能比心、会握手的人形机器人，随时准备"上天"的飞行汽车……时至今日，在各大车展上，五花八门的汽车产品早已不是惟一看点，智能机器人、低空 飞行器正在成为新的"显眼包"。敢在汽车主场"登堂入室"，智能机器人、低空飞行器靠得可不只是热度。作为技术同源、要素相通、应用融合的三大产业， 汽车、智能机器人、低空飞行的融合发展已然成为当下共识。然而，三大产业究竟要如何打破边界、深度融合，不能停留于口号，更要深入实践。 9月16~17日，围绕三大产业协同发展，首届聚合智能产业发展大会（2025）在武汉光谷拉开序幕。本次大会聚焦"协同融合创新链产业链 推动聚合智能 产业发展"主题，来自三大产业的专家学者、企业代表齐聚一堂，共探AI时代协同推进聚合智能产业融合发展路径。期间，聚合智能产业委员会（EAI 100） 宣布落户光谷，国内首个聚合智能创新平台——聚合智能产业创新中心也同步揭牌成立。 • 三大产业同源、同链、同应用 在车百会理事长张永伟看来，"聚合"的本质是技术同源、链条相通、应用融合。AI技术的蓬勃发展打破了过去不同产业各自为战的产业边界，以单一视 角看待产业发展的思维开始逐渐向跨行业的聚合思维转变。在底层技术、产业链、 ...

未来五年，"三大件"全球市场规模或达2800亿美元。 武汉东湖高新区有关负责人介绍，光谷拥有国内唯一的国家存储器基地和全球最大的光通信研发生产基 地，聚合智能产业链企业超300家。在智能网联方面，培育出了光庭信息、高德红外、海微科技等本土 企业；在低空经济领域，集聚了武汉80%的无人机研发、生产、销售、培训、服务企业；在人形机器人 领域，光谷有33家人形机器人相关企业，覆盖整机、大脑、小脑、躯干、四肢等产业链全环节。 车百会发布的《聚合智能产业发展报告》（下称《报告》）显示，智能汽车、eVTOL与人形机器人在 移动控制、人机交互、能源动力、轻质材料等关键领域底层技术相通。在移动控制方面，三者均属于多 模态大模型与具身智能可以赋能的物理系统，自动驾驶端到端算法模型和感知、决策、控制硬件可以通 过降维、升维应用于人形机器人和低空出行。在人机交互方面，语音识别、手势控制、虚拟助手等人机 交互技术设计理念和成果也能共享、迁移，比如汽车领域的智能座舱相关技术可能会迁移到低空飞行器 中，语音识别同样是人形机器人控制的重要技术基础。在能源动力方面，电池、电机、电控技术成为三 者共同的底层技术，电动航空和电动汽车的三电相似性 ...

车百会理事长张永伟重点介绍了聚合智能产业委员会(EAI100)建设情况。EAI100于2025年3月30日在北 京发起成立，旨在推动智能汽车与智能机器人、低空飞行的协同与融合发展，打造"高端智库+行业活 动+产业对接+科创平台"四位一体产业服务平台，以推动解决聚合智能产业共性问题、创造融合价值、 加速产业化进程。 中国经济网武汉9月17日讯(记者郭涛)9月16日-17日，首届聚合智能产业发展大会(2025)期间，聚合智能 产业发展关键问题研讨会暨聚合智能产业委员会(EAI100)第一次工作会议在光谷(武汉东湖新技术开发 区)顺利召开，100余位EAI100专家组成员和企业代表以及来自政府、行业机构的嘉宾共同参会。 会议以"构建聚合智能产业链供应链体系"为主题，重点探讨以下议题：智能机器人、低空飞行与汽车产 业链如何深度融合；智能机器人的"大脑""小脑"及本体发展路径与产业分工演进方向；全球化产业链合 作体系的构建路径；聚合智能企业的新型培育与服务模式；以及智能机器人、低空飞行与自动驾驶汽车 协同应用所需的空地一体化监管平台搭建。 车百会理事长张永伟 截至9月，EAI100现有专家及企业成员已超过110家，覆盖 ...

Core Viewpoint - The integration of intelligent robots, low-altitude flight, and smart automotive industries is characterized by technological synergy, shared elements, and application fusion, which can address challenges such as technological collaboration deficits, fragmented scenarios, and the lack of cross-domain standards, potentially leading to an optimal solution for the development of the intelligent industry and guiding global AI technology and application advancements [1]. Group 1: Conference Overview - The first Aggregated Intelligent Industry Development Conference will be held on September 16-17, 2025, in Optics Valley, focusing on the theme of "Collaborative Fusion of Innovation Chains and Industry Chains to Promote Aggregated Intelligent Industry Development" [1]. - The conference will feature a general assembly and a closed-door meeting, with representatives from government departments, industry organizations, academic institutions, and leading enterprises engaging in in-depth discussions and cross-domain exchanges [1]. Group 2: Morning Session Topics - The morning session will include a forum on building an efficient and collaborative aggregated intelligent industry chain, addressing key questions such as how to create a scalable and high-quality industry chain and the differences in requirements and technical routes for common electric and intelligent components across different terminals [2]. - Additional discussions will focus on resolving cost, reliability, certification standards, and protocol issues in the supply chain for the integration of intelligent robots, low-altitude flight, and smart automotive applications [2]. Group 3: Afternoon Session Topics - The afternoon session will center on promoting the application and industrialization of aggregated intelligent innovation technologies, covering topics such as identifying the latest technology trends in the field, developing classification standards for intelligent robots, and addressing early-stage data cold start issues [3]. - The forum will also explore the construction of an open-source system for aggregated intelligence and the development of a new integrated transportation system focused on autonomous driving and low-altitude applications [3]. Group 4: Closed-Door Meeting Focus - On September 16, a closed-door meeting will address critical issues in building a supply chain system for the aggregated intelligent industry, including the integration of intelligent robots and low-altitude flight with the automotive supply chain [4]. - Discussions will also cover the evolution of development routes and division of labor within the industry chain for intelligent robots, as well as the establishment of a global cooperation system for the aggregated intelligent industry [4].