scalable
unlock
bio-production
Current practices
Volatile environments with unscalable energy-intensive control systems
collect sample
go to
fermentor
carry out tasks
log data
analyze data
decision making
Intensive lab-based sampling, energy-intensive control systems, and unknown variables. High-yield variability and inconsistent production.
precision-fermentation intelligence
with exocule
Yield Scalable with intelligent operated control systems
automated-sampling
tasks carried out
Data logged, analyze &
optimized
granular biological and environmental data in real-time. Removal of many lab-based processes. automated optimization via process control and continuous improvement through machine learning
Every biofermentor optimized
OUR TECHNOLOGY
Vision & Intelligence for Every Bio-fermentor
Every Bio-fermentor
economic production at your fingertips
01
Closed-Beta programme (2023) | CLOSED
CLOSED
PROJECT: Singapore/US Partnership
FOCUS: Optimizing precision-fermentation food ingredients production using AI
OPTIMIZING TARGET PROTEIN YIELD IN YEAST SYSTEMS
02
Closed-Beta programme (2024) | OPEN
FULL
PROJECT: US/Europe
FOCUS: Precision fermentation optimization and control system integration. Reducing and optimizing energy use with an intelligence approach
REMOVING DEPENDENCES ON ENERGY EXPECTIVE CONTROL SYSTEMS, FOCUSING ON OPTIMIZING ENERGY USE AND TARGET INTERVENTION IN REAL-TIME
“The potential is for civilization-scale flourishing, a world of abundance not scarcity, supporting a growing global population without destroying the planet.”
Drew Endy,
Stanford University
