宇树公布自进化路线并启动全球赛事
宇树创始人王兴兴表示,公司正在预研面向物理AI的“机器人自进化V1.0”大模型,以及适配自身硬件的小型模型,并规划由研究、编程、仿真、真机测试和反馈组成的自动迭代闭环。The Next Web称该系统为Unitree Rehearsal,目标是减少机器人工程中的人工操作,但36氪指出,这一框架仍处于预研阶段,尚未作为已落地的自进化模型得到验证。大会组织方还宣布启动世界物理AI大赛,设置八条赛道,年度奖金达数千万元。
此次公布超越了宇树的硬件演示,呈现了模型研发闭环和国际赛事布局,但相关能力目前仍主要是路线图与预研主张。
(本文作者为 Chelsea_Sun,钛媒体经授权发布)
NextFin News — Wang Xingxing is moving his timeline. In August, speaking the day after Unitree’s STAR Market debut, he placed a true “ChatGPT moment” for embodied machines somewhere between a few years and a decade—defined as a robot that could enter an unfamiliar home and finish most daily tasks on voice or text alone. In Hangzhou on October 22, at the World Physical AI Conference and Unitree partner summit, he struck a sharper note: physical AI already shows signs of being “broken through,” with a decisive step possible in one to two years, or two to three at the outside.
The bottleneck he named did not change. Models must align what they predict with what motors, fingers and imperfect sensors actually do in the real world. That alignment problem—inputs and outputs that drift by centimeters and milliseconds—still separates choreography from chores. What shifted was his reading of the curve. Frontier software labs, he said, have in some internal sense already reached model self-evolution: systems that write code, gather data and improve with only light human steering. The lag the public feels is diffusion, which he still put at five to ten years from lab breakthrough to everyday use.
#Unitree Robotics#Unitree Rehearsal#Unitree UnifoLM-WLA-1.0#World Physical AI Competition#GPT-6 Astra