Core Insights - The "Smart Agriculture Data Industry Innovation Center" was officially inaugurated at the Shanghai Data Exchange, with four data products from Shanghai Langxia Jintudi Green Agriculture Co., Ltd. successfully listed for trading, indicating Shanghai's efforts to build a comprehensive value chain for smart agriculture data [1] - The center aims to create a credible and value-enhancing agricultural data ecosystem, establishing compliant trading rules and standards to develop a new networked trading system for smart agriculture [1][3] - The data products include a weather and warning database for facilities greenhouses, a multi-source data fusion yield prediction analysis, an indoor environment management query, and an environment management action analysis, which have been successfully traded with Pacific Anxin Agricultural Insurance Co., Ltd. [1][2] Company Insights - Jiqing Technology (Shanghai) Co., Ltd. plays a pivotal role in the value realization of smart agriculture data, focusing on the entire value chain of agricultural data and creating a complete ecological loop covering data collection, governance, circulation, and application [2] - The company has developed a high-precision yield prediction model that integrates multi-source data, with a prediction error controlled within 5%, providing critical data support for agricultural product trading [2] - The company is positioned as a "data element service provider," leveraging its capabilities in data processing and analysis to address the lack of applicable yield measurement equipment and technology in agricultural facilities [2] Future Developments - The "Smart Agriculture Data Industry Innovation Center" plans to leverage the advantages of the Shanghai Data Exchange and the capabilities of Jiqing Technology to gradually build a data trading ecosystem for the smart agriculture industry, focusing on green agriculture, quality improvement, and traceability [3]

推动智慧农业的 创新与发展，光 亚数智农业论坛 9日广州启幕_南 方+_南方plus 6月9至12日，广 州国际照明展览 会（GILE）将 在广州中国进出 口商品交易会展 馆A、B区举 办。 适逢三十 周年，展会 以"360º+1 —— 全方位实践光无 限，跨越一步开 启光照新生 活"为主题，并 首次推出"光亚 行"活动。该活 动旨在打造一个 多元融合、开放 共享的交流平 台，汇聚行业力 量，助力照明业 者突破传统思 维，探索照明技 术与多元领域融 合的无限可能， 推动"光+时 代"行业IP发 展，开拓新增长 点。 自2021年起，展 览会已连续五年 成功举办生物光 学与智慧农业国 际论坛及主题展 区。论坛开办以 来，汇聚了院士 在内近百位各学 科专家，分享技 术成果，推动学 科交叉融合与产 业生态创新。论 坛的持续举办有 效促进我国智慧 农业技术与生物 光学技术的产业 化发展，并加速 了相关产品的市 场化迭代。 今年论坛已全面 升级为"光亚数 智农业论坛" 。 三天的论坛围 绕"智慧农业与 智慧渔业""温室 新技术与能耗管 理""生物光学技 术与光伏农 业""技术创造未 来—企业家论 坛"四大板块。 除了论 ...

Core Viewpoint - The development of smart agriculture in China is gaining momentum, leveraging technologies such as IoT, cloud computing, big data, and artificial intelligence to enhance agricultural productivity and efficiency [1][2]. Group 1: Market Growth and Trends - China's smart agriculture market is projected to grow from 38.774 billion yuan in 2017 to approximately 100 billion yuan by 2024, with a compound annual growth rate of about 15% [1]. - Major global economies are actively advancing smart agriculture, with examples including Germany's smart breeding technologies, the Netherlands' intelligent greenhouse agriculture, and Japan's focus on small smart equipment development [1]. Group 2: Challenges and Policy Recommendations - The agricultural sector in China faces challenges such as fragmented smallholder farming, weak information infrastructure, low data quality, and limited adoption of smart technologies [2]. - Recommendations include enhancing the policy framework for smart agriculture, optimizing strategic goals, and providing financial support for agricultural technology innovation [2]. Group 3: Data Integration and Management - There is a need to deepen the integration of agricultural data resources and establish unified standards for data collection and transmission [3]. - The development of a comprehensive agricultural big data platform is essential to improve data management and enhance production efficiency [3]. Group 4: Regional Development Strategies - Smart agriculture development should be tailored to China's diverse geographical and climatic conditions, focusing on automation in northern plains and precision management in southern hilly areas [4]. - Examples include the establishment of unmanned farms in northern regions and the use of small intelligent machinery in southern areas to improve agricultural practices [4].

济宁玉米大豆田里的"营养师" 传统的农业生产方式中对化肥、农药等化学物质的过度使用不仅导致土壤污染，破坏生态环境，还影响农业可持续发 展。在济宁市梁山县、汶上县，中国联通"元景"大模型化身农田"营养师"，用算法重新定义精耕细作。 "灌溉靠吼、巡田靠走"的旧剧本，正在临沂平邑县高标准农田里被颠覆。18个搭载联通5G摄像头和AI算法的"数字守 田人"，通过视联专网与云端大脑无缝连接，构筑起全天候智慧监控防线。 面对万亩农田"设备分散、巡查困难"的痛点，临沂联通在泵站、水闸等18处关键节点部署高清智能摄像头。依托5G网 络毫秒级回传能力，海量视频数据在视联网平台实时聚合分析——渠道渗漏、水流异常、设备故障等都可及时进行智 能识别和预警。 "视频画面清晰，数据分析精准，仿佛置身于现场，我们可以合理调配水资源，确保每一块农田都能得到及时、适量 的灌溉。"项目管理人员介绍。 风吹麦成浪，蝉鸣夏始忙。芒种时节，田间地头忙碌的景象依旧，但耕作的内涵已悄然生变。AI模型精准推演、无人 机空中巡诊、智能系统按需灌溉……以人工智能为核心的新一代信息技术，正深度融入农业生产的肌理，让古老 的"芒种"告别"盲种"，迎来"慧种"新时代。 ...

Group 1 - The event organized by the Ministry of Foreign Affairs in Hong Kong aimed to promote cooperation between countries and the Guangdong-Hong Kong-Macao Greater Bay Area, highlighting the region's high-quality development and openness [1] - Guangzhou has attracted over $130 billion in foreign investment over the past decade, making it a preferred investment destination in China [2] - In 2022, Guangzhou established 8,445 new foreign-invested enterprises, accounting for approximately 14% of the national total [2] Group 2 - The visiting delegation received presentations from various local government bodies, showcasing Guangzhou's geographical advantages, industrial policies, and business environment [3] - The delegation visited several innovative companies, including XAG Technology, which specializes in agricultural drones and holds a leading position in agricultural technology patents [4] - XPeng Motors, a leading smart electric vehicle manufacturer, was also showcased, emphasizing its integration of internet and AI technologies [5] Group 3 - The IHM·GBA High-Performance Medical Device Innovation Center focuses on the development of high-end medical devices using advanced technologies like 3D printing and AI [6] - XPeng Heavens, a subsidiary of XPeng Motors, is dedicated to developing flying cars, indicating a strong growth trajectory in the new energy vehicle sector [6] - The Philippines Chamber of Commerce expressed interest in deepening cooperation with Chinese companies, particularly in high-tech industries and manufacturing [6]

Group 1 - A total of 9 agricultural projects were signed by Shaanxi province in Uzbekistan, with a total amount exceeding 40 million yuan, covering areas such as agricultural product trade, smart agriculture, tea culture promotion, and agricultural material and machinery exports [1] - In the agricultural product trade sector, agreements were made for the export of high-quality silkworm seeds, collaboration on specialty agricultural products, and cross-border trade of kiwifruit, facilitating resource sharing and market connectivity [1] - The smart agriculture and industry integration sector saw significant developments, including a project aimed at modernizing agriculture through technology and partnerships for tea culture display and sales, as well as agricultural material and machinery exports to support Uzbekistan's agricultural production [1] Group 2 - The signing of these agreements achieved the forum's expected goals and established a new platform for agricultural cooperation between Shaanxi and Uzbekistan, aiming to deepen collaboration across the entire agricultural industry chain [2] - The provincial agricultural department emphasized the commitment to elevate agricultural cooperation to a higher level, contributing new momentum to the high-quality construction of the Belt and Road Initiative [2]

这场农业生产变革，正是内蒙古探索智慧农业新路径的生动缩影。 业内人士在接受证券时报记者采访时表示，智慧农业在提升种养殖效率、保障国家粮食安全以及稳产保 供方面发挥着重要作用。政策对智慧农业的大力支持，以及土地流转推动下的农地集约化、规模化经 营，为人工智能（AI）技术的应用提供了坚实基础。展望未来，AI赋能种植产业链的前景十分广阔。 近日，在内蒙古达拉特旗东南58公里的侯家营子村，万亩玉米"吨粮田"试点耕种正如火如荼展开。 证券时报记者来到田间地头，只见滴灌带沿垄铺设精准到位，智慧农机穿梭作业，一粒粒玉米种子埋入 土中，农艺师通过玉米灌溉决策模型，利用远程系统实时监测、科学调控。一套集成化、智能化的农事 作业体系有序运行，为"吨粮田"建设积累着宝贵的实践经验。 攻克节水灌溉难题 位于内蒙古的侯家营子示范农场，在这场农业生产变革中勇立潮头。当地率先引进国际先进的滴灌系 统，并结合中化现代农业有限公司（以下简称"中化农业MAP"）创建的玉米灌溉决策模型，成功攻克 了当地的节水灌溉难题。 走进侯家营子农场，首先映入眼帘的是整齐排列的滴灌管道。农场技术负责人向证券时报记者介 绍，"侯家营子地处黄河'几字弯'，一年到头 ...

Core Viewpoint - Hubei Maima Agricultural Technology Co., Ltd. has recently received the "High-tech Enterprise" certification, which enhances its innovation capabilities and provides access to various policy benefits and financial support [1][3]. Group 1: Company Overview - Hubei Maima was established in July 2022 in Jingmen City and is set to complete the Central China Smart Agriculture Town by June 2024 [1]. - The company integrates traditional agricultural production with cutting-edge technologies such as IoT, AI, cloud computing, and blockchain, offering comprehensive digital solutions from farm to table [1]. - Hubei Maima has established partnerships with over 300 agricultural bases nationwide, serving more than 2.6 million customers [1]. Group 2: Achievements and Recognition - Within three years, Hubei Maima has obtained 6 invention patents and 28 software copyrights, and has been recognized as a national high-tech enterprise and a "Gazelle Enterprise" in Hubei [3]. - The company has formed collaborations with seven national expert teams, including those from the Chinese Academy of Sciences, and has a workforce of 140 employees, with over 60% in R&D roles [3]. Group 3: Policy Support and Financial Assistance - Hubei Maima benefits from local government policies that support high-tech enterprises, including the "Spring Dawn Action" initiated by the Hubei Provincial Science and Technology Department [3]. - The company is one of the first beneficiaries of the "Knowledge Value Credit Loan" program in Jingmen, which provides credit loans without collateral, supported by 80% risk compensation from local finance [3]. Group 4: Innovation and Development Initiatives - Hubei Maima collaborates with universities to establish "Smart Agriculture Technology Joint Laboratories" and has built a comprehensive smart agriculture demonstration base in Hubei [5]. - The company has initiated training programs for over 200 "new farmers" and established an expert pool of 650 members to facilitate the transformation of technological achievements into practical applications [5]. Group 5: Economic Impact - The company's smart management system has increased the yield of Zhanghe citrus by 20%, generating sales of 20 million yuan in a single season and benefiting over 200 local farmers [5]. - The Zhanghe New District has developed into a smart agriculture industry cluster, attracting multiple enterprises and creating over 400 jobs [5].

Digital Rural Development - The digital rural development strategy is a key direction for rural revitalization, with a focus on enhancing digital governance and building smart beautiful villages by 2025 [4] - By the end of 2024, China aims to achieve county-wide gigabit connectivity, 5G access in towns, and broadband in villages, with rural internet users reaching 313 million [4] Agricultural Technology Integration - The integration of IoT and digital technologies in agriculture is transforming traditional farming practices, allowing for remote management and precision farming [5][6] - In Jiangsu Province, a rose garden utilizes a comprehensive IoT management platform, enabling real-time monitoring of soil conditions and automated irrigation, significantly improving efficiency [6] Smart Agriculture - The emergence of "smart agriculture" is characterized by the use of AI, big data, and autonomous machinery, enhancing productivity and efficiency in farming operations [7] - As of January 2023, the Ministry of Agriculture and Rural Affairs has supported the establishment of 34 national digital agriculture innovation centers and 116 smart agriculture application projects [7] E-commerce and Digital Economy - The digital economy is opening new revenue channels for farmers, with rural e-commerce sales reaching 2.56 trillion yuan in 2024, a 6.4% increase year-on-year [10] - The "live streaming + e-commerce" model is effectively promoting local agricultural products, with significant increases in sales and customer loyalty observed [9][10] Smart Living and Governance - The establishment of smart living centers in rural areas is enhancing healthcare access and community services, integrating various digital applications for improved quality of life [11][12] - Digital platforms are being utilized for efficient rural governance, monitoring infrastructure, and providing real-time alerts for safety and environmental management [14]

Group 1: Low Altitude Economy - The "low altitude economy" is reshaping human activities and creating new opportunities for international cooperation in resource development [1] - MicroStep Mis, a Slovak company, aims to collaborate with Chinese enterprises in weather monitoring solutions for low-altitude flying, highlighting the need for advanced meteorological equipment [1] - The Chinese company Cangzhou Shark Aircraft Manufacturing Co., Ltd. has partnered with Slovak company Klein Vision to produce the second-generation AirCar, with a projected market of 30,000 flying cars in China over the next 5 to 10 years, valued at over 100 billion yuan [2] Group 2: Robotics and AI - The humanoid robot industry is transitioning from R&D to commercial production, with China emerging as a key player due to policy support and industry advantages [2] - Hangzhou Yushu Technology Co., Ltd. plans to collaborate with universities and research institutions to tackle core technology challenges in humanoid robots and expand into Southeast Asia and the Middle East [2] Group 3: Innovation and Market Expansion - The China-Central and Eastern European Countries Expo features a new digital innovation section showcasing advanced technologies from both regions, attracting numerous exhibitors and visitors [3] - Polish company Biomass Energy Project S.A. is seeking new cooperation opportunities in China, focusing on high-end healthcare projects due to the aging population [4] - Livestocker, a Hungarian company, has introduced its smart farm management system to the Chinese market, which has already been successfully implemented in over 30 large farms in Europe [5]