Tommoro Robotics

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Tommoro Robotics is pioneering the next generation of intelligent robotics through Physical AI Agent. Spun out from Seoul National University’s Biointelligence Lab, our team of AI and robotics experts is building a unified Robot Foundation Model (RFM) that allows humanoid robots to understand language, perceive the world, and act autonomously — all through one brain.

Vision & Mission

We envision a world where fully self-working (FSW) humanoid Physical AI agents operate as a scalable and reliable workforce in the real world.

In this world, Physical AI continuously learns from real work, adapts to changing environments, and improves through real-world experience. Work itself becomes data, and data becomes the foundation for learning, validation, and trust. By transforming Physical AI into verified, deployable labor, we redefine how work is created, delivered, and scaled. Our vision is to make humanoid workforce a foundational infrastructure of the global economy.

Our mission is to deliver Workforce-as-a-Service by building a Humanoid Workforce Foundry that produces deployable humanoid labor at scale. By owning the full loop from work to data to deployment, we ensure that Physical AI delivers reliable labor where it matters most.

HABILIS

RFM is a large-scale model that enables robots to autonomously learn and perform diverse tasks. At Tommoro Robotics, we are building a globally leading RFM — named HABILIS — equipped with cross-embodiment capability, high-level reasoning, precise control, and self-refinement for continuous improvement.

HABILIS BRAIN

A System-2 VLA model that reasons over vision and instructions to guide System-1 execution, enabling multi-step reasoning and human-like, object-centric perception.

HABILIS HAND

HABILIS Hand is delivered together with a physical AI software platform that supports complex, high-degree-of-freedom robotic hands with 20 or more DoF, enabling precise, coordinated, and intelligent manipulation.

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HABILIS CONSOLE

An end-to-end MLOps pipeline for robot control, data collection, augmentation, training, inference, and visualization — all in a user-friendly interface.