Real-world experiments for intelligent machines

We give robotics teams the lab and operational support to turn research questions into physical experiments.

Backed by
Member of

The physical side of AI

Progress in robotics depends on what happens outside the model

Understanding how a robot moves an object, recovers from a mistake, and works in changing conditions takes time with real hardware. Coop brings the equipment, physical setup, and day-to-day lab operations together, so your team can focus on the research.

Experiments at Coop

A closer look at what your robots can do

Start with the question your team needs to answer. We’ll shape the experiment around it.

Choose an experiment type
Two robot arms performing matched block-sorting trials at adjacent workstations

Understand how your policy behaves on a real robot

Compare versions across the same tasks, objects, and starting conditions. Build a clearer picture of what improved, what regressed, and what to investigate next.

What we vary
Policy version, task, or operating condition
What you review
Trial recordings, outcomes, and failure cases

Working with the lab

An extension of your research team

From an initial question to a set of runs you can learn from, we manage the physical work at every stage.

01

Define the experiment

We work with you to choose the task, hardware, conditions, and success criteria. The scope and outputs are agreed before the first trial.

02

Run the physical work

Our team handles the setup, execution, and resets. We keep track of the conditions and capture the behavior that matters to your question.

03

Review and iterate

Review the recordings, results, and failure cases with your team. Use the evidence to decide what to change and what to test next.

From the Coop team

Research & insights

Perspectives on robotics, experimental practice, and the work of building a physical lab.

Visit the journal
First articles coming soon