SPORALYS (FORMERLY KOJI)
Ingredients that unlock hidden efficiency.
FOOD. RE-ENGINEERED BY BIOLOGY.
We are entering a new era of biological acceleration in food production.
Sporalys designs AI-guided solid-state fermentation systems that enhance flavour, reduce time, and scale naturally.
BIOLOGICAL TRANSFORMATION STILL RUNS ON TIME
ACROSS HIGH-IMPACT FOOD CATEGORIES, OUR PLATFORM DELIVERS MEASURABLE GAINS
COFFEE
10x
GREATER FLAVOUR COMPLEXITY
We make it run on intelligence.
Food production relies on slow biological processes: aging, maturation, & flavour development.
Manufacturers compensate with additives, artificial accelerants, or extended timelines.
Sporalys compresses biological transformation
without synthetic shortcuts.
No substitution.
No artificial compensation.
Just engineered fermentation at industrial scale.
One Platform. Multiple Applications.
MEATS
90%
FASTER BIOLOGICAL AGING
CHEESE
2x
AROMA DEVELOPMENT
OUR TECHNOLOGY
ENGINEERING
Intelligent Strain Design
AI-guided strain–substrate matchmaking
to identify optimal biological interactions.
SCALE
Solid-State Fermentation Systems
Controlled, modular SSF units
optimized for industrial performance.
PERFORMANCE
Enzymatic & Metabolomic Profiling
High-throughput characterization
to quantify flavour, activity and performance gains.
The Sporalys Platform
A modular fermentation system designed to accelerate biological transformation at industrial scale.
Sporalys combines solid-state fermentation, AI-guided strain selection and enzymatic characterization into a single, scalable platform.
Instead of adapting food to industrial constraints,
we redesign biological transformation itself.
OUR PRODUCTSBuilt for Industrial Food Systems
Optimized koji-based ingredients engineered for measurable performance.
SPORALYS BREW
Upgrade coffee flavour complexity and premium positioning through controlled biological acceleration.
SPORALYS CURE
Reduce charcuterie aging time while enhancing depth and umami intensity.
SPORALYS RIPEN
Optimize cheese ripening dynamics with presicion-driven fermentation.