Galbot's Revolutionary Integration of NVIDIA Jetson Thor Sets New Robotics Standards

Galbot Revolutionizes Robotics with NVIDIA Jetson Thor

In a groundbreaking move for the robotics sector, Galbot, a prominent name in embodied intelligence, has officially integrated the NVIDIA Jetson AGX Thor into its G1 Premium robot. This step was prominently showcased at the World Robotics Conference (WRC), marking a significant advance in the capabilities of general-purpose robotics.

The integration of the Jetson Thor platform enables Galbot’s G1 Premium robot to achieve remarkable performance enhancements, including faster, smoother, and more intelligent autonomous capabilities. This leap in technology not only sets new standards for performance but also creates fresh opportunities for applications across various fields, including retail, healthcare, and logistics.

Galbot is positioned as one of the early adopters of this advanced technology within the industry. The integration of NVIDIA's powerful compute capabilities fosters stronger autonomy in robots, significantly impacting their deployment in commercial roles. The G1 Premium has already realized impressive improvements in operational speed, fluidity, and real-time reasoning skills. Specifically, it boasts 7.5 times the AI computing power compared to its predecessor, the NVIDIA Jetson Orin, and demonstrates an increased energy efficiency of 3.5 times. These advancements allow for complex planning and motion execution with unprecedented precision, establishing new benchmarks in embodied intelligence.

Professor Wang He, the founder and CTO of Galbot, highlights these achievements, stating, "Our G1 Premium, now operating on NVIDIA Jetson Thor, shows significant advancements in both speed and real-time reasoning, directly enhancing our proprietary VLA models and their real-world efficiency."

At the WRC, the G1 Premium earned distinction as the “swiftest humanoid worker,” showcasing its capabilities in high-pressure environments. Galbot is not merely resting on its laurels; it is forging ahead with collaborations that promise to extend the capabilities of its robotics innovations. Notably, the company has partnered with Tsinghua University and the Shanghai Qi Zhi Institute to develop the OpenWBT_Isaac platform, a specialized system designed for comprehensive teleoperation of humanoid robots. This platform leverages NVIDIA's L20/RTX 5880 Ada GPUs, combining virtual and real environments to enhance humanoid robotics development.

Central to Galbot's success is its innovative Sim2Real approach, which minimizes reliance on costly, real-world data collection. Instead, it employs extensive pre-training on high-quality synthetic datasets, refining these models with only a minimal amount of real-world interactions. This methodology not only cuts costs but also boosts the generalizability of robots across intricate environments.

Galbot's prowess was further affirmed through its participation in the World Humanoid Robot Games, where it secured first place in every competition round without the aid of teleoperation, thereby clinching the championship title. This victory is a testament to the capabilities of Galbot’s robots, which have begun operating autonomously in over 10 pharmacies throughout Beijing. The company has ambitious plans to expand to more than 100 locations nationwide by year-end.

Additionally, partnerships with industry leaders like the Bosch Group are paving the way for integrating Galbot's AI-powered platform into smart manufacturing processes, offering highly adaptable solutions that replace traditional robotic arms.

As Galbot continues to innovate and push the envelope in robotics technology, the integration of NVIDIA Jetson Thor in the G1 Premium robot is helping to define the future of autonomous beings in various sectors. With enhanced performance and unprecedented capabilities, Galbot stands at the forefront of the robotic revolution, setting the stage for what is possible in the world of robotics.