Yushu Technology: The world’s first fully autonomous humanoid robot combat system driven by real-time world models
Unistar Technology announced today that it has successfully achieved real-time driving of a fully autonomous humanoid robot in combat for the first time worldwide. UnifoLM-X2-1.0 has broken through bottlenecks in instant planning, decision-making, and dynamic interaction execution based on large-scale action models, enabling high-dynamic, strong-interaction, real-time future prediction and planning. This has led to the realization of fully autonomous humanoid robot combat, verifying the basic feasibility of large-scale implementation of this approach. Previously, Unistar Technology demonstrated a combat performance that relied on preset programs or manual remote control at the China International Import Expo on November 5, 2025. The breakthrough here is that the robot no longer relies on preset programs or manual remote control; instead, it uses a world model to predict future states in real time and independently make decisions and perform dynamic interactions. The core concept of the “world model” is to enable intelligent agents to establish predictive representations of the physical world internally, and to deduce and plan for future states in an abstract space, rather than reconstructing the environment pixel by pixel. Industry representatives included Yann LeCun, Chief AI Scientist at Meta, who proposed the JEPA architecture series. Unistar emphasized UnifoLM-X2-…