端到端具身大模型
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融资超3亿美元,估值超30亿美元!“北大系”人形机器人公司银河通用刷新具身智能单轮融资纪录
硬AI· 2025-12-19 14:02
"北大系"初创公司银河通用完成超3亿美元融资,创具身智能单轮纪录,投后估值约30亿美元。中国移动链长基金领投,产业资本与国际资金加码,凸显赛道热度。公司押注端到端 具身大模型,已在工业与商业场景落地并获千台级订单。完成股改后正筹备赴港IPO,最快或于明年初申报。 硬·AI 作者 | 张雅绮 编辑 | 硬 AI 银河通用宣布完成超3亿美元新一轮融资,这一金额刷新了具身智能领域的单轮融资纪录。 据19日公布的信息,本轮融资由中国移动链长基金领投,中金资本、中科院基金、苏创投、央视融媒体基金、天奇股份等产业资本与投资平台联合注资。此外, 交易还吸引了来自新加坡、中东的国际投资机构及老股东的加注。 融资完成后,银河通用的估值已达到30亿美元(约211.3亿人民币)。 这笔交易凸显了资本市场对具身智能赛道的持续押注。作为北京大学系的初创企业,银河通用在短短半年内估值翻了三倍。此前一轮融资后, 其外部估值约为10 亿美元。随着新资金的注入,其累计融资额已约达8亿美元。 公司表示,资金将主要用于核心技术的持续投入、加速各领域解决方案的规模化落地与迭代,以及 拓展全球合作网络。 此次融资正值中国人形机器人企业加速迈向资本市场 ...
银河通用机器人展示商超值守机器人 已获得100家门店订单
Zheng Quan Shi Bao Wang· 2025-07-27 13:58
Core Insights - The 2025 World Artificial Intelligence Conference and Global Governance High-Level Meeting on AI will be held in Shanghai from July 26 to July 28, showcasing advancements in AI technology [1] Group 1: Company Developments - Galaxy General Robotics has developed a 1:1 replica of a real supermarket scene at the conference, featuring the Galbot robot for continuous operation and demonstration [1] - The Galbot robot operates using an end-to-end embodied large model called GroceryVLA, which allows it to autonomously identify and grasp products in complex environments without the need for path planning [3] - The company has launched the world's first humanoid robot smart retail solution, enabling Galbot to perform inventory management, restocking, product delivery, and packaging, achieving efficient 24/7 operations [3] - Galaxy General Robotics has received orders from 100 stores and plans to implement its solution nationwide by the end of the year, with several stores in Beijing already operational [4] Group 2: Financial and Investment Aspects - Since its establishment in 2023, Galaxy General Robotics has completed three rounds of financing, raising over 2.4 billion yuan in total, with significant investments from companies like CATL and Puxuan Capital [4] - The company has formed a joint venture with Bosch Group's Boryan Capital to explore the commercialization of embodied intelligent robots in industrial manufacturing settings [5]