Eliminating daily face-to-face interactions with our friends, colleagues and colleagues during the COVID-19 pandemic has placed significant limitations on our well-being and productivity. However, this collective experience, however brutal, has led to a plethora of brand new ideas and incredible innovations. For example, what if you could accurately control the movements of a powerful robot in real time from hundreds or thousands of kilometers away?

The applications of this idea are exciting. Imagine a fleet of rescue robots providing life-saving assistance in a disaster area too dangerous for human responders. Or an expert with rare skills who provides instant specialized services anywhere in the world. A digital twin comes to life through hardware.

This futuristic vision is why the XPRIZE Foundation, which is committed to inspiring breakthroughs in the sector, is funding a €10 million prize for robot avatars. One of the semi-finalists is TOCABI (Torque Controlled Compliant Biped), a full-size humanoid avatar developed by the Dynamic Robotics Systems Lab (DYROS). DYROS is a research laboratory in South Korea led by Professor Jaeheung Park. DYROS worked with an industrial design team from the New Jersey Institute of Technology (NJIT). Both teams used Autodesk Fusion 360 to collaborate on this fascinating project.

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