Product Application
Machine Learning (ML) driven development of desirable food product applications for consumers.
The TechBio platform powering the global production of cultivated seafood
Product Application
Machine Learning (ML) driven development of desirable food product applications for consumers.
Manufacturing/Production
Production of cultivated/hybrid products based on UMAMI plug & play production architecture and automated process control.
Process Applications
ML-driven accelerated development of low-cost, massively scalable production process & tools for process QA.
Inputs Development
Novel inputs and components that reduce production cost & accelerate development.
Cell Line Development
Selection of relevant species & development of stable, production-ready MSC lines with rapid doubling & differentiation times.
Product Application
Machine Learning (ML) driven development of desirable food product applications for consumers.
Manufacturing/Production
Production of cultivated/hybrid products based on UMAMI plug & play production architecture and automated process control.
Process Applications
ML-driven accelerated development of low-cost, massively scalable production process & tools for process QA.
Inputs Development
Novel inputs and components that reduce production cost & accelerate development.
Cell Line Development
Selection of relevant species & development of stable, production-ready MSC lines with rapid doubling & differentiation times.
Tap each level to find out more
Machine Learning (ML) driven development of desirable food product applications for consumers.
Production of cultivated/hybrid products based on UMAMI plug & play production architecture and automated process control.
ML-driven accelerated development of low-cost, massively scalable production process & tools for process QA.
Novel inputs and components that reduce production cost & accelerate development.
Selection of relevant species & development of stable, production-ready MSC lines with rapid doubling & differentiation times.
ALKEMYSTTM is our Machine Learning toolkit that leverages computational biology, machine learning, and digital twin technology to accelerate the product development process.
ALKEMYSTTM will constantly analyze data, identify patterns, and optimize our R&D and scale-up parameters in areas including cell line selection, media development, and process controls. We can simulate and predict outcomes with digital twin technology, allowing us to reduce the amount of screening and scale-up experiments needed, which saves us time and resources.
The use of ALKEMYSTTM also allows us to transfer learnings from one species to the other, improving the efficiency at which we can develop new products.
Taste is a key success factor for consumer acceptance of cultivated foods. ALKEMYSTTM not only accelerates the scale-up process but also helps us create products which have “gold-standard” sensory profiles. By ingesting flavour, textural and nutritional parameters, we can model and engineer cultivated seafood products that are as good as, if not better than, traditional products.