作为中国加强相关监管活动的又一迹象，上海——中国的另一航空交通繁忙地区——有关部门近期破获 多起为"黑飞"提供破解服务的案件，涉案网店以"无人机电池维修"为幌子，暗地里破解电池管理系统与 飞行限高设置，让无人机突破出厂安全限制。新修订的《中华人民共和国治安管理处罚法》将从2026年 1月1日起正式实施，首次将无人机"黑飞"行为明确列为妨害公共安全的行为并给予处罚。 最近，有博主曝光一些"黑飞"行为后，该问题引发公众关注："黑飞"人员多次发布视频展示无人机在湖 南和广东上空——中国最繁忙的一些商业航空走廊所在空域——爬升至8000米以上空域，同时P图伪造 无人机飞行高度解禁许可证明。广东和湖南有关地区的警方已在跟进调查"黑飞"事件。通过将"黑飞"视 频与飞行日期、飞行高度读数和商业航线进行比对，该博主警告："你们坐飞机往窗外看到无人机，这 不再是玩笑话，而是真真切切正在发生的事情。"其中一处非法飞行区域正好位于大湾区主要机场的关 键航线下方，每隔几分钟就有一架客机飞过。 媒体纷纷发文谴责无人机"黑飞"行为威胁航空安全和公共安全。中国香港影视演员李子雄在社交平台发 布视频，呼吁严惩"黑飞"无人机。他说："看到无人 ...

本报讯(浦高新)近日，一架"南京空天院徐闻壹号"大载重无人机满载近百公斤水果和冷链冰鲜，从广东 徐闻起飞，经过约20分钟飞行，平稳降落海口新海港，实现跨琼州海峡长距离飞行。而执行此次跨海飞 行任务的无人机，正是来自南京江北新区浦口高新区。 20分钟的飞越，不仅开启了智慧物流的新篇章，也为浦口发展低空经济注入了强劲动能。 据悉，"南京空天院徐闻壹号"无人机采用油动纵列双旋翼布局，专为琼州海峡高温、高湿、高盐及大风 等复杂环境量身定制，最大载重可达260公斤。它成功将传统"陆运+水运"模式下超过5小时的物流时 间，缩短至20分钟，未来有望实现航线定期运行。这架无人机由海南物流集团联合南京市空天无人系统 研究院等多家单位共同研发。该研究院由江北新区浦口高新区与西北工业大学无人系统发展战略研究中 心携手组建，聚焦空天无人系统的技术攻关与产业转化，正是这种深度合作，催生了适应复杂环境 的"硬核"飞行器。 ...

Group 1 - The article highlights significant announcements in the stock market, including "suspensions and resumption of trading, shareholding changes, investment wins, acquisitions, performance reports, unlocks, and high transfers" [1] - Important announcements are marked in red to assist investors in identifying investment hotspots and preventing various black swan events, providing ample time for analysis and selection of suitable listed companies [1] Group 2 - The company is involved in commercial aerospace, storage chips, autonomous driving, third-generation semiconductors, and CPO, with its chip products already applied in low-orbit satellite constellations [1] - Another company focuses on controllable nuclear fusion, commercial aerospace, satellite navigation, military industry, and nuclear power, with successful applications in manned space engineering (Tianhe core module of the space station) and orders in the nuclear fission power plant sector [1] - The company is also engaged in autonomous driving and drones, supplying humanoid robot joint modules [1]

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 来源：首席经济学家论坛 屈宏斌系汇丰银行大中华区前首席经济学家、首席经济学家论坛副理事长 规模经济是被低估的中国制造王牌 今年中美贸易战烽火狼烟，但前11个月我国货物贸易顺差突破万亿美元，创世界贸易史上新高，震惊全 球。那么到底为什么中国制造这么牛？说起中国制造的竞争优势，很多人会先想到成本、效率，但有一 个王牌常常被低估——规模经济。千万别以为这只是单个工厂开足马力摊薄成本的小把戏，真正的精髓 在于产业集群拧成的产业链生态：链上每家企业都能专攻一两个细分环节，把小优势磨成大杀器，最终 让整个集群在全球市场横着走。 黄岩，号称"中国模具之乡"，这可不是自卖自夸的宣传口号，而是全球制造业链条上盖章认证的"硬通 货"。这里扎堆了2200余家模具企业，光从业人员就超过12万人，2024年模具产业年产值突破480亿元， 是全球注塑模具领域密度最高、分工最细、响应最快的产业集群之一。你日常用的美的电饭煲外壳、戴 森吹风机的塑料组件、特斯拉车内的精密塑料件，甚至新冠疫情期间紧缺的医用注射器模具，十有八九 都出自黄岩的车间。 黄岩模具的"牛"，从来不 ...

Core Insights - The article discusses the development of a drone swarm technology aimed at enhancing forest fire prevention and control, led by a research team at Xi'an University of Electronic Science and Technology [1][3]. Group 1: Technology Development - The research team is focused on creating a "drone alliance" consisting of four types of drones: relay drones for communication, firefighting drones for precise fire suppression, inspection drones for real-time monitoring, and supply drones for energy replenishment [3]. - The system developed by the team has reduced response time from hours to seconds and improved inspection coverage from key routes to a full grid, achieving a task response rate of 99% [3]. Group 2: Application and Impact - The technology aims to transition from traditional human-dependent decision-making to autonomous decision-making, allowing for earlier detection and suppression of fires, thus achieving the goal of "early, small, and effective" fire control [3]. - The capabilities of the "drone alliance" are highly versatile and can be applied to various sectors such as low-altitude logistics, urban emergency response, and agricultural protection, indicating a broad potential market impact [3][5]. Group 3: Future Prospects - The integration of drone technology into various industries is anticipated, with the potential for drones to operate safely and efficiently in shared airspace, similar to how vehicles navigate using traffic lights [5]. - The development aligns with national plans for low-altitude economy, suggesting that the technology could soon be commonplace in everyday life, addressing the need for coordinated drone operations across different applications [5].

大会中，还发布了《低空新基建白皮书》，该书由湖北省住建厅指导，华中科技大学与深圳市航空业协 会主编，全球无人机出海中心深度参与。从空间规划、基础设施、标准体系的顶层设计层面，为中国低 空经济的规范化、规模化发展铺设跑道，为无人机应用场景的全球化复制奠定基础。 据悉，全球无人机出海中心讲持续聚焦于三个维度发力：构建全球资源整合的"信任网络"，编织一张覆 盖"政、产、学、研、用、金"的立体化信任网络；打造合规高效出海的"服务总台"致力于为企业可理 解、可执行、可预期的标准化服务。运营线上线下联动的"永续市场"，打造全球无人机交易与协作平 台。（编辑：贾昊天 校对：许浩存 审核：韩磊） 《中国民航报》、中国民航网 记者梁永军报道：12月18日，由深圳市航空业协会主办、全球无人机出 海中心协办、Aila承办的"低空出海 协同共赢"大会在深圳市会展中心（福田）举办。大会汇聚了来自全 国各地政、校、产、企、融等各界的嘉宾与行业精英参加。 在大会上，"深圳前海出海一站通" × "全球无人机出海中心" 进行了战略签约，此举标志着出海服务 从"单点支持"升级为"体系赋能"。企业将享受从前海政策红利、跨境金融服务、数字化通关，到 ...

Core Viewpoint - The article discusses the supply chain competition between DJI and Yingshi, highlighting a broader trend across various industries where leading companies require exclusive agreements from suppliers, raising questions about the implications for innovation and competition in China's manufacturing sector [1][2]. Group 1: Supply Chain Dynamics - The phenomenon of "one or the other" in supply chain agreements is not unique to the drone industry but is observed in consumer electronics and home appliances [1]. - Leading companies seek influence over their supply chains, which can be justified as a means to protect prior innovation investments [1]. - However, when exclusivity extends beyond core components to semi-custom parts and secondary suppliers, it can lead to excessive control over the supply chain, potentially resulting in non-market resource squeezing [1]. Group 2: Long-term Implications - Short-term strategies to control resources may hinder competitors but could ultimately obstruct knowledge flow and weaken the overall innovation capacity of the supply chain [2]. - The true competitiveness of Chinese manufacturing relies on a complete, collaborative, and flexible industrial system, supported by numerous small and medium enterprises [2]. - An advanced manufacturing nation thrives not on closed-off competitive advantages but on an open ecosystem that fosters growth and innovation among all participants [2]. Group 3: Recommendations for Improvement - Clearer regulations are needed to define the boundaries of monopoly and unfair competition, protecting smaller players and guiding market leaders to avoid endless commercial disputes [3]. - Companies should adopt tiered supply chain cooperation models, ensuring necessary protections for unique technologies while maintaining openness for standardized components [3]. - Industry leaders must balance protecting innovation with promoting industry progress, recognizing that true competition lies in advancing the entire ecosystem rather than merely defeating rivals [3].

Core Viewpoint - A healthy and open supply chain ecosystem ultimately benefits all participants, including today's market leaders, and the competitiveness of this ecosystem determines how far leading companies can go [1]. Group 1: Supply Chain Dynamics - The article discusses the "either-or" phenomenon in supply chains, particularly highlighted by the competition between DJI and Yingshi, which is not unique to the drone industry but prevalent across various sectors like consumer electronics and home appliances [2]. - The discussion emphasizes the importance of a competitive environment and innovation ecosystem to support China's transition from a manufacturing giant to an advanced manufacturing power [2]. - Leading companies seek influence over supply chains for valid business reasons, and the practice of exclusive agreements should be analyzed on a case-by-case basis [2][3]. Group 2: Risks of Over-Control - Short-term strategies that enhance control over supply chains may hinder competitors' access to resources, but long-term implications could obstruct knowledge flow and weaken innovation capabilities across the supply chain [3][4]. - The true competitiveness of Chinese manufacturing is rooted in a complete, collaborative, and resilient industrial system, supported by numerous small and medium enterprises [4]. Group 3: Recommendations for Improvement - To escape the cycle of "involution" and zero-sum competition, collaboration and restraint among regulatory bodies, leading companies, and suppliers are essential [4][5]. - Clearer rules are needed to define the boundaries of monopoly and unfair competition, protecting smaller participants while regulating market leaders to avoid endless commercial disputes [5]. - Companies should explore tiered supply chain cooperation models, maintaining openness for standardized components while protecting core proprietary technologies [5].

Group 1: Breakthroughs in Technology - Shanghai Jiao Tong University has achieved a significant breakthrough in the field of optical computing chips, realizing the world's first all-optical computing chip capable of supporting large-scale semantic media generation models, named LightGen [1][2] - The LightGen chip demonstrates a theoretical performance increase of 7 orders of magnitude in computing power and 8 orders of magnitude in energy efficiency when using advanced input devices [2] Group 2: Financial Performance of ByteDance - ByteDance is expected to achieve a record profit of approximately $50 billion (about 352.5 billion RMB) this year, driven by its expansion in e-commerce and new markets [4] - In the first three quarters of this year, ByteDance has already realized a net profit of about $40 billion, surpassing its internal target set for 2025 [4] Group 3: IPO and Growth of Zhipu Technology - Zhipu Technology has disclosed its IPO prospectus, aiming to become the first global public company focused on AGI foundational models, with projected revenues of 57.4 million RMB in 2022, 124.5 million in 2023, and 312.4 million in 2024, reflecting a compound annual growth rate of 130% [4][5][6] - The company, founded in 2019, has developed a comprehensive model matrix covering language, code, multimodal, and intelligent agents, maintaining technological parity with global leaders [5] Group 4: Automotive Developments - Xiaomi has obtained an L3 level road testing license for its automotive division, indicating its active participation in the autonomous driving sector [8] - The license allows Xiaomi to conduct conditional autonomous driving tests on designated high-speed roads in Beijing, contributing to the exploration of safer and smarter personal transportation services [8] Group 5: Advancements in Semiconductor Technology - A secret laboratory in China has reportedly assembled the first prototype of an EUV lithography machine through reverse engineering of ASML's existing products, marking a significant technological leap [16] - This prototype is expected to undergo testing and aims for trial production of prototype chips by 2028, indicating rapid advancements in China's semiconductor capabilities [16]

近年来，无人机足球运动在国内快速发展，像北京、上海、广州等地的一些学校，已经陆续开展了无人机足球的培训。在江苏苏州，这个月，通过举办无人 机足球专项赛事，吸引青少年参与。效果如何呢？一起来看。 "会飞的足球"登场 青少年参与度高 12月上旬，江苏苏州市举行了首届飞翔足球锦标赛，让主办方没有想到的是，苏州全市110所学校报名，700多名选手参赛，涵盖小学至大学各学段。 绿茵场上的奔跑、冲撞、射门，是足球运动的"速度与激情"。如果将足球场"搬"到半空中，用无人机代替球员，用遥控器代替双脚，这项运动又会碰撞出怎 样的火花？今天的《"玩"出新赛道》我们一起来了解无人机足球运动。 无人机足球项目是一项新兴运动，将无人机技术与传统足球运动相结合。参与者可以在低空场景中，操控装有球形保护框的无人机，将无人机足球射入对方 球门就可以得分。比赛以实时5V5或3V3团队对抗赛的形式进行，展示航空模型的精准飞行及配合战术，兼具体育运动的竞技观赏性和前沿科技的创新突破 性。 比赛中，孩子们既要盯着飞行姿态，又要在对讲机耳麦里喊战术，需要有超强的专注力、抗压力和团队协作的能力。 苏州科技城实验小学彭山校区航空模型辅导员 朱仁杰：能够帮 ...