On June 6-7, 2025, the Beijing Zhiyuan Conference witnessed a groundbreaking event as the Galaxy Universal Robot unveiled its latest innovation, the GroceryVLA, a large-scale embodied model designed to revolutionize the retail industry. The global live broadcast showcased this technological marvel, garnering the attention of academic experts, industry professionals, and media outlets alike.
The highlight of the opening ceremony was the demonstration of the autonomous capabilities of the Galbot G1, under the direction of Dr. Wang He. In a real-world supermarket setting, the Galbot showcased its ability to identify and grasp items autonomously, without the need for remote control, thanks to the support of the GroceryVLA model. This new technology stands out as it operates entirely through voice commands, a departure from systems that require on-site data collection.
GroceryVLA's prowess lies in its five core competencies: strong adaptability, high generality, cross-scenario generalization, autonomous decision-making, and strong anti-interference capabilities. These features enable GroceryVLA to operate efficiently in diverse retail environments, accurately identifying and grasping various products, regardless of their packaging—whether soft, hard, or transparent.
In addition to GroceryVLA, Galaxy Universal also launched the OpenWBT system, the world's first fully open-source, cross-model humanoid robot full-body remote operation system. OpenWBT simplifies the deployment process, allowing users to set up the system quickly with just a pair of VR glasses and a regular computer. This technology lowers the barrier to entry for robotics technology and encourages the application of humanoid robots in a broader range of fields.
The Zhiyuan Conference not only displayed technological innovation but also the immense potential of robots in practical applications. As the retail industry's demand for automation and intelligence continues to grow, the introduction of GroceryVLA and OpenWBT provides a new impetus for industry development.