Every configuration runs the same sensing, edge-AI, and control stack — from a 2 L benchtop unit to 250 L pilot scale, mammalian and microbial.
Start. Select a vessel and load a recipe — a full run is set up from a single screen.
Recipes. Pick a validated protocol or compose a custom sequence, step by step.
Monitoring. Temperature, pH, and pO₂ read live from inside the vessel.
Borosilicate glass. Mammalian and microbial.
Borosilicate glass. Mammalian and microbial.
Stainless steel. Mammalian and microbial.
The n!Biomachines platform is not an add-on to AUXO V. Its layers are engineered into the hardware architecture.
Electrochemical sensing elements sit in the process and read the metabolic state of the culture as it happens.
n!Biomachines Sensors →Dedicated edge-compute slot, pre-wired. One AI Process Unit per reactor runs continuous inference against the sensor stream, locally.
AI Process Unit →Closed-loop process control within operator-defined bounds. The AI Control Platform manages the reactor and, at fleet level, every reactor alongside it.
AI Control Platform →AUXO V supports mammalian and microbial culture across the full working-volume range, from early process development at the bench to pilot-scale characterization and scale-up.
Vessel material (benchtop)Borosilicate glassVessel material (pilot)Stainless steelWorking-volume range2 L – 250 L across the familyCulture capabilityMammalian and microbialSensor integrationNative in-line biosensor array at the vessel wallEdge computeDedicated pre-wired AIPU slot, one unit per reactorData interfacesPre-wired for platform integrationManufacturingBurlington, Ontario, Canada
