"在中国能养好猪，在全世界都能养好猪。"正大集团农牧食品企业中国区副董事长，广东湛江、海南区 总裁杨军向南方财经记者表示，中国养猪的难度系数是最高的，要面对疫病防控压力突出、土地与环保 约束趋紧、饲料资源对外依存度高等多重挑战。 不过在技术加持下，这些难题正在被一一破解。"现在5人就能养3万头猪，消费者扫码便可知猪肉的'前 世今生'。"杨军介绍，正大集团建立的猪场以5G网络为中枢，融合物联网、AI与区块链技术，能智能 生成猪群PSY（每头母猪每年提供的断奶仔猪数）、空怀数等关键报表，动态调整养殖方案。围绕全产 业链，集团已经建立了覆盖"饲料－养殖－屠宰－消费"的数字化体系。 当养殖业正从粗放型向智能化升级，"人养设备，设备养猪"成为现代养猪的精准概括。根据《广东省生 猪产能调控实施方案（修订）》，全省需保持能繁母猪存栏量稳定在190万头左右，规模猪场（户）数 量不低于5000户，生猪自给率维持在70%以上，以推动生猪产业持续健康发展，增强猪肉供应的安全保 障能力。在此背景下，数字猪场为广东及全国养殖业的现代化发展提供了一种可行方案。 据悉，正大在湖北襄阳、河南洛阳、江苏徐州已建成投产100万头生猪种养加销一体 ...

昨天（9月26日）上午，"蟹起阳澄 味誉全球"2025苏州阳澄湖大闸蟹开捕推介活动在苏州工业园区 阳澄湖半岛旅游度假区举行。 此外，全新阳澄湖大闸蟹专用包装与专卖店统一店招亮相，《苏州阳澄湖大闸蟹质量等级》标准正 式推出，《苏州阳澄湖大闸蟹品质特征蓝皮书》系统发布，推动阳澄湖大闸蟹品牌建设更加标准化、科 学化、高端化。 据现场文旅推荐官介绍，苏州巧妙串联大闸蟹美食与江南文化旅游体验，推出多条精品品蟹旅游线 路。园区阳澄湖旅游公司发布的"交个螃友"秋日焕新季系列主题活动，将蟹农、蟹市、蟹节与旅游服务 深度融合，为游客提供更丰富、更便捷的沉浸式品蟹之旅，进一步激活区域文旅消费新动能。 据介绍，区分防伪专用标识是为了区分不同的养殖区域。蟹壳红防伪专用标识用于阳澄湖围网养殖 区域，蟹壳青防伪专用标识用于高标准池塘养殖区域。 为促进阳澄湖大闸蟹养殖业发展，促进消费拓展，活动现场，第二届苏州"阳澄湖杯"蟹王大赛同步 启动，各路养蟹高手、挑蟹能手可以积极参赛一展身手。 据介绍，从抽样调查情况来看，今年大闸蟹长势良好，品质上乘，预计全年阳澄湖大闸蟹产量在 1.035万吨左右，其中围网养殖区域面积1.57万亩，产量预计在155 ...

Core Insights - The 2025 China Xinghua Village International Wine Expo will be held in Fenyang, showcasing nearly 500 domestic and international wine enterprises, emphasizing the integration of technology, culture, and consumption [1][3][4] - The expo serves as a key platform for Chinese wine culture to connect with the international market, highlighting the success of the Lüliang wine region as a model for innovation in the industry [3][4] - The event is expected to significantly boost local economic development, with Fenyang's GDP reaching 37.627 billion yuan in 2024, reflecting a 170.5% increase since 2016 [4] Industry Development - The expo aims to elevate industry standards and reshape the development landscape by promoting collaboration and technological innovation among global wine enterprises [5][6] - Over 30 specialized activities will take place during the expo, including high-level conferences and awards that provide authoritative product quality certification [6] - The integration of cultural and technological elements will be showcased through smart brewing technologies and blockchain traceability, enhancing the consumer experience [6] Economic Impact - The expo has a strong impact on local economic growth, with previous events generating sales in the millions of yuan, demonstrating its effectiveness in driving explosive marketing for wine products [4] - The event is positioned as a new urban brand for Fenyang, contributing to high-quality regional economic development [4][5]

在跨越速运的物流世界里，每一票货物从下单的那一刻起，便进入了一个由数字孪生、智能算法与物联 网设备共同构建的"平行宇宙"。通过在货物包装中嵌入的智能传感器，系统能实时采集位置、温度、湿 度、震动等数据，并在云端生成一个与物理货物完全同步的虚拟分身。当货物在高速公路上因事故停滞 时，系统会立即对比历史数据，预判延误风险，并自动触发备用路径规划——可能是调取附近的社会运 力，也可能是协调一架全货机改道接驳。这种"未卜先知"的能力，让跨越速运的"隔日达"承诺不再依赖 运气，而是建立在可计算的确定性之上。 当跨境电商因物流延迟错失爆单机会，当高端制造因关键部件断供被迫停产，跨越速运的"隔日达"服务 正以一张覆盖"空天陆"的科技网络，将物流行业的"不确定性"转化为供应链中的"确定性资产"。 从数字孪生的"虚拟分身"到智能关务的"跨境快车道"，从柔性运力的"按需召唤"到区块链溯源的"信任 重构"，跨越速运的科技网络正在覆盖物流的全链条、全场景。当行业还在用"价格战"和"规模战"争夺 市场时，跨越速运已用技术筑起一道难以逾越的竞争壁垒——因为在这里，"隔日达"从不是终点，而是 用科技为供应链注入"确定性基因"的起点。在这场 ...

Core Viewpoint - The successful implementation of a 5G smart factory by Shandong Xianchun Dairy represents a significant advancement in the digital transformation of the dairy industry in Rizhao, setting a new benchmark for the sector in Shandong Province [4][5][7] Group 1: Project Overview - Shandong Xianchun Dairy has been recognized as the first company in Rizhao to be included in the Ministry of Industry and Information Technology's "2025 5G Factory Directory" [4] - The project is supported by China Mobile, which provides a 5G deterministic network solution to enhance the entire dairy production process [4][5] Group 2: Technological Innovations - The factory utilizes a 5G+ blockchain system for full traceability of dairy products, allowing consumers to access complete sourcing information by scanning a code [5] - A 5G intelligent visual recognition system is employed to achieve over 30% improvement in production efficiency through AI-driven product classification [5] - The logistics process incorporates 5G+ IoT technology, deploying smart AGV vehicles and unmanned forklifts, resulting in a 25% increase in storage turnover efficiency and a 20% reduction in logistics costs [5] Group 3: Industry Impact - The project serves as a successful case of 5G technology application in traditional manufacturing, revolutionizing production management and providing replicable experiences for regional industrial upgrades [7] - The company aims to deepen strategic collaborations with industry leaders and accelerate the development of "5G+ Industrial Internet" demonstration projects to further empower the digital upgrade of the dairy manufacturing sector in Rizhao and Shandong [7]

Core Insights - The article discusses the transformation of China's agriculture industry driven by digital economy and rural revitalization strategies, highlighting the integration of production, processing, circulation, and sales as a key solution to existing challenges [2] - The F2B2C platform developed by Shushangyun is presented as a replicable solution for digital upgrades in agricultural industry clusters, creating a closed-loop system from production to consumption [2] Policy and Market Drivers - National policies, including the "14th Five-Year Plan," emphasize the acceleration of smart agriculture and digital transformation, with over 20 billion yuan allocated for agricultural digitalization in 2024, 40% of which is for supply chain collaboration platforms [3] - By 2025, the plan aims to increase certified green and organic agricultural products by over 20% and expand cold chain logistics capacity to over 20 million cubic meters, providing essential infrastructure for integrated supply and sales [3] Market Demand and Trends - The demand for quality agricultural products is rising, with urban residents' disposable income expected to grow by 48% from 2020 to 2025, leading to a shift in consumer preferences towards safety, nutritional value, and cultural attributes [5] - The market for specialty agricultural products is projected to exceed 1.8 trillion yuan by 2025, with a compound annual growth rate of 12.3%, and the organic product market expected to grow from 120 billion yuan in 2020 to 380 billion yuan by 2025 [5] Innovations in Supply Chain Management - Shushangyun's platform employs a three-tier architecture of technology, business, and data to create a comprehensive supply and sales platform, covering over 100,000 cooperative farmers and 5,000 acres of planting bases [4] - Key innovations include transitioning from experience-driven to data-driven supply chain management, addressing issues like information gaps, inefficient distribution, and financing challenges for small farmers [4][6] Future Trends - The article outlines a shift from "point digitalization" to "full-chain intelligence," with advancements in AI and blockchain reshaping the agricultural ecosystem [6] - The role of government is crucial in providing policy support and infrastructure, with plans to build 30 national-level cold chain distribution centers by 2025 [8] - Shushangyun aims to empower the agricultural industry through technology, process reengineering, and ecosystem collaboration, promoting standardization, branding, and internationalization [6][7]

Core Viewpoint - The integration of digital technology, biotechnology, and intelligent equipment is rapidly enhancing the development of the under-forest economy in China, transforming it into a key driver for high-quality growth in this green industry [1][2]. Group 1: Development of Under-Forest Economy - The under-forest economy is expanding in scale and becoming a crucial pillar for increasing income among mountain farmers, with various models such as ginseng, medicinal herbs, and edible fungi flourishing across different regions [1][2]. - The application of new technologies like remote sensing, intelligent environmental control, and blockchain traceability is increasing the added value of the under-forest economy, shifting it from scattered and extensive practices to intensive and efficient operations [1][2]. Group 2: Role of Technology - Technological advancements are significantly improving production efficiency and product quality, with modern breeding techniques and smart greenhouse technologies leading to substantial increases in yield and stability [2][3]. - Technology is facilitating the realization of multi-layered and composite operations, maximizing the utilization of forest resources while minimizing ecological disturbances [2][3]. Group 3: Challenges and Solutions - The under-forest economy faces challenges such as insufficient R&D investment, low efficiency in technology transfer, and a shortage of skilled professionals, which hinder the application of scientific advancements in practical production [2][3]. - Recommendations include increasing R&D funding, establishing mechanisms for technology transfer, and enhancing talent cultivation through training and incentives to attract professionals to the under-forest economy [3][4]. Group 4: Importance of High-Tech Integration - Enhancing the technological content of the under-forest economy is essential for achieving high-quality development, enabling the realization of both ecological and economic benefits, and contributing to rural revitalization and ecological civilization [4].

Core Viewpoint - The article emphasizes the importance of a comprehensive management system for the transportation of optical microscopes, focusing on 18 key control points throughout the entire logistics process [1] Group 1: Pre-Transportation Preparation - Equipment status confirmation includes functional testing, cleaning, and firmware checks to ensure the microscope is ready for transport [2] - Transportation plan formulation involves route planning to minimize transfer points, seasonal adaptations, and insurance coverage to mitigate risks [2] Group 2: Packaging Implementation - The inner packaging consists of shock-absorbing materials and custom foam inserts to secure the microscope, along with desiccants to control humidity [3] - The middle packaging includes dust covers and temperature-humidity monitoring devices to ensure environmental stability during transport [3] - The outer packaging utilizes IPPC-certified wooden crates with specific markings and waterproof treatments to protect against external elements [3] Group 3: In-Transit Monitoring - Sensor deployment includes vibration, temperature, and humidity monitoring systems to collect real-time data and ensure the safety of the equipment during transit [4] - An exception response process is established to address any anomalies detected during transportation [4] Group 4: Delivery Acceptance - The acceptance process involves a thorough inspection of the packaging, verification of accompanying documents, and a detailed functional testing of the microscope upon delivery [5] - A formal acceptance report is signed to document the condition of the equipment and any discrepancies [5] Group 5: Special Scenario Response Plans - International transport requires customs compliance, voltage adaptation, and multilingual support to facilitate smooth delivery [6] - Specific measures for extreme conditions, such as polar or conflict zones, include temperature control, safety enhancements, and emergency evacuation plans [6] Group 6: Future Trends - The integration of IoT technology for environmental monitoring and data collection during transport is highlighted, along with the use of AI for risk prediction [7] - Blockchain technology is proposed for data integrity and supply chain collaboration, ensuring transparency and trust in the transportation process [7] - Automation in transportation, including the use of unmanned vehicles and robotic arms for loading and unloading, is anticipated to enhance efficiency [7]

Core Viewpoint - The article emphasizes the reliability and quality of Hebei Zhengquan Steel Grating Manufacturer, highlighting its competitive advantages in the steel grating industry through advanced technology and a blockchain traceability system. Group 1: Qualifications and Certifications - Hebei Zhengquan holds ISO 9001 quality management certification and SGS international testing reports, with products passing 12 rigorous tests including load-bearing and salt spray corrosion tests [1] - All raw materials are sourced from top steel mills like Handan Steel and Ansteel, with each batch accompanied by spectral analysis reports, ensuring traceability of material quality [1] Group 2: Production Process - The company has introduced a fully automated welding line from Germany, achieving a shear strength of 3.5 kN, exceeding the industry standard of 2.5 kN [5] - An AI visual inspection system has reduced the defect rate to below 0.3%, and the high-temperature double-dip galvanizing technology creates a zinc layer of 85-100 μm, surpassing the national standard of 55 μm [5] Group 3: Blockchain Traceability - The self-developed blockchain traceability system generates a "digital file" for each steel grating, covering 128 parameters including raw material batch numbers and inspection reports [7] - This system has successfully intercepted substandard materials in projects, significantly reducing potential risks [7] Group 4: Service and Support - The company has established a rapid response mechanism, with a 2-hour response time and 24-hour on-site service [8] - Customers can track product performance and maintenance plans through the company's website, reducing the probability of unexpected failures to 0.3% [8] - The green recycling system allows for 95% material recovery from retired steel gratings, with a zinc slag recovery rate of 98% [8]

Core Insights - The article highlights the detection of high protein content in soybeans imported from Argentina to China, raising concerns about the authenticity of the product [1] - It emphasizes the technological advancements in China's customs inspection processes, which have improved the accuracy of biological risk factor interception by 20% [3] - The article discusses the implications of these developments for U.S. agricultural exports, particularly soybeans, which are facing increased costs and competition from South American suppliers [5] Group 1: Trade and Technology - A cargo ship carrying 300,000 tons of "South American soybeans" was found to have a protein content of 35.3%, exceeding the average of 34% for South American soybeans [1] - The blockchain traceability platform records 12 data points for each soybean, making it difficult to alter the product's origin [5] - China's customs have implemented three layers of checks, including protein spectrum analysis and random inspections, to ensure product integrity [5] Group 2: U.S. Business Response - U.S. businesses are responding to the challenges posed by the soybean incident by sending a high-level delegation to China, indicating the urgency of the situation [6] - Companies like Boeing and FedEx are particularly concerned about their market positions in China, with Boeing's orders constituting 23% of its global total [6] - Financial technology giants such as BlackRock and Nvidia are also increasing their presence in China, focusing on sectors like renewable energy and AI chips [6] Group 3: Strategic Implications - The soybean incident reflects a broader strategic competition between the U.S. and China over critical resources, including rare earth elements [6] - In June, China increased its rare earth exports to the U.S. by 660%, but still maintains strict controls on certain materials for military use [6] - The ongoing U.S.-China trade negotiations are centered around tariff extensions and export controls, with both sides seeking to protect their interests [7]