remote laboratory robots.

Deployable robot arms for research labs: built on a foundation of active learning and physical cognition.

Access your lab and perform experiments on-the-go. Perform safer lab experiments without human risk. Collaborate with peer labs remotely.

Access your lab remotely.

Professors and students can conduct real-time, hands-on experiments from anywhere in the world.

This minimizes travel costs, increases collaboration, and ensures continuity during disruptions, all with built-in safety and supervision protocols.

Automate tedious experimentation.

Free researchers from repetitive, low-value tasks.

Our AI-powered robots adaptively execute experimental variations, like sample prep or measurements, using sensor fusion and foundational ML models, accelerating throughput and enabling smarter discovery.

Remove human risk.

Minimize contamination, injury, and lab access issues.

Our system decouples human presence from hazardous or sensitive tasks, while preserving full experimental control and reproducibility. Minimize human error and provide a training interface for undergraduates and new grad students, without putting them at risk.

OUR VISION. OUR MISSION.

We are dedicated to creating the next generation of robust and versatile all-purpose general intelligence robots. Robots that can plan, think, act, and actively learn from their environment, especially those that have not yet been explicitly trained. By grounding robots on physical observations rather than human-produced data, we give rise to robots that have the ability to challenge human thought and discover new thoughts, ideas, and theories.

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Understanding neuromorphic robotics

Neuromorphic robots use foundational models that closely mimic brain architectures.
Not just general "neural networks," but complete soma-dendrite-synapse foundations, and brain subarchitectures.

What is neuromorphic robotics?

Neuromorphic robotics mimics the human brain to enable machines to process data swiftly and adapt to changes, enhancing efficiency and flexibility.

How do your robots learn new tasks?

Our robots new foundational neural networks to learn, adapting through experiences to refine their capabilities and precision.

Can your robots work with my current lab?

Absolutely! Our robots are made to fit in with any lab and are programmable with specific and ambiguous instructions, using specific end-effectors that can be customized.

Who benefits from this technology?

Institutions, R&D offices, independent laboratories, manufacturers, hobbyists. Can be generalized for remote robot control on the consumer-level.