来源：环球网 12月12日，第六届中国人工智能大赛配套论坛在厦门成功举办。本届大赛由国家互联网信息办公室、公 安部指导，国家信息中心及相关领导出席会议并致辞，肯定了大赛及配套论坛在搭建交流平台、促进产 业协同中的重要作用。 在主论坛分享环节，由中国工程院院士沈昌祥领衔，华为、科大讯飞、国投创新院、阿里云等知名企业 及科研机构的专家代表，围绕人工智能技术创新、算力底座、智能体等关键议题分享前沿观点。两场主 题论坛与项目路演同期举行，打造大赛成果转化新通道。人工智能安全治理论坛聚焦AI安全与治理相 关热点，发布人工智能安全基准、2025年第二批人工智能安全测评结果等重要成果，邀请百度、阿里巴 巴等头部企业安全专家和中国电信人工智能研究院、奇安信等获奖团队代表现场分享行业前沿技术与实 践案例；人工智能创新发展论坛围绕新质生产力培育、具身智能落地、行业场景创新等方向，通过主题 分享与圆桌讨论，全方位拆解 AI 技术与行业融合的难点、痛点，展望人工智能技术发展趋势与跨领域 应用前景，为产业创新发展注入新动能。项目路演活动吸引大赛获奖团队、基金公司以及厦门相关企业 代表参加。厦门市招商办、市财政局现场就厦门市招商政策和" ...

当日还举行浙江省海洋卫星创新联合体成立仪式。该联合体由台州星空智联科技有限公司牵头，携手杭 州电子科技大学、自然资源部第二海洋研究所等6家单位组建，将汇聚多方力量突破海洋卫星平台技术 创新及批量化AIT、新型载荷开发与智能星上处理等技术瓶颈，支撑海洋资源开发、海洋环境保护、灾 害精准预警等场景，打造海洋卫星领域技术创新与产业化应用孵化基地。(完) （文章来源：中国新闻网） 对此，浙江将重点打造海洋卫星和海洋无人机两条海洋空天高端装备产业链，并联动打造智能船舶(无 人艇)以及海洋机器人两条产业链，拓宽拓深产品谱系。 以海洋卫星产业链为例，该省将构建从卫星平台、核心载荷到智能处理与数据服务的空天地海一体化产 业体系。 "下一步的重点就是，产品需要落地实际的应用场景，来真正服务海洋经济发展。经过前期的深入调 研，我们筛选了卫星技术、低空经济、海洋雷达探测、海上智能监管、装备运维、基础设施建设等十大 应用场景。"浙江省海洋经济发展厅相关负责人说。 中新网台州12月9日电(鲍梦妮)12月9日，"智汇深蓝逐梦空天"——浙江海洋空天高端装备产业与技术对 接交流活动在台州举办。现场，浙江省海洋经济发展厅发布浙江海洋空天高端装 ...

将投中网设为"星标⭐"，第一时间收获最新推送 这家成立仅两年多的公司，为什么那么抢手？ 作者丨 刘燕秋 来源丨 投中网 岁末回眸，我发现"具身智能"四个字 ，甚至已经跳出"赛道"的狭义框定，跻身《咬文嚼字》编辑部发布的 2025 年十大热词。今天宣布融资的主角呢，也是一家具身智能企业，只不过做的不是大众认知度最高的人形机 器人，而是能在水下万米级极端环境作业的海洋机器人。 5 月，我曾报道过海洋具身企业世航智能的融资消息。今天后续来了，我们独家获悉，在连续完成天使 + 轮和 Pre-A 轮融资三个月内，世航智能又连续完成多轮数亿元融资。 硬核技术，我不够专业，不妨来看看，专业的组织都是怎么评价世航的技术水平。 8 月，世航与招商轮船、山东港口集团、哈尔滨工程大学联合研发的 " 港航通用海洋机器人与智能核心装备 " 项目，获得中国物流科技最高奖 — 中国物流与采购联合会 " 科技进步一等奖 " 。 A 轮融资由祥峰投资领投，长石资本、苏创投（苏州母基金）跟投，老股东金沙江创投追投； Pre-A+ 轮由经略 创投投资。鞍羽资本担任公司长期独家财务顾问。这一系列融资旨在帮助公司加速产品及技术迭代、推进具身机 器人和 ...

Core Viewpoint - The Sixth China Robotics Academic Annual Conference (CCRS 2025) focused on the theme "Human-Machine Integration, Intelligent Future," gathering over 200 experts and scholars to discuss cutting-edge robotics technology and industry applications [2][3]. Group 1: Conference Overview - The conference attracted more than 3,000 participants, including academicians and industry representatives from around the world [2]. - It featured 7 keynote speeches, 14 thematic reports, and 115 invited presentations across various robotics fields, including industrial, service, special, marine, and medical robotics [2][3]. - A total of 259 poster presentations and free communication sessions showcased the latest research and innovations in the robotics sector [3]. Group 2: Keynote Speakers and Topics - Notable speakers included academicians from the Chinese Academy of Engineering and the Chinese Academy of Sciences, discussing topics such as embodied intelligence, collaborative robots, humanoid and bionic robots [4][5]. - Ding Han emphasized the importance of human-machine integration in intelligent manufacturing, highlighting the need for deep coupling between physical entities and digital virtualities [7]. - Yang Huayong discussed the role of AI-enhanced tactile perception in robots, aiming to improve human-robot interaction and safety [9]. - Zheng Qinghua introduced three evolutionary paths for advancing artificial intelligence from weak to strong, addressing challenges in current large model technologies [11][12]. - Guo Lei presented a framework for bionic intelligent systems, focusing on the survival capabilities of unmanned systems in complex environments [14]. - Zhang Jianwei highlighted the challenges of mimicking human intelligence in robots and the importance of collaboration in addressing global challenges [16]. - Gao Feng discussed the challenges and opportunities in intelligent robot design, emphasizing the need for impactful industrial directions [18][19]. - Ji Xiangyang explored the significance of machine vision technology in various applications, including industrial and aerospace sectors [21]. Group 3: Event Highlights - The opening ceremony featured speeches from academicians outlining the future development of robotics [25]. - The conference sessions were well-attended, with significant engagement in discussions on advanced technologies [27]. - Various robot prototypes were showcased, attracting interest and discussions among attendees [37]. Group 4: Closing Remarks - The event concluded with gratitude expressed to the organizing and supporting units, emphasizing the successful establishment of a high-level communication platform for the robotics field [46]. - The anticipation for the next annual conference was highlighted, marking a new journey in the robotics era [47].

Group 1 - The 18th China Intelligent Robot Conference will be held from November 14-16, 2025, in Nanjing, focusing on the theme "Digital Intelligence Assists Machines, Co-creating a Strong Nation" [1] - The conference aims to discuss and promote the development of theories, technologies, and applications related to intelligent robots and intelligent manufacturing [1] - The organizing committee invites submissions from researchers, practitioners, and students in the fields of intelligent robots, intelligent manufacturing, and artificial intelligence [1] Group 2 - The call for papers includes a wide range of topics such as embodied intelligence in robots, soft/special robots, bionic robots, marine robots, drones, humanoid robots, industrial/collaborative robots, rehabilitation/medical robots, and robot perception and human-robot interaction [2] - Important dates for submissions are as follows: submission deadline is August 15, 2025, and notification of acceptance is on September 10, 2025 [2] - Manuscript requirements specify that papers must be unpublished, with a maximum length of 6,000 words for Chinese papers and 10,000 words for English papers [2] Group 3 - Contact information for inquiries includes two representatives: Zhu Bo and Li Bing, with provided email addresses and phone numbers [5] - The official conference website and submission portal are available for further details [5][6] Group 4 - The report on 75 listed robot companies highlights key insights from their 2024 annual reports, indicating a competitive landscape with both opportunities and challenges [7] - The report notes that 55 listed robot companies showed mixed results in their 2023 annual reports, suggesting an intensifying market reshuffle [7] - Innovations in bionic robot technology and humanoid robot mass production are significant trends, with price wars and industrial restructuring being key themes [7][8]