Batch 1 / Detect
Oxygen starts to fall.
Dissolved oxygen drops during the batch. The current model no longer explains what the sensors observe.
European-made. Help advance European tech sovereignty.
Research in progress · Europe
Currently developing and testing the
foundations on synthetic processes.
We’re building fully autonomous AI that can respond to faults it has never encountered, learn from every batch, and adapt to the process it operates. Our goal: a plug-and-play system that brings this intelligence to any industry—without rebuilding it for every factory.
A research-led system, not a standalone or fine-tuned LLM. Physical models, machine learning, planning and memory work together—with LLMs as one component.
Learning across bioreactor batches
Concept illustration · not experimental results
Dissolved oxygen over time · shared scale
Dashed line = reference · schematic only
Batch 1 / Detect
Dissolved oxygen drops during the batch. The current model no longer explains what the sensors observe.
Batch 1 / Adapt
In this example, increase aeration and reduce nutrient feed to help dissolved oxygen recover.
Batch 2 / Apply learning
Use checked knowledge from the previous batch to inform an earlier response. The goal: steadier oxygen.
02 / The research
We’re exploring how AI can help manufacturing processes understand change and learn from experience. We test ideas in synthetic processes, asking what works and where the limits remain.
Explore the research03 / Building Evadapt
A public view of our questions, ambition and next steps.
Explore ideas in synthetic processes.
Understand what works and what needs to improve.
Find a bounded problem with measurable value.
A broad direction for the work, not a report of completed milestones.
Follow the journey04 / Build with us
We’re looking for co-founders, manufacturing partners and people building Europe’s AI infrastructure.
Build with usEU-first technology / Customer-data privacy