Group 1 - The core viewpoint of the article is that the humanoid robot developer "Accelerated Evolution" has successfully completed a Series A financing round, led by Shenzhen Capital Group, with funds aimed at product iteration and large-scale production delivery [1][3]. - Accelerated Evolution, founded in 2023, focuses on developing humanoid robots, operating systems, and development tools to promote embodied intelligence and productivity transformation [1][3]. - The CEO, Cheng Hao, has a strong background in robotics research from Tsinghua University and experience in managing large-scale product development teams at ByteDance [1][3]. Group 2 - The company is concentrating on bipedal humanoid robots and has implemented high-frequency practical tests, including participation in soccer matches to enhance technical capabilities [3]. - In March, the Tsinghua Fire God team, supported by Accelerated Evolution, won the RoboCup German Open with a decisive score of 9:0, showcasing the strong practical abilities of the T1 robot [3]. - Accelerated Evolution has delivered hundreds of humanoid robots to clients across multiple countries, including China, the USA, UAE, Germany, Switzerland, Portugal, Russia, Japan, South Korea, and India [3]. Group 3 - The company has previously completed three financing rounds, receiving support from various investment institutions, including Inno Angel Fund and Source Code Capital [3].

Conference Overview - The 2025 China Robot Intelligence Conference will be held from June 13 to 15, 2025, in Haidian District, Beijing, focusing on "Technology Leading New Quality Productivity" [2] - The conference is organized by the Robotics Intelligence Professional Committee of the Chinese Automation Society, with participation from several prestigious institutions [2] - Expected attendance is over 200 people, including more than 60 national-level talents, featuring over 20 high-level reports [2] Conference Schedule - Keynote speeches will be delivered by prominent academicians, including Qian Feng and Wang Yaonan, on June 14 [6] - Parallel forums will cover various topics such as Control, Cognition, Bionic Robot Systems, Decision Making, and AI for Science, with multiple expert speakers [6][7] Registration and Sponsorship - Registration can be completed online, with a deadline for hotel reservations set for June 5, 2025 [9][13] - Sponsorship opportunities are available at four levels: Diamond (100,000), Platinum (50,000), Gold (30,000), and Silver (10,000) [17] - Different sponsorship levels offer various benefits, including free registrations, exhibition space, and promotional opportunities [21][18] Industry Participation - The conference will feature participation from various sectors, including industrial robots, service robots, medical robots, humanoid robots, and embodied intelligence companies [23][24] - Notable companies in the industrial robot sector include Estun Automation and Efort Robotics, while medical robot companies include Yuanhua Intelligent and Tianzhihang [23][24]

Group 1: Robotics Competitions and Innovations - The RoBoLeague World Robot Football League will officially kick off on June 28 in Beijing, showcasing AI strategies in autonomous robot competitions, highlighting the integration of AI and robotics technology [1] - Zhongke Wireless Semiconductor Co., Ltd. has launched its GaN HEMT-based ASIC driver chips for robotic joints, enhancing response speed, precision, and reliability while reducing manufacturing costs, thus promoting the rapid development of the domestic robotics industry [5] - ZhiYuan Robotics and PepsiCo China have unveiled the humanoid robot "Pepsi Blue Treasure," marking a new era of brand intelligence and commercial application of humanoid robots [8] Group 2: IPO and Market Developments - Hikvision Robotics' IPO process has been suspended due to the expiration of financial documents submitted, facing multiple challenges including regulatory inquiries and issues related to transaction independence and data authenticity [3] - Honor has officially entered the robotics field, showcasing its first robot capable of running at 4m/s, breaking industry records and marking a significant step in its transition from a smartphone manufacturer to an AI terminal ecosystem company [12]

2025 年 3 月，北京朝阳区居民刘女士体验了一次特殊的家政服务： 58 到家的保洁员仅携带一台手提箱大 小的设备，两小时完成全屋外窗清洁，费用比传统人工降低 30% 。 " 以前师傅要绑安全绳探出窗外，现在机器人吸在玻璃上自动干活，看着就安心。 " 她告诉记者。 北京 海淀某小区 的 居民楼内 ， 王女士刚安装好的 一台方形设备正 紧贴玻璃窗 沿着 Z 字形轨迹匀速移 动。下方街道的行人不会注意到，这个不足 A3 纸大小的机器 人，正完成清洁作业。 而在上海市中心的一处公寓里，家政员张阿姨轻点手机，窗宝 W2 PRO 自动识别落地窗边界， 14 厘米 / 秒的移动速度下，水渍与灰尘迅速消失。 请家政阿姨带机器人上门，正在北上广流行 。 " 近期，我们根据家政服务行业的特点定制了一批智能擦窗机器人。它们体积较小，方便家政服务人员随身携 带，并能在提高擦窗服务清洁效率的同时，为客户节约 30% 的费用。 " 家政服务平台 58 到家相关负责人 介绍 。 " 人工擦一扇 2 米高的窗户要 3 0 分钟，机器人只要 15 分钟，费用省 30% 。 阿姨也能接更多的单了。 " 58 到家华北区负责人向记者展示数据： ...

随着全球智能家居需求激增，智能割草机器人市场正迎来爆发式增长。 据 Fortune Business Insights数据，该市场规模预计将从2020年的12.9亿美元跃升至2028年的40.4亿美 元，年复合增长率高达15.5%。然而， 在市场快速发展的背后，割草机器人制造商正面临着多重技术瓶颈。 具体而言， 智能割草机 RTK方案 主要存在 以下 三大痛点： 1，性能要业内一流。 割草机场景相比农机导航、植保无人机、表演无人机等动态 RTK场景有很大的差异： 庭院环境不可控（楼宇、树木、电磁干扰）；用户使用方式不可控（基站、充电站选址，地图绘制及路径规 划）。这使得RTK技术要面对的场景更苛刻更具挑战性。 既要 稳定可靠， 又要 连续可信， 还要 更高的环 境适应性。因此全星全频、抗遮挡、抗干扰等指标都期望达到业内一流水平。 2， 成本 极为敏感。 因智能割草机属于消费类产品， C端用户对价格极为敏感。因此快速降本也成了各个厂 家的重要目标。但降本的主旋律不应只是单方面要求供应商降价，而更应该是联合供应商通过技术创新系统性 降本。 3， 用户体验要极致。 好的设计需要转化为用户语言才更有价值。因此， RT ...

这使得 人形机器人必然会成为未来工厂进入 5.0 时代的焦点。 ▍ 中国为何成为焦点 外媒认为， 目前， 全球 人形机器人面临两大挑战。 一是市场竞争异常激烈 ，竞争的焦点是如何将最好、最 快、最智能、最强大、适应性最强的人形机器人推向市场。 二是产业链集中度较高 。 研究公司 STIQ 在最 近的一份报告中指出，几乎 60% 的人形机器人资金都是在亚洲筹集的，其余大部分资金都来自美国。 例如 STIQ 的创始人托马斯 · 安德森追踪了 49 家开发人形机器人的公司 ， 超过 100 家 具身智能企业， 他认为 中国企业很可能 在未来 占据市场主导地位。 他 表示， 中国的机器人供应链和整个生态系统非常庞 大，迭代开发和研发非常容易。中国企业还享有来自 国家和地方政府的额外支持。 类似 上海 的国家地方共 建人形机器人创新中心所打造的 机器人训练机构，数十个人形机器人 能快速 学习完成任务 ，这为中国人形 机器人行业提供了大量的共有数据。 而反观欧洲的人形机器人企业，例如 Kinisi 等， KR1 机器人虽然是在英国设计和开发的，但都将在亚洲制 造，因为企业的电机、电池、电阻器等大多数 零部件必须从中国购买 ...

水生蛇类凭借修长的体型与独特的波动式运动方式，完美适应水下环境。其身体能够灵活穿梭于狭窄通道、蜿 蜒绕过复杂障碍物， 探索大型海洋生物难以到达的受限空间 。此外，这类生物柔软灵活的躯体不仅赋予其平 滑流畅的游动能力，还能有效减少对周围水流的扰动，降低对水下生态系统的潜在影响。蛇形水下机器人可分 为刚性与软体两大类，其中软体水下蛇形机器人因其高仿生特性、与环境安全交互能力，具备在复杂水下空间 作业的独特优势。 近日，上海大学机电工程与自动化学院史航副教授团队在水下软体机器人领域实现关键突破：该团队研发的 "白龙"仿生蛇形机器人首次融合 分布式形态感知传感器阵列与基于在线迭代学习的自适应步态控制框架 ，成 功赋予软体机器人 自体感知能力与长时间步态一致性调控能力 。实验表明，该系统在自然水域中完成了稳 定、高一致性、自主长距离游动任务，整体运动表现已可媲美传统刚性水下机器人。 ▍ 水蛇仿生机制与结构设计原理解密 "白龙"蛇形机器人的波动推进由一系列关节的有序弯曲变形驱动，自头部向尾部依次形成连续的波状传播。研 究团队基于 分段常曲率（ PCC）假设 ，将每节关节建模为圆弧，并通过控制中心角（即弯曲角）精准调节其 ...

机器人与人类协作最为关键的问题在于如何突破物理约束，提升机器人系统的稳定性和安全性。近日苏黎世联邦理工 学院机器人系统实验室提出了一套CMDP全新框架，该框架通过约束强化学习在减少约束违反、提升系统鲁棒性方面 的明显优势，能够有效提升足式机器人在复杂环境中的运动性能。 | | Reward | Violations per episode | | --- | --- | --- | | PPO (unconstrained) | 24.96 (± 0.67) | 533.44 (± 108.94) | | P30 | 24.13 (± 1.55) | 0.96 (± 1.35) | | N-P30 | 24.13 (± 1.14) | 0.49 (± 0.88) | | PPO-Lagrangian | 23.68 (± 1.87) | 0.99 (± 1.31) | | N-IPO | 24.67 (± 0.84) | 1.33 (± 1.69) | | CRPO | 22.28 (± 1.70) | 0.96 (± 1.22) | | FOCOPS | 22.65 (± 3.02) | 15.82 (+ ...

1、"世界机器人嘉年华"在湖北武汉举行 近日，"世界机器人嘉年华"活动于湖北武汉花博汇景区盛大开展。此次活动亮点纷呈，以近百台机器人作 为表演核心元素。活动现场，机器人乐队奏响科技乐章，机器宠物带来新奇体验，化妆机器人更是展现独 特创意，各类机器人轮番登场。游客们得以近距离与机器人亲密互动，亲身体验科技为文化与生活所赋予 的独特魅力。活动现场，众多游客正兴致勃勃地与机器人进行互动交流，感受着科技带来的新奇与乐趣。 2、"人形含量"第一的机器人ETF易方达规模再创新高 近日，在AI技术企业上市热潮下，深圳乐动机器人股份有限公司（以下简称"乐动机器人"）于5月30日正 式向港交所递交上市申请，引发市场广泛关注。据悉，乐动机器人成立于2017年，是一家专注于感知智能 领域的全栈式智能机器人公司。公司以视觉感知技术为核心，构建了智能机器人基础设施，广泛应用于扫 地机器人、服务机器人及割草机器人等场景。其视觉感知产品矩阵丰富，涵盖传感器、DTOF激光雷达、 四目矩阵传感器模块等。从市场地位来看，乐动机器人实力强劲。以2024年营业收入计算，该公司是全球 最大的以视觉感知技术为核心的智能机器人公司。同年，搭载其视觉感知技 ...

Core Viewpoint - The humanoid robot industry is transitioning from a speculative phase to a critical commercialization stage, with a focus on practical applications and sales metrics rather than just market dreams [1][4][11]. Group 1: Industry Development - The humanoid robot industry has evolved from skepticism to market enthusiasm, and is now entering a pivotal phase where commercial orders are essential for sustainability [1][4]. - By 2025, a specific humanoid robot company is expected to ship 1,000 units, with the first four months of the year already achieving four times the total shipments of the previous year [7]. - The primary market is shifting its focus from market dreams to sales metrics, indicating a significant change in how the industry is evaluated [11]. Group 2: Commercialization Challenges - The industry must overcome three main bottlenecks: insufficient data accumulation in software, unresolved hardware issues, and the need for valuable application scenarios [16][17]. - Unlike the automotive industry, which had a clear path for innovation, the humanoid robot sector is still debating the necessity of replacing human labor with robots, highlighting the need for concrete application scenarios [17]. Group 3: Strategic Insights - The humanoid robot industry may experience rapid growth similar to consumer electronics, with the potential for annual sales to reach several billion units in a much shorter timeframe than the automotive sector [19]. - Companies must act quickly to seize strategic opportunities in the humanoid robot market, as the entry barriers are lower compared to the automotive industry [19][30]. - Successful companies in emerging industries often capture high-value positions during brief windows of opportunity, as demonstrated by several market leaders with relatively low pre-IPO revenues [21]. Group 4: Investment Strategies - Companies are encouraged to adopt a dual approach of capital and business strategies to effectively position themselves in the humanoid robot market [25]. - Key capabilities for companies include conducting extensive research, making swift decisions, identifying critical partnerships, and optimizing resource allocation [30]. - The industry is characterized by a dynamic interplay between industrial and financial capital, with the former needing to leverage its advantages during periods of market volatility [33][35].