从刚性执法到柔性指导，从单一监管到多元共治，余杭区正在探索一条"力度与温度并存"的治理新 路。这种转变不仅提升了监管效能，更激发了市场主体的自律意识，织就了一张既严密又充满韧性的治 理防护网，让市民的获得感、幸福感、安全感更加充实、更有保障、更可持续。 个案背后，是余杭区治理理念的深层转变。面对辖区内近千家分布零散、业态复杂的"三小"主体， 余杭创新推出一套治理"组合拳"，即通过打通市场监管、卫健等多部门数据，为近1000家"三小"主体建 立"一店一档"数字档案，实现监管信息动态更新。同时，余杭区市场监管部门还借助大数据分析筛查风 险，精准锁定重点监管对象，推动监管方式从"人海战术"向"智慧监管"转变。 在强化监管的同时，余杭也注重事前服务指导。针对"三小"主体专业能力参差不齐的特点，余杭创 新构建"集中培训+上门服务+线上学习"三维指导模式。今年以来，余杭已开展专项培训及警示教育5 场，覆盖从业人员400余人次；组织"安全用妆"等主题宣传7场，发放资料1300余份。 近日，余杭"某大药房未按规定销售处方药案"入选省药监局典型案例。从首次责令整改到复查后依 法处罚，这一执法过程展现了余杭区在"小药店、小诊所、 ...

转自：中国质量报 智慧监管破题外卖安全 山西太原小店区构建"政府—平台—社会"共治新格局 □ 本报记者 秦海峰 外卖商户后厨AI实时巡检、电子证照平台与监管部门双向共享、"食安封签"为餐品配送全程护航——这 些智慧监管举措正在山西省太原市小店区加速落地。日前，小店区市场监管局与美团等第三方外卖平台 共同召开外卖智慧监管暨主体责任落实推进会，以技术创新重构食品安全治理体系，标志着小店区网络 餐饮服务监管迈入"政企数据互通、社会多元共治"的新阶段。 智慧监管实现三大突破。此次推进会打通数据壁垒，小店区市场监管局与美团平台建立电子证照共享机 制，实现对入网商户资质真实性、有效性的动态核验，从源头杜绝无证经营。更引人注目的是，全区正 加速推进无堂食外卖商户后厨AI监控全覆盖，智能系统可自动识别卫生脏乱、未规范着装等风险行 为，使监管模式实现从"人工抽查"到"智能全查"的转变。而基于订单数据、投诉信息与监管记录构建的 商户"食安指数"，将为精准监管和平台流量分配提供量化依据。 智慧监管还有力推动平台主体责任落地见效。针对社会关注度高的"幽灵厨房"问题，美团被要求在1个 月内完成所有入驻商户的实地核查，确保实体门店与备案 ...

Core Insights - The project aims to enhance groundwater environmental monitoring and regulatory capabilities in Jining, Shandong Province, addressing challenges such as complex groundwater strata and significant water quality differences [1][2] Project Content - The project focuses on three main areas: - Comprehensive integration and assessment of groundwater monitoring well information, establishing a data foundation for online monitoring [2] - Scientific enhancement of the groundwater monitoring network, achieving real-time monitoring of over 200 groundwater monitoring points [2] - Development of a smart regulatory platform for groundwater management, integrating various core functional modules for comprehensive ecological monitoring [2] Project Innovations - The project achieves innovation through: - Scientific site selection and smart regulation, optimizing monitoring well layout for comprehensive coverage and real-time data collection [3] - Source prevention and scientific site selection, implementing strict admission rules to mitigate groundwater pollution risks [4] - Closed-loop management and precise law enforcement, ensuring efficient tracking of environmental issues from detection to rectification [5] Application Effectiveness - The project has led to significant improvements in groundwater environmental regulatory capabilities: - More precise monitoring network, enhancing data accuracy and coverage for real-time monitoring [6] - Smarter regulatory model, providing robust technical support for daily monitoring and emergency response [6] - More efficient management processes, ensuring thorough tracking of environmental issues and enhancing corporate compliance awareness [7] Company Profile - The project is undertaken by Shandong Youqing Environmental Technology Co., Ltd., a high-tech enterprise specializing in comprehensive environmental technology services, with over 20 qualifications and honors [8]

Core Points - The Hainan Free Trade Port will officially start its full island closure operation on December 18, 2025, enhancing the efficiency of cargo clearance at "second-line ports" [2][3] - The Haikou Meilan International Airport has successfully passed national-level acceptance for its "second-line port" operation project, indicating improved construction and operational mechanisms [2] - The cargo clearance process at Meilan Airport will transition from a paper-based model to a digital and efficient model, increasing overall clearance efficiency by 30% and reducing peak-time queuing [2][3] Group 1 - The centralized inspection area at Haikou New Port and South Port will handle over 80% of the province's cargo and express mail clearance tasks, implementing an efficient clearance model of "one declaration, one inspection, one release" [3] - The expected increase in production factors and enterprises gathering in Hainan post-closure will lead to a rise in goods sent to other domestic regions [3] - Customs will implement supervision on "zero tariff," relaxed trade management measures, and tax exemption for processing and value-added goods at the "second-line ports" after the closure operation [3] Group 2 - The customs smart supervision platform is connected with the Hainan International Trade "single window," allowing for rapid approval and data analysis of all outbound goods [3] - Low-risk goods can clear customs in about one minute, while high-risk goods will undergo further inspection [3] - Comprehensive pressure tests are ongoing at various ports to ensure smooth and orderly operations of the Hainan Free Trade Port [4]

Core Points - The opening of the hovercraft passenger transport route between the Tongjiang water port and the Russian port of Nizhny Novgorod marks a significant development in cross-border travel, providing a quick five-minute journey over ice-covered waters [1][3] - The service aims to enhance the travel experience for passengers, with a focus on seamless service integration from the inspection hall to the hovercraft [2][5] Group 1 - The hovercraft service, named "Longfei 22," has attracted many frequent travelers familiar with the customs process, indicating a strong demand for cross-border travel [2] - Various inspection units at Tongjiang have implemented a proactive approach to ensure smooth travel, including establishing an information communication mechanism with hovercraft operators [2][5] - The use of intelligent equipment for baggage and passenger monitoring has been emphasized to create a comfortable and efficient customs environment [2][5] Group 2 - The introduction of smart regulatory measures and the Beidou positioning system for real-time tracking of the hovercraft enhances safety and efficiency during operations [5] - The collaboration between maritime authorities and hovercraft operators has led to streamlined procedures, reducing approval times and simplifying declaration processes for travelers [5] - The hovercraft service complements other seasonal transport options, creating a year-round connection for cross-border travel [5]

Core Insights - The second Market Supervision System Enterprise Annual Report Data Analysis Competition preliminaries concluded successfully in Beijing on November 5, with 32 local market supervision department teams participating [1] - 14 teams, including those from Beijing, Tianjin, and Shanxi, advanced to the finals after rigorous evaluation [1] - The competition aims to enhance the ability and effectiveness of enterprise annual report data analysis, supporting high-quality economic development and providing references for scientific decision-making [1] - It also promotes the deep integration of smart regulation and credit regulation, contributing to the continuous improvement of market supervision modernization [1]

Core Insights - The article discusses a recent special equipment safety regulation research conducted by the Shanghai Free Trade Zone Lingang New Area Market Supervision Bureau in Hefei Economic Development Zone [1] Group 1: Special Equipment Safety Regulation - The research focused on special equipment safety regulation, risk prevention, and the construction of smart regulation systems [1] - A meeting was held to share the overall progress of special equipment safety regulation, including innovations in regulatory team building and the implementation of corporate responsibilities [1] Group 2: Practical Implementation - The research included a visit to a forklift manufacturing company to understand the quality control processes, safety management systems, and technological innovations in the production of special equipment [1] - The Hefei Economic Development Zone Market Supervision Bureau aims to leverage this research to enhance safety regulation innovations and improve governance capabilities for high-quality economic and social development [1]

Core Viewpoint - The newly published "Ecological Environment Monitoring Regulations" aims to standardize ecological environment monitoring activities, enhance monitoring capabilities, and ensure data quality to support ecological civilization and high-quality economic development [1][2]. Group 1: Regulatory Framework - The regulations establish a comprehensive legal framework covering the entire chain of "monitoring-data-supervision-accountability," marking a new era of rule of law and high-quality development in ecological environment monitoring [4]. - The regulations emphasize the need for specialized administrative laws to address existing issues in monitoring capabilities and data quality [2]. Group 2: Monitoring System and Responsibilities - The regulations outline clear responsibilities for government departments, enterprises, and technical service institutions, imposing strict legal liabilities for non-compliance [5][7]. - A "double penalty system" is introduced for technical service institutions that falsify monitoring data, including hefty fines and bans on providing monitoring services [5]. Group 3: Technological Integration and Market Impact - The regulations are expected to stimulate new demands for monitoring equipment and services, promoting the integration of new technologies with traditional monitoring devices [4]. - The introduction of advanced technologies such as drones, satellite remote sensing, and AI data analysis platforms is anticipated to enhance monitoring efficiency and accuracy [4]. Group 4: Data Quality and Integrity - The regulations stress the importance of data authenticity and accuracy, establishing a comprehensive regulatory mechanism to ensure the credibility of monitoring data [2][3]. - A robust management system for self-monitoring data quality is proposed to create a "firewall" against data falsification [3].

Core Insights - The trade value between China and Nordic countries reached $42.43 billion in the first three quarters of 2025, marking a 7.2% increase year-on-year, with agricultural and food product trade at $2.4 billion, up 11.8% [1] - In 2024, the trade value is projected to be $53.17 billion, an 8.5% increase from the previous year, with agricultural and food product trade expected to reach $2.95 billion [1] - The first China-Nordic Customs Inspection and Quarantine Cooperation Dialogue aims to enhance cooperation in customs inspection and quarantine, focusing on food safety and trade facilitation [1] Group 1 - The dialogue emphasized smart regulation and the application of new technologies in customs inspection and quarantine [2] - Participants agreed on the necessity of strengthening communication and cooperation in response to new challenges posed by economic globalization [2] - The meeting highlighted the importance of promoting trade liberalization and exploring partnerships in smart regulation to ensure the stability of supply chains [2]

Core Viewpoint - The digital transformation driven by the digital economy is profoundly changing university laboratories, evolving them into smart platforms that enhance resource allocation, governance models, and organizational structures to better support technological innovation and high-level talent cultivation [1] Digital Twin: Resource Reconstruction in Experimental Education - The integration of artificial intelligence in educational practices is essential for universities to adapt to the digital era, deepen teaching reforms, and cultivate innovative talents [2] - Traditional experimental education faces limitations due to physical space, equipment costs, and safety risks, making it difficult to meet the demands for scalable, personalized, and cutting-edge teaching [2] - The use of digital twin technology to create virtual simulation teaching platforms allows for precise mapping and real-time interaction between physical laboratories and virtual spaces, addressing high-risk, high-cost, and high-pollution issues in traditional experimental teaching [2] Bridging Theory and Practice - Virtual simulation teaching platforms effectively bridge the gap between theoretical knowledge and practical skills, ensuring students enhance their practical skills and cultivate innovative thinking in a safe environment [3] - By integrating cross-departmental and cross-disciplinary resources, virtual laboratories and high-quality experimental courses are developed, leading to a centralized and shared experimental teaching resource library [3] Smart Supervision: Strategy Transformation in Safety Governance - Establishing a new safety governance system that combines digitalization and safety is crucial for enhancing risk prevention capabilities and ensuring safety in university laboratories [4] - The integration of safety management standards and procedures into digital platforms allows for comprehensive traceable management of risk sources throughout their lifecycle [4] Intelligent Security System - A three-pronged intelligent security system that includes human, physical, and technical defenses is being developed to monitor laboratory safety in real-time and provide intelligent analysis and intervention [5] - Virtual simulation technology is utilized for safety training, enhancing emergency response capabilities among faculty and students [5] Open Sharing: New Ecological Model for Research Organizations - The creation of a digital and shared research organization ecosystem is necessary for universities to enhance service capabilities and strengthen research support [7] - Digital tools clarify responsibilities and benefits in the open sharing of large instruments, integrating management processes into a coordinated service chain [7] Platform Integration of Equipment Resources - The integration of dispersed equipment resources into a public service system enhances service professionalism and authority, promoting the free flow and recombination of innovative elements [8] - This open and shared research ecosystem addresses the challenges of resource isolation and fragmentation, improving resource utilization efficiency and supporting major original innovations [8] Future Directions - Continued digital empowerment is essential for laboratories to transition from traditional management to digital governance, from resource dispersion to shared collaboration, and from experience-driven to data-driven decision-making [8]