AI与机器人盘前速递丨优必选Walker S2开启交付潮；深圳潮品店赛博店员“C位出道”

Market Review - The Huaxia AI ETF (589010) opened lower on November 12 and showed slight fluctuations, indicating a cautious short-term sentiment. Among the holdings, 7 stocks rose while 23 fell, with notable gains in stocks like Zhongke Xingtou and Cambrian, which recorded over 2% increases, while Hongsoft Technology faced significant declines [1] - The Robot ETF (562500) also exhibited a weak structure after a low opening, with prices remaining below the moving average. It briefly dipped to a daily low of 0.963 yuan before stabilizing, showing slight recovery near the close but failing to regain key moving averages. Out of 73 component stocks, only 8 rose while 65 fell, highlighting significant structural differentiation [1] - The trading volume for the Robot ETF remained active, exceeding 1.3 billion yuan for the day, indicating sufficient turnover and clear buy-sell dynamics at lower levels [1] Hot News - UBTECH has officially commenced mass production and delivery of the first batch of hundreds of full-size industrial humanoid robots, Walker S2, which will be gradually deployed in frontline applications. Since early 2025, the cumulative order value for the Walker series has surpassed 800 million yuan [2] - The world's first cyber staff officially began work at the JD Home store in Shenzhen on November 11, featuring robots that can autonomously perceive their environment and provide guided tours. The store is equipped with 5 robot staff members, with their dialogue continuously upgraded [2] - OpenAI announced the rollout of the GPT-5.1 series model, which will start being pushed to users this week [2] Institutional Viewpoints - CITIC Securities believes that industrial scenarios are more feasible for implementation compared to home settings due to the structured environment of factories and standardized tasks. B-end clients are motivated to apply humanoid robots as long as they can achieve cost reduction and efficiency improvement. Simple industrial processes, such as loading and tightening, are seen as breakthrough points for large-scale application [2]