Group 1 - The year marks the beginning of the "14th Five-Year Plan," emphasizing the need for high-quality development and the importance of seizing new opportunities [1] - Industrial operating systems are identified as the core support for intelligent manufacturing, with a focus on enhancing independent innovation capabilities and achieving breakthroughs in key technologies [1] - The intelligent product and solution showcase at the AI Ecological Street in Nanjing highlights the need for a robust innovation ecosystem and the promotion of AI across various industries [1] Group 2 - The company, Zhongke Chuangda Software Technology Co., is recognized for its achievements in smart operating system development and is encouraged to focus on intelligent, green, and integrated directions [2] - There is a strong emphasis on the urgency of integrating technological and industrial innovation, with a call to implement the "Artificial Intelligence+" initiative to foster emerging pillar industries [2] - Nanjing is urged to take a proactive role in cultivating leading technology enterprises and advantageous industrial clusters to contribute to the development of new productive forces [2]

江苏入选项目包括朗坤智慧科技股份有限公司的"面向钢铁行业的风机能效优化控制解决方案"、南 京特沃斯清洁设备有限公司的"工业现场智能清洁机器人解决方案"等，标志着这些企业在智能制造领域 的创新成果取得国家级认可，入选项目服务的重点行业包括钢铁、建材、汽车及汽车零部件、医疗装 备、工程机械、纺织、医药、电子设备、光伏、集成电器等，均为江苏的重点和优势产业。下一步，揭 榜企业将继续深化人工智能与工业场景的融合创新，助力行业数字化转型与高质量发展，为我国智能制 造体系建设贡献更多创新成果。 工业和信息化部办公厅、市场监管总局办公厅日前联合印发通知，公布2025年度智能制造系统解决 方案"揭榜挂帅"项目名单，全国共73个项目入选，其中14个江苏项目在列，入选数全国最多。 据悉，为贯彻落实《制造业数字化转型行动方案》，按照《"十四五"智能制造发展规划》任务部 署，打造智能制造"升级版"，两部门进行了此次评选，名单经省级有关部门推荐、专家评审、网上公示 等程序后评选得出。 ...

Core Viewpoint - The newly released "Implementation Guidelines for Intelligent Transformation and Digitalization in the Electric Vehicle Industry of Jiangsu Province" aims to guide electric vehicle companies in continuous upgrades across emerging technologies, key techniques, business processes, and core elements to further promote industry transformation and development [1] Summary by Sections Target Audience - The guidelines primarily target midstream companies within the electric vehicle industry chain in Jiangsu Province, recognizing the varying digitalization foundations and resources of large, medium, and small enterprises [1] Implementation Paths - Different implementation paths are suggested based on company size: - Large vehicle manufacturers should aim to set industry benchmarks and lead upgrades - Medium-sized enterprises should focus on key areas for collaborative breakthroughs - Processing and supporting enterprises, along with small and micro enterprises, should concentrate on core needs for low-cost transformation [1] Common Paths for Industry Transformation - Four common paths for industry transformation are outlined: 1. During the planning phase, companies can utilize the integration of informatization and industrialization management system along with digital transformation maturity models for systematic diagnosis and assessment 2. In the organizational implementation phase, emphasis should be placed on the deep integration of digital projects with core business, promoting digital transformation of operational models through customized development and continuous optimization 3. In the effectiveness evaluation phase, companies should leverage digital capability assessment systems and multi-dimensional data analysis to accurately identify weak links in the transformation process and propose targeted improvement suggestions 4. In the iterative optimization phase, continuous improvement of solutions should be pursued, forming a closed-loop management model of "assessment—optimization—re-assessment" to advance intelligent transformation and digitalization to higher levels [1]

Core Viewpoint - The news highlights the significant improvements in ecological environment and water quality in Jiangsu Province, alongside the development of tourism and green projects, indicating a successful balance between economic growth and environmental protection [1][2][3][6][7]. Group 1: Ecological Improvements - By 2025, Jiangsu's national examination sections with Grade III water quality reached 94.8%, an increase of 1.0 percentage points year-on-year, maintaining a trend of annual improvement during the 14th Five-Year Plan [1]. - The PM2.5 concentration in Jiangsu was reported at 31.3 micrograms per cubic meter by the end of 2025, showing a 3.1% improvement, with good air quality days reaching 81.6% [1]. - Jiangsu has achieved a historic transformation in its ecological environment, moving from severe degradation to significant improvement during the 14th Five-Year Plan, while also crossing three trillion yuan GDP milestones [1]. Group 2: Water Quality Management - The "Taihu Light" ecological dredging platform, set to be operational in 2025, will clear 8,000 cubic meters of sediment daily, ensuring that treated water meets Grade III surface water standards before being discharged into Taihu Lake [2]. - Jiangsu has implemented a classification system for industrial and domestic wastewater, leading to significant improvements in water quality across major rivers and lakes, with the Yangtze River's main stream achieving Grade II quality for eight consecutive years [2]. Group 3: Air Quality and Emission Control - Jiangsu has shifted its focus from traditional pollutants to volatile organic compounds (VOCs), with nearly 300 coal-fired units undergoing deep denitrification by 2025, covering about 90% of the province's coal-fired capacity [3]. - The province has initiated the "Green Island" project to promote proactive VOCs emission reduction strategies, enhancing the overall ecological system quality [3]. Group 4: Environmental Approval Processes - Jiangsu has optimized its environmental impact assessment (EIA) processes, reducing approval times from 30 days to under 5 minutes in some cases, thereby facilitating faster project initiation [4][5]. - The province has launched initiatives to support 3,000 major projects through streamlined EIA processes, enhancing the efficiency of environmental governance [5]. Group 5: Green Development Initiatives - Jiangsu is advancing low-carbon transitions in various sectors, with two regions recognized as national-level zero-carbon parks by December 2025, showcasing the province's commitment to sustainable development [6]. - The province has conducted carbon audits for 515 key enterprises in major industries, achieving a 100% compliance rate for annual carbon market obligations [6]. Group 6: Institutional Support for Environmental Goals - Jiangsu has established a comprehensive ecological environment infrastructure plan, with 2,386 key projects enhancing environmental capabilities [7]. - The province has introduced various regulations and guidelines to protect biodiversity and improve marine environmental quality, laying a solid legal foundation for ecological development [7].

Core Viewpoint - Yangzhou is focusing on developing characteristic industries to enhance its economic resilience and competitiveness, with a strategic emphasis on high-quality development and innovation. Group 1: Industry Development - The CNC forming machine tool industry cluster in Yangzhou has over 100 enterprises, achieving an annual industrial scale exceeding 20 billion yuan, recognized as a national-level characteristic industry cluster [1] - Yangzhou's shipbuilding sector is thriving, with over 50 orders for the Crown 63 series bulk carriers, indicating strong market demand and a focus on high-value vessels [2] - The city is cultivating "invisible champions" in various sectors, such as Fengshang Intelligent in feed equipment and Guangling Medical Consumables, emphasizing specialization over broad market coverage [3] Group 2: Strategic Focus - Yangzhou's approach to industry development is characterized by a focus on unique advantages and deep market penetration, moving from a crowded low-cost competition to specialized high-tech sectors [5] - The city is leveraging its agricultural resources to develop modern clusters in products like hairy crabs and lotus roots, enhancing brand recognition and market presence [5] - The establishment of a microelectronics industrial park in Hanjiang, gathering over 30 related enterprises, signifies a strategic move towards high-tech industry development [6] Group 3: Policy and Support - Yangzhou is implementing targeted support policies for key industries, including a 15-point measure for the food industry to scale up to 2.5 billion yuan [8] - The city is fostering innovation through expert consultation groups and collaborative research initiatives, addressing critical technological challenges [8] - A dual online and offline platform for industry matchmaking has been established, facilitating over a thousand supply-demand connections [9] Group 4: Future Outlook - Yangzhou aims to continue deepening its characteristic industry strategy as part of its "14th Five-Year Plan," positioning these industries as pillars for high-quality development and regional competitiveness [9]

Group 1 - The completion of the JieJieXi digital energy equipment project in Jiangyin's Lingang Economic Development Zone marks a significant milestone, with local supply chain construction accelerating [1] - Localizing the supply chain can reduce costs by 12% to 19%, shorten delivery times by 20%, and improve the first-time delivery rate by 15% [1] - The local production rate for core components, such as plungers used in hydraulic motors, has reached 70%, with plans for a second factory to achieve 99% localization [1] Group 2 - The "chain symbiosis" model is creating a ripple effect, with companies like Jiangsu Dena Precision Bearing Co., Ltd. investing significantly in technology upgrades and achieving annual supply agreements worth 18 million yuan, expected to reach 23 million yuan by 2026 [1] - The Lingang Development Zone is reconstructing its industrial ecosystem with a "chain thinking" approach, covering the entire manufacturing chain from design to equipment manufacturing [2] - The zone encompasses 30 out of 31 manufacturing categories defined by national standards, with 4,676 manufacturing enterprises interconnected within the ecosystem [2]

Core Insights - The article highlights the launch of a training program by Yafu Technology aimed at improving the quality control of pigeon products, addressing concerns related to disease prevention and drug residue in pigeon farming [1][2] Group 1: Training Program and Technologies - The training event attracted experts from various agricultural institutions and local farming representatives, focusing on key technologies for disease prevention and green farming practices [1] - Demonstrations included rapid drug residue testing for pigeon eggs, showcasing a simple method that can be easily adopted by ordinary pigeon farmers [1] - A technology for assessing vaccine antibody levels in pigeons was presented, allowing farmers to scientifically determine vaccination protocols and reduce disease risks [2] Group 2: Challenges in Pigeon Farming - Many pigeon farmers struggle with selecting the right medications and understanding withdrawal periods, leading to potential drug residue issues [2] - Research on drug withdrawal periods has led to the establishment of precise guidelines to prevent the sale of pigeons with drug residues [2] Group 3: Industry Implications - The project emphasizes the concept of "small species, big industry," aiming to leverage technology to transition the pigeon industry towards green agriculture [2] - The initiative is expected to enhance profitability for farmers while ensuring consumer safety and confidence in pigeon products [2]

Core Viewpoint - The newly released "Implementation Guidelines for Intelligent Transformation and Digitalization in the Electric Vehicle Industry" aims to guide electric vehicle companies in Jiangsu Province towards continuous upgrades in emerging technologies, key technologies, business processes, and core elements to further promote industry transformation and development [1] Summary by Relevant Sections Target Audience - The guidelines primarily target midstream companies within the electric vehicle industry chain in Jiangsu Province, acknowledging the complexity of electric vehicle product development and manufacturing, as well as the varying digitalization foundations and resources among large, medium, and small enterprises [1] Implementation Paths - The guidelines propose different implementation paths for various types of companies: - Large vehicle manufacturers should aim to set industry benchmarks and lead industrial upgrades - Medium-sized enterprises should focus on key areas to achieve collaborative breakthroughs - Processing and supporting enterprises, along with small and micro enterprises, should concentrate on core needs to achieve low-cost transformations [1] Common Paths for Industry Transformation - The guidelines outline four common paths for industry transformation: 1. During the planning phase, companies can utilize the integration of information technology and industrialization management system along with digital transformation maturity models for systematic diagnosis and assessment 2. In the organizational implementation phase, emphasis should be placed on the deep integration of digital projects with core business, promoting digital transformation of operational models through customized development and continuous optimization 3. In the effectiveness evaluation phase, companies should leverage digital capability assessment systems and multi-dimensional data analysis to accurately identify weak links in the transformation process and propose targeted improvement suggestions 4. In the iterative optimization phase, continuous improvement of solutions should be pursued, forming a closed-loop management model of "assessment—optimization—re-assessment" to advance intelligent transformation and digitalization to higher levels [1]

"3500"不仅是数量的跨越，更是"硬科技"驱动下企业创新能级的跃升。2025年以来，昆山企业共有36项 技术攻关项目获上级立项支持，其中国家级项目17项，承担重大科技任务的能力增强。龙头企业的技术 突破，牵引全市产业向价值链高端攀升。在此基础之上，昆山创新型企业梯队加速崛起：全年认定江苏 独角兽企业5家、潜在独角兽企业18家、瞪羚企业124家，数量均创历史新高；作为后备军的国家级科技 型中小企业备案数首次突破4000家，达4263家，构建起"雁阵齐飞"的格局。 本报讯(记者范昕怡)记者1月6日从昆山市科技局获悉，最新数据显示，昆山市有效高新技术企业总量突 破3500家，连续12年位居苏州各板块首位。在总量持续领跑的同时，昆山全年高新技术企业申报数、公 示认定数、净增数均位列苏州第一。 近年来，昆山深化"研发在上海、制造在昆山"协同机制，依托重大平台推进产学研融合。培育端，昆山 建立科技企业监测系统，实施"做当年、备来年、谋三年"全生命周期服务，对超200家重点企业"点对 点"辅导，推动高企认定率提升近10个百分点；在政策端，全年落实高企奖补资金超1亿元，惠及企业 2146家。 ...

Core Viewpoint - The article highlights the advancements in non-invasive brain-machine interface (BMI) technology developed by the Suzhou Institute of Biomedical Engineering and Technology, emphasizing the integration of scientific research and industrial application to address clinical needs and enhance patient care [1][6]. Group 1: Technology Development - The Suzhou Institute has developed a non-invasive BMI technology that allows for real-time imaging of blood flow in capillaries within the brain, showcasing its potential for various applications [1]. - A novel temperature-controlled phase-change conductive gel based on natural gelatin has been created, which significantly improves the comfort and usability of the electrodes by eliminating the need for shaving hair and enhancing signal quality by over 100 times compared to traditional electrodes [2]. - The research team is working on overcoming the challenge of deep imaging through advancements in ultrasound and optical imaging technologies, aiming to capture brain activity with high precision [3]. Group 2: Clinical Application and Innovation - The integration of ultrasound imaging technology has enabled the team to visualize microvascular flow in the brain, which is crucial for understanding neural activity, with plans to develop specialized equipment for research applications [3]. - A new wireless wearable EEG system has been developed that can decode patients' intentions during imagined movements, aiding in rehabilitation for stroke patients and other neurological conditions [4]. - The team is also involved in establishing the first national standards for wearable BMIs, which is expected to enhance product quality and promote sustainable development in the BMI industry [5]. Group 3: Collaborative Efforts and Future Directions - The collaborative efforts of multiple research teams at the Suzhou Institute illustrate a clear path for integrating technological innovation with industrial application, focusing on real-world needs and interdisciplinary cooperation [6]. - The establishment of standards and regulations in the BMI sector is seen as a critical step towards maturing the technology and facilitating its transition into practical use, thereby unlocking its economic value [5][6].