulations prior to lab verification, the platform enables efficient lab trials, saving time and resources. The FIP also fits real-time monitored data to established digital models during production to simulate and predict microbe growth, allowing for immediate measures to improve fermentation stability.
Target Audience
The primary customers are companies in the food, materials, and medical sectors looking to improve mass production from lab to commercial scale, as well as biotechnology companies, and alternative protein companies.
Features
- Flux balance analysis (FBA) for media composition optimization, boosting production efficiency
- Computational fluid dynamics models for efficient scaling process
- Massive simulations prior to lab verification, enabling efficient lab trials
- Real-time data integration with digital models to predict microbe growth and improve fermentation stability