Kepler leverages NVIDIA physical AI to close industrial loop
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Shanghai Kepler Robotics announced its industrial deployment pipeline based on NVIDIA's physical AI technology stack: using Isaac Lab for simulation training, GR00T and Cosmos for model training and deployment, then validating in real industrial scenarios such as workshop assembly and CNC machine loading/unloading, forming a closed loop from simulation to real machines. Kepler said the company achieves continuous Sim2Real iteration through a cycle of "simulation training → real-machine deployment → discrepancy analysis → parameter feedback → model correction → retraining," and introduces the real dynamic parameters of its self-developed planetary roller screws, actuators, joint modules and robot bodies into simulation. Kepler also said it has jointly developed an embodied intelligence foundation model for long-horizon tasks with the team from Zhejiang University's College of Artificial Intelligence. The above industrial scenario validation and model R&D progress all come from the company's own statements.
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- 开普勒人形机器人 · 微信公众号Shanghai Kepler uses NVIDIA physical AI to close the loop from simulation to industrial sites
Shanghai Kepler has built a closed loop from simulation training to real-machine validation for industrial humanoid robots based on NVIDIA Isaac Lab, Isaac GR00T, and Cosmos. The company develops its own planetary roller screws, linear and rotary actuators, joint modules, and robot bodies, introduces real dynamics parameters into Isaac Lab for Sim2Real iteration, and validates them in scenarios such as workshop assembly and CNC machine loading and unloading. Kepler is also working with a team from Zhejiang University's College of Artificial Intelligence to develop an embodied intelligence foundation model for long-horizon tasks.
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