Reactor, control stack, and record — one system. Strain-agnostic hardware, model-driven set-points, a reproducible artifact at the end of every run.
Modular vessel, modular instrumentation. pH, DO, temperature, feed, stir — every channel sensed, every channel actuated.
Designed for a 200 ms loop. Process models will hold set-points to tolerances a human cannot. No gain-tuning per batch — the stack learns from every run.
Every sensor read, every correction, every harvest will be hashed and signed. Replay any run. Diff two batches. Export for audit — built for the regulated environments biology requires.
At the core of our platform is a micro-reactor testbed — a high-throughput experimental system that allows us to run hundreds of parallel biological experiments under controlled conditions.
Instead of optimizing a process over months, we compress that learning into days.
Recipe loaded. Vessel sealed. Sensors calibrated against traceable standards.
Closed loop designed to hold set-points. Feed profile executes on schedule. Drift caught and corrected before it accumulates.
Window detected by model, not clock. Product transferred. Vessel readied for CIP.
Batch artifact signed, chained to prior runs, exported. Reproducible, diffable, auditable.