Core Insights - The conference focused on the integration of technology in land spatial planning and remote sensing, discussing innovative applications and policy recommendations to enhance natural resource management [1][3][10]. Group 1: Technological Innovations - AI plays a crucial role in urban planning and management, enhancing decision-making and public service [3]. - Geographic spatial models are being developed to transition land governance from "data silos" to "intelligent integration," improving scientific and intelligent governance capabilities [3]. - A comprehensive carbon space control technology system has been established, integrating data platforms and carbon assessment models to optimize ecological value and carbon sink functions [5]. Group 2: Collaborative Approaches - Experts discussed the collaborative path of multi-source data integration, spatial intelligence technology, and systematic governance applications [5]. - The development of a digital governance platform in Chongqing integrates multi-source data for precise planning and dynamic updates, addressing unique challenges in mountainous urban areas [10][11]. Group 3: Remote Sensing Applications - The establishment of a comprehensive monitoring technology system for farmland integrates remote sensing, ground surveys, and IoT data, enabling full-process digital management from resource investigation to law enforcement [8]. - Innovations in marine measurement equipment and applications have been developed, filling gaps in marine environmental monitoring technology [11][12]. Group 4: Future Directions - Experts emphasized the need for continuous research in modernizing land governance systems and capabilities, focusing on breakthroughs in key technologies [12]. - Future efforts will strengthen business exchanges, talent cultivation, and result transformation to enhance technological support for national strategies and high-quality development of natural resources [12].

Industry Overview - Remote sensing satellites are defined as application satellites that utilize sensors onboard to detect the Earth's surface and lower atmosphere for information gathering. They can operate in orbit for several years and cover specified areas continuously when in geosynchronous orbit [1][2]. - The remote sensing satellite system consists of two main components: the satellite platform and the payload system, which includes various subsystems such as power units, antennas, and control electronics [1]. Industry Chain Analysis - The upstream of the commercial remote sensing satellite industry includes satellite manufacturing, launch services, and ground equipment manufacturing. Manufacturing involves materials, chips, and propulsion systems, while launch services cover rocket development and delivery [5][6]. - The midstream consists of commercial remote sensing satellite operations, primarily involving ground operators and data operators who sell data products and provide service solutions [6][8]. - The downstream application areas are divided into B-end (government and enterprises) and C-end (consumers), with various information products and services distributed to users [6][8]. Industry Development History - The Chinese commercial remote sensing satellite industry has evolved from non-existence to a significant presence, driven by policy support since 2014. The establishment of companies like Changguang Satellite Technology marked the beginning of commercial remote sensing in China [10][11]. - The period from 2015 to 2019 saw rapid development, with the emergence of private companies and significant projects like the "Beijing No. 2" satellite [11]. - Since 2020, the industry has entered a phase of large-scale commercialization, with numerous companies announcing satellite constellation and launch plans [11]. Industry Policy Background - The importance of satellite remote sensing has been emphasized in national strategies, with various supportive policies introduced to promote the industry and its applications [15][16]. Current Industry Status - China has seen a significant increase in remote sensing satellite launches, with 105 satellites launched in 2022, surpassing the US for the first time. In 2023, over 160 satellites were successfully launched [19][22]. - By the end of 2023, China had more than 323 commercial remote sensing satellites in orbit, with a diverse range of data types and enhanced capabilities [22][27]. Commercial Remote Sensing Satellite Market - The market for commercial remote sensing satellites in China has been steadily growing, driven by policy support, technological advancements, and diverse market demands. The industry scale exceeded 270 billion yuan in 2023, with direct benefits surpassing 50 billion yuan [26][27]. - The commercial operation models include self-owned satellite operators who develop and launch their satellites and those who purchase data for processing and resale [23][26]. Competitive Landscape - The commercial remote sensing satellite industry features a mix of cooperation and competition among companies. The competitive landscape is dynamic, influenced by manufacturing cycles, application demands, and market evaluations [28][29]. - The first tier of competition includes leading companies with comprehensive capabilities across the industry chain, while the second and third tiers focus on specific operational models and data services [28][29]. Future Industry Trends - The market for remote sensing satellites is expected to grow at around 10% annually, potentially exceeding 37.2 billion yuan by 2030, driven by increasing applications in various sectors [32][35]. - Future trends include technological innovations in satellite miniaturization, high-resolution imaging, and AI data processing, alongside expanding applications in agriculture, environmental monitoring, and disaster management [35].

Core Viewpoint - The article emphasizes the development of "spatiotemporal intelligence" through the integration of AI, big data, and remote sensing technologies, aiming to create a trillion-level industry that supports sustainable development goals [1][4]. Group 1: Technological Advancements - The integration of high-throughput communication satellites, optical remote sensing satellites, radar satellites, and BeiDou positioning satellites is creating a comprehensive spatiotemporal intelligence system [1][4]. - The "Oriental Eye" intelligent remote sensing constellation aims to launch 252 satellites by 2030, including 100 radar satellites and 144 high-resolution optical satellites, to achieve comprehensive and real-time monitoring of the Earth's ecological environment [5][6]. Group 2: Applications in Various Fields - Remote sensing satellites are increasingly utilized in agriculture, environmental protection, smart cities, and emergency response, enhancing monitoring capabilities and operational efficiency [6]. - AI-driven systems are being developed to automate tasks such as irrigation, fertilization, and pest control in agriculture, significantly improving productivity [6]. Group 3: Future Prospects - The article highlights the potential for spatiotemporal intelligence to facilitate the sustainable development of human and natural resource relationships, creating significant economic opportunities [4][6]. - The development of a real-time service system for spatiotemporal information is expected to enhance the efficiency and effectiveness of various industries, contributing to societal progress [6].

建设海洋强国、发展海洋经济、保护海洋环境都需要获取大面积海洋环境信息，海洋卫星正是人类实现 大面积观测海洋的重要工具，可大范围、全天时、长时序对全球海洋与海岸带进行持续监测。当前，我 国基本建成了海洋水色、海洋动力环境和监视监测的中国海洋系列卫星观测网及其地面系统。在海洋卫 星标准产品的基础上，研制应用就绪型数据集是提高卫星数据应用效能的有效方式之一。 中国近海海洋水色要素长时序卫星遥感产品数据集与海洋卫星其他同类产品，共同形成"海洋防灾减 灾"专题产品。未来，国家卫星海洋应用中心将利用中国海洋系列卫星对中国近海开展长期持续观测， 数据产品公开共享，为海洋生态环境监测、海洋防灾减灾、海洋经济发展提供数据保障和技术支撑。 5月12日，国家卫星海洋应用中心发布中国近海海洋水色要素长时序卫星遥感产品数据集。该数据集是 卫星遥感应用就绪型产品，以数据集的形式进行持续更新和共享，服务海洋领域各类应用。 中国近海海洋水色要素长时序卫星遥感产品数据集是利用国内外海洋水色卫星遥感观测数据，反演并融 合得到的2000年~2024年叶绿素 a浓度和悬浮物浓度等要素遥感产品数据集，覆盖中国近海，产品空间 分辨率达4千米，是持续擦亮 ...

□ 工研宣 从遥感大模型赋能城市治理到固态电池技术突破量产，从医美抗衰产业集群成势到机器人智造项目加速 落地……开年以来，昆山工研院捷报频传，一个个科技含量高、市场前景好的优质项目在"工研"力量的 加持下紧锣密鼓地推进。 在推动科技创新和产业创新融合上打头阵！今年3月召开的昆山市科技创新大会上，昆山提出要持续传 承弘扬祖冲之探索求真的科学精神，加快培育壮大新质生产力。作为昆山市科技创新核心平台，今年以 来，昆山工研院聚焦昆山新兴产业布局，持续强化科技招商、释放园区活力、优化创新生态，不仅彰显 出时不我待的紧迫感，更取得诸多与时俱进的新亮点与新突破。 企业向新 走进昆山工研院引育企业中勘迈普(江苏)科技有限公司，工程师们忙碌的身影随处可见，他们正全力以 赴加快新产品调试，力求早日交付。"当前，我们最新研发的遥感大模型已在广州落地见效，正通过数 字化手段赋能当地高质量发展。"公司副总经理夏红自豪地说。 新技术、新产品、新服务……中勘迈普的快速成长正是当前昆山产业向"新"的生动注脚。围绕昆山市新 兴产业布局，昆山工研院持续推动科技攻"尖"，从"长三角"到"珠三角"再到"全球网"，实施科技招商"攀 高"计划。数据显示 ...

及时发现热异常点，提高禁烧工作效能，保障空气质量。 ▎合作需求 ▎合作方式 联合运营、测试验证、采购应用 ▎预算金额 ✦+ 合肥市场景公司 合肥市场景应用创新促进中心有限公司(简称合肥市场景公司)，是由科大硅谷服务平台公司、合肥市滨投公司、合肥市高新控股集团、合肥兴泰金融控股 集团、合肥市科创集团以及长城战略共同出资设立，接受合肥市发改委指导，是统筹全市场景创新工作和联动全市场景资源的平台公司，是全国首个以场 景应用创新命名的企业法人机构，是"政府指导、国资参股、市场运作"的创新载体，是促进新技术新产品新场景大规模应用示范、赋能科技创新企业发 展、培育未来产业的创新平台。 场景机会 ▎巢湖市卫星遥感监测秸秆焚烧火点 ▎安徽瞬芯科技有限公司 50万元 ▎报名方式 国家发改委价格成本和认证中心与安徽瞬芯科技签署了《低空经济物联网公共数据价格形成机制研究》课题合作围绕低空经济领域数据定价的核心问题开 展研究，旨在建立符合低空经济物联网领域特点的公共数据价格形成机制，并推动形成低空经济物联网公共数据价格评估行业标准与技术规范。 申报单位于5月15日18:00前提交PPT资料(内容包括但不限于单位基本情况、核心技术产品 ...

文/西风 12月4日晚上，上交所公布对长光卫星技术股份有限公司科创板IPO终止审核的决定，直接原因是公司及保荐机构海通证券撤回申报。公司IPO于2022年12月23日获 得受理，2023年5月17日公布首轮问询的回复，并分别于2023年12月27日、2024年6月29日公布首轮问询回复的更新版（2023年半年报财务数据更新、2023年报财 务数据更新）。公司本次IPO拟募资26.83亿元。 公司注册地吉林长春。公司前身有限公司成立于2014年12月，2022年1月整体变更为股份公司。目前注册资本19.7059亿元。公司无控股股东、无实际控制人。 一、我国第一家全产业链商业遥感卫星公司 公司专注于商业航天领域，是我国第一家集卫星研发制造、运营管理和遥感信息服务于一体的全产业链商业遥感卫星公司。报告期收入来自卫星遥感信息服务、 卫星制造及相关服务。截至2022年6月30日，公司拥有54颗在轨遥感卫星。自2022年7月1日至本招股说明书签署日期间，公司新增19颗在轨遥感卫星，退役1颗卫 星，整体达72颗在轨遥感卫星。 | | | | | 里V: 月元 | | --- | --- | --- | --- | --- ...