Group 1 - The 2025 World Robot Conference (2025WRC) opened in Beijing on August 8, showcasing the latest advancements in robotics, including the digital Huaxia's robot family members [1] - Digital Huaxia, a technology company established just over a year ago, has made significant breakthroughs in human-robot interaction, with its robot Xiaolan capable of mimicking 22 human expressions and engaging in interactive games [2] - The company has introduced the latest iteration of Xiaolan, the Xiaolan S02, which addresses challenges in eye tracking and lip synchronization, marking a step towards more human-like interaction [2] Group 2 - Xiaolan has successfully served various sectors, including government offices, ICT manufacturers, and major banks, enhancing marketing effectiveness and reception efficiency through interactive experiences [3] - The IP robot Xingxingxia, the third humanoid robot from Digital Huaxia, has received over 100 orders and is designed for high aesthetics and emotional intelligence, adaptable to multiple scenarios [3] - Digital Huaxia envisions technology as a bridge to connect with human emotions, aiming to create intelligent systems that truly understand and respect human dignity [3]

2025世界机器人大会昨天在北京开幕。记者在现场看到，机器人正悄然改变着人们对其的固有印象。它们不再仅是技术展示的"灵活高手"，更在家庭服务、 情感陪伴、人机交互等生活场景中展现出实用价值。 在展会现场，机器人不再只是秀灵活度，更多是展示它们在实际应用场景中的能力。 未来，像叠衣服这种家务活也有机器人来帮我们干了，而且它叠的不仅效率高还很规整， 非常聪明，知道把叠好的往一块摞。 关键技术突破 产业链上下游共绘升级蓝图 在世界机器人大会现场，记者看到机器人产业链上下游产品加速突破。它们不仅能精准完成人类难以胜任的高危作业，更在自主决策、高效协同等领域实现 跃升，产业链上下游正借此契机协同发力，共同勾勒产业升级的清晰蓝图。 参展商 安昭辉：它模拟人肌肉的受力方式，可以做一些非常高动态的工作，也可以做一些非常细腻的工作，成为人类的好帮手。 如今机器人的外形也不再只是"钢铁侠"，功能也从会干活拓展到能提供陪伴和情绪价值。 参展商 石云昊：我们自主研发了高精度的传感器，可以很精准识别用户力的大小以及方向，给予不同的反馈体验。它的表面我们是做包覆的材料，可以把 温度控制在一定的范围之内。 现场记者发现，如今机器人不再依赖 ...

8月8日，2025世界机器人大会（简称"WRC"）在北京盛大开幕。数字华夏展示了其机器人产品线的最新进展，包括夏澜、夏起、星行侠和卫小鹿等型号。 据介绍，夏澜机器人升级了仿生交互技术，新增7大类22种表情并实现人类表情模仿能力，同时装备电子皮肤以感知触觉、温度和脉搏变化，旨在提升人机 交互体验。星行侠作为IP定制机器人，支持外观、音色等个性化设置，续航超过10小时，并以本体与轮式结合的双形态设计适应多场景应用，如科普教育、 展厅接待等，目前已获数百台订单。现场演示中，夏澜表演歌唱吸引观众，星行侠进行儿童科普教学，卫小鹿则与夏起协作完成物品运输任务，展示多机协 同能力。（新浪科技） ...

Core Viewpoint - PepsiCo is leveraging humanoid robots as a new brand interface to enhance consumer interaction and emotional connection, moving beyond traditional marketing methods to create a more engaging and relatable brand experience [3][10][21]. Group 1: Brand Innovation - The introduction of "Pepsi Cool Buddy" follows the earlier launch of "Pepsi Blue Buddy," marking a significant step in integrating humanoid robots into the brand's identity [4][10]. - These robots are not merely technological showcases but are designed to facilitate emotional engagement and interaction with consumers, thus becoming a tangible brand asset [4][11][12]. Group 2: Technology Integration - PepsiCo's deployment of humanoid robots at the WAIC (World Artificial Intelligence Conference) represents a pioneering effort to merge beverage branding with emerging technologies, particularly embodied intelligence [6][9]. - The underlying technology, based on the Zhiyuan Lingxi X2 platform, enables emotional recognition and interactive capabilities, enhancing the consumer experience [6][10]. Group 3: Consumer Engagement - The robots engage consumers through simple yet impactful actions like delivering drinks and initiating conversations, addressing the desire for a "warm technology" experience [7][21]. - This approach aims to transform the perception of humanoid robots from mere technical displays to relatable companions that enhance everyday interactions with the brand [15][23]. Group 4: Market Positioning - By positioning humanoid robots as ongoing interactive entities, PepsiCo is redefining brand communication strategies, moving from passive content delivery to active consumer engagement [12][19]. - The initiative reflects a broader industry trend where brands seek to establish personalized connections with consumers, particularly among younger demographics [18][24]. Group 5: Future Implications - The introduction of a new robot-themed can design indicates PepsiCo's intent to further embed this technological identity into everyday consumer products, enhancing brand recognition [16][20]. - This strategy not only addresses current consumer engagement challenges but also sets a precedent for how brands can utilize technology to foster deeper emotional connections with their audience [25].

Core Viewpoint - The 2025 World Artificial Intelligence Conference (WAIC) emphasizes the integration of AI technology with various applications, highlighting the potential for significant advancements in the AI+terminal sector over the next three years [2][6]. Group 1: AI+Terminal Trends - The next three years are expected to be pivotal for the AI+terminal sector, particularly in the automotive and mobile phone industries, with significant advancements anticipated in human-machine interaction and application integration [6][8]. - The automotive industry is entering a critical phase, marking the tenth year of smart driving in China, with expectations of substantial changes in technology and product offerings [7][8]. Group 2: Model Evolution - Models are identified as the driving force behind the evolution of the AI industry, with a clear progression in learning paradigms from imitation learning to reinforcement learning and eventually to autonomous learning [9][11]. - The current state of multi-modal models in China is approximately six months behind that of the U.S., although the gap in computational power is widening, indicating a divergence in technological advancement [14][15]. Group 3: Business Model Insights - A sustainable business model must be closed-loop to effectively drive technological progress, emphasizing the importance of integrating technology, product, and commercialization from the outset [16][19]. - Companies focusing on foundational large models must justify significant investments in computational resources, as the long-term profitability of such models is critical for business viability [19]. Group 4: Hardware Opportunities - There are substantial opportunities in hardware beyond just vehicles and smartphones, with a focus on delivering comprehensive AI services through innovative hardware solutions [20][22]. - The future of AI services and operating systems is expected to undergo significant changes, with a shift towards human-machine collaboration and the emergence of new hardware forms driven by AI agents [24][25].

来源：光明网 光明网讯8月2日，记者从2025世界机器人大会新闻发布会上获悉，2025世界机器人大会将于8月8日至12 日在北京经济技术开发区北人亦创国际会展中心举办。将有200余家国内外优秀机器人企业带来1500余 件展品，其中首发新品100余款。 本届大会主题为"让机器人更智慧，让具身体更智能"，由中国电子学会、世界机器人合作组织共同主 办，邀请了联合国工业发展组织、国际机器人联合会、世界工程组织联合会等28家国际机构支持，国际 机构数量再创历史新高。 发布会上，中国电子学会理事长徐晓兰就十年来世界机器人大会的推动作用进行了简要介绍。她表示， 十年来，世界机器人大会已成为全球机器人领域的"创新引领盛会" 。2024年，我国机器人专利申请量 占全球机器人专利申请总量的2/3。机器人大模型、智能协同控制、人机交互等核心技术不断突破。我 国作为全球最大工业机器人市场的地位持续巩固，连续12年成为全球最大工业机器人市场，也是全球第 一大机器人生产国。工业机器人应用已覆盖国民经济71个行业大类、236个行业中类，制造业机器人密 度已跃升至全球第三位。 本届大会主论坛设置"产业发展" "创新应用" "技术融合"三大篇 ...

Core Insights - The core viewpoint of the article highlights significant advancements in humanoid robotics in China, positioning the country among the global leaders in this field [1] Technological Innovation - Major breakthroughs have been achieved in core technologies such as large robot models, intelligent collaborative control, human-machine interaction, and multimodal perception [1] - The motion capabilities of domestic robots have been significantly enhanced, with AI control algorithms optimized to achieve millisecond-level action response, improving stability, flexibility, and coherence [1] Industry Development - The sales volume of industrial robots in China has increased from 70,000 units in 2015 to 302,000 units in 2024, maintaining its status as the largest industrial robot market globally for 12 consecutive years [1] - China is the world's largest robot producer, with industrial robot output rising from 33,000 units in 2015 to 556,000 units in 2024 [1]

Core Viewpoint - The emergence of the first robot doctoral student in China signifies a shift in the robotics industry towards enhancing robots' understanding of human behavior, not just their physical capabilities [1][2]. Group 1: Robot Development - The humanoid robot "Xueba 01" has been admitted to Shanghai Theatre Academy as a full-time doctoral student, marking a significant milestone in robotics education [1]. - "Xueba 01" is a successor to "Xingzhe No. 2," which won third place in a robot marathon, showcasing its advanced motion control and sensory technology [1]. Group 2: Understanding Human Behavior - The ability to "understand humans" is becoming a new imperative in the robotics industry, as future robots need to enhance their comprehension of human actions to operate effectively in various environments [2]. - In retail, robots that can analyze customer behavior can recommend suitable products, while in elder care, they can assess health conditions through expressions [2]. Group 3: Future Applications and Challenges - Despite advancements, robots are still some distance from widespread adoption in retail, elder care, and education, with industrial manufacturing expected to be the first major application area [2]. - The current focus is on overcoming technical challenges in precise motion control, but the industry's future growth will depend on robots' ability to understand human interactions [2].

Core Viewpoint - Alibaba's entry into the AI glasses market signifies its commitment to the AI To C strategy, integrating hardware with its existing ecosystem to enhance user experience and functionality [1][2]. Group 1: Product Development and Features - Alibaba's AI glasses, named "Quark AI Glasses," have completed development and are expected to be launched within the year [1]. - The glasses will integrate various Alibaba services, including navigation, payment, and shopping, leveraging the capabilities of the Quark team and the Alibaba ecosystem [1][5]. - Key features include a near-eye display navigation system developed in collaboration with Gaode Map, direct payment via Alipay, and product search and comparison through Taobao [6]. Group 2: Market Context and Competition - The AI glasses market is becoming increasingly competitive, with various players, including consumer electronics giants and specialized AR manufacturers, entering the space [2]. - Industry experts believe that AI glasses will become a crucial product form in smart wearables, acting as an extension of human perception [2]. - The Chinese smart glasses market is projected to reach 2.9 million units by 2025, with Xiaomi already pricing its AI glasses at 1,999 yuan, indicating a trend towards lower product costs [8]. Group 3: User Experience and Challenges - Current challenges for AI glasses include issues with comfort, battery life, and overall user experience, which need to be addressed for widespread adoption [7]. - Alibaba aims to overcome these challenges by collaborating with leading eyewear brands and integrating technology, channels, and services to enhance user experience [7]. - The success of Quark AI Glasses will depend on improving comfort and usability while also considering competitive pricing strategies [8].

Core Insights - Meta's Reality Labs has introduced a non-invasive neuromotor interface for human-computer interaction, utilizing surface electromyography (sEMG) technology [1][3][16] - The interface, designed as a wristband, captures neural signals from the wrist to recognize various gestures without the need for invasive procedures [1][3] Hardware Development - The research team developed a high-sensitivity, easy-to-wear sEMG wristband (sEMG-RD) with a sampling rate of 2kHz and a noise level of 2.46μVrms, featuring a battery life of over 4 hours [4][6] - The wristband is designed to accommodate different wrist sizes and can accurately capture electrical signals from muscles in the wrist, hand, and forearm [4][6] Model Training and Data Collection - The team built a scalable data collection infrastructure, gathering training data from thousands of participants to develop a universal sEMG decoding model [6][12] - Advanced deep learning architectures were employed, including LSTM layers and Conformer architecture, to enhance the model's adaptability to various interaction scenarios [6][12] Performance Metrics - The sEMG interface achieved a median performance of 0.66 gestures per second during continuous navigation tasks, significantly improving operational efficiency [7][9] - In discrete gesture tasks, the detection rate reached 0.88 gestures per second, with handwriting input speeds of 20.9 words per minute [9][12] Application Potential - The technology has broad applications in daily interactions with mobile devices, allowing for seamless input without reliance on traditional methods [13][14] - It offers new interaction methods for individuals with mobility impairments, enabling them to control devices through subtle muscle movements [13][14] Future Prospects - The interface could be utilized in clinical diagnostics and rehabilitation, providing insights into muscle activity and aiding in personalized recovery plans [14][15] - It may redefine human-computer interaction paradigms, potentially becoming a standard for general electronic devices [16][17]