On September 17, local time, the humanoid robot company Figure announced the official launch of Helix 2.5, the “most advanced” neural network model it has developed. In the previous experimental design process, the company used the human behavior data set Index to pre-train the three behaviors of Helix 2.5: tidy up the living room, fold towels, and arrange the bed, and placed the Figure 03 humanoid robot equipped with Helix 2.5 in an unfamiliar environment. The results showed that the robot was able to do housework autonomously with zero samples without any additional training. This means that embodied intelligence can move its understanding of the physical world from one link to another, just like humans, to adapt to dynamic changes in real time without having to build it from scratch every time.

On September 17, local time, the humanoid robot company Figure announced the official launch of Helix 2.5, the “most advanced” neural network model it has developed. In the previous experimental design process, the company used the human behavior data set Index to pre-train the three behaviors of Helix 2.5: tidy up the living room, fold towels, and arrange the bed, and placed the Figure 03 humanoid robot equipped with Helix 2.5 in an unfamiliar environment. The results showed that the robot was able to do housework autonomously with zero samples without any additional training. This means that embodied intelligence can move its understanding of the physical world from one link to another, just like humans, to adapt to dynamic changes in real time without having to build it from scratch every time.