Group 1: Agricultural Production - The autumn and winter planting season is crucial for agricultural production, with efforts focused on improving sowing technology to ensure a good harvest for summer grain next year [10][11]. - As of November 20, over 95% of the winter wheat has been sown nationwide, with significant advancements in technology such as high-performance precision sowing machines being utilized [11]. - Various regions are implementing measures to enhance sowing quality and efficiency, including the use of organic fertilizers and mechanized sowing techniques [10][11]. Group 2: Consumer Market Trends - The consumer market is evolving towards personalization, quality, and scenario-based consumption, driven by technology and innovative supply-demand matching [14][17]. - The government has initiated policies to enhance the adaptability of consumer goods supply and demand, focusing on new technologies and market scenarios [16][17]. - Platforms like Douyin and Taobao are leveraging AI and algorithm optimization to improve consumer experience and support local industries [16][17]. Group 3: New Productive Forces - New productive forces are recognized as a core engine for developing new advantages and seizing future opportunities, with a focus on integrating technological and industrial innovation [20][23]. - The World Internet Conference showcased advancements in AI and flexible production technologies, highlighting their role in transforming traditional industries [22]. - Various regions are actively promoting the development of new productive forces, with significant initiatives in manufacturing and digital economy [22][23]. Group 4: Urban Renewal - Urban renewal is a systematic project aimed at enhancing the quality of urban life, with a focus on human-centered approaches and meticulous execution [26][30]. - Significant progress has been made in renovating old urban areas, with over 240,000 old residential communities improved during the "14th Five-Year Plan" period [29][30]. - Local governments are implementing diverse urban renewal projects, addressing infrastructure and community management challenges through innovative solutions [29][30].

活动围绕场景创新促进企业发展，发布了一批来自河北、天津的数字城市、生物医药、绿色化工等领域 场景需求。聚焦前沿与关键技术，天津市发布了"车路云一体化"智慧道路测试、京津冀同城商务区智慧 颐养等场景需求；雄安新区发布空天信息与卫星互联网、集成电路与应用等基于RISC-V架构的全域数 字城市场景需求；石家庄围绕细胞产品质量研究及检测服务发布技术产业应用场景需求；渤海新区黄骅 市发布光刻胶配方开发与产业化、可降解材料制品研发等绿色化工领域场景需求。北京开源芯片研究 院、北京工业软件产业创新中心、北京艺妙神舟生物医药股份有限公司等单位则发布了RISC-V生态构 建、"杨梅工业"智能体平台研发、基因细胞药物CAR-T关键技术等场景能力。 转自：北京日报客户端 "向新而行"系列活动——京津冀协同创新场景推介及供需对接会近日在京举办，一批京津冀协同创新合 作项目现场签约，推动新技术找到市场终端和落地场景。 合作签约环节，艾莫斯（天津）科技有限公司、天津市丰和博科技发展有限公司、河北省科技成果展示 交易中心、邯郸市云霓科技有限公司等7家单位与中科智汇工场成果转移转化平台合作签约，将围绕医 疗器械核心组件研发、手术机器人临床诊 ...

Core Insights - The article discusses the shift in China's innovation language from "projects" to "scenes," indicating a transformation in governance and economic strategy [1][2][3] Group 1: Shift in Innovation Language - "Scene" has emerged as a national buzzword, replacing "project" as the primary focus for development and innovation [2][3] - The transition from project-based thinking to scene-based thinking reflects a fundamental restructuring of national thought processes regarding innovation [3][4] - The National Development and Reform Commission emphasizes that scenes are essential for connecting technology and industry, marking a shift in the national innovation system [3][6] Group 2: New Organizational Logic - Scenes are now seen as a new organizational unit that integrates people, data, systems, and technology to facilitate innovation in real environments [4][5] - The traditional project-based approach, which emphasized linear structures and approvals, is becoming inadequate in the face of complex, cross-sector innovations [5][6] - The focus is shifting from merely executing projects to creating environments where innovation can thrive [6][7] Group 3: Government and Enterprise Dynamics - Local governments are adapting by creating "scene opportunity lists" to attract businesses, indicating a competitive shift towards providing better experimental platforms [10][11] - Enterprises are now competing based on their ability to create meaningful experiences within these scenes, rather than just on technological capabilities [11][12] - The competition is evolving from scale-based to perception-based, where understanding user needs becomes crucial [12][13] Group 4: Data and Algorithmic Influence - The competition for defining scenes is also occurring in the data realm, where algorithm companies and content platforms are reshaping experiences through their definitions of scenes [13][14] - Ownership of scenes translates to narrative power, as algorithms increasingly dictate user experiences [14][15] Group 5: Cultural and Systemic Implications - The article highlights a broader cultural shift where the ability to create scenes is becoming a measure of a civilization's maturity, moving from a focus on material production to relational and experiential quality [27][28] - The concept of "scene" is positioned as a new language of civilization, emphasizing the importance of trust and understanding in societal progress [28][29]

Core Insights - The Chinese government has issued an implementation opinion to accelerate the cultivation and large-scale application of new scenarios, leveraging the country's vast market and rich application scenarios to transform them into "scientific and technological innovation landscapes" [1][2] Group 1: Market and Technological Landscape - China's market, with over 1.4 billion people, and its leading number of R&D personnel are key drivers for innovation, enabling applications like autonomous vehicles, drone deliveries, and medical robots [1] - Despite existing advantages in AI, 5G, and quantum computing, many innovations remain in the "laboratory" stage and need effective market transformation [1][2] Group 2: Innovation and Industry Upgrading - Scenario innovation addresses real challenges in manufacturing costs and logistics efficiency, acting as a lever for industrial upgrades, exemplified by the "smart mine" scenario that can drive innovation across the entire supply chain [1] - Successful scenarios represent a systemic reconstruction of technology, industry, and production factors, creating a bidirectional cycle of demand and supply [2] Group 3: Collaborative Ecosystem - The collaboration between large enterprises and small to medium-sized enterprises fosters a synergistic ecosystem that enhances the coupling of innovation chains, industry chains, capital chains, and talent chains [2] - A smart connected vehicle scenario exemplifies the integration of multiple technologies, promoting cross-fusion and integrated innovation [2] Group 4: Implementation Strategies - Realizing the vision requires coordinated efforts from government, market, and society, including driving independent innovation in critical areas like chips and industrial software through demand [2] - Establishing foundational systems for data rights, circulation, and governance is essential for maximizing the potential of data as a production factor [2] - Promoting inclusive regulatory models like "sandbox regulation" will provide space for new developments and accelerate the establishment of corresponding standards and norms [2][3]

活动核心环节聚焦"场景创新"，河北、天津两地现场发布6项重点场景需求。其中，河北聚焦全域数字 城市建设、生物医药产业创新、绿色化工及数据中心绿色转型；天津则围绕智慧颐养城市更新与"车路 云一体化"智慧道路测试抛出橄榄枝。 针对这些需求，北京开源芯片研究院、北京工业软件产业创新中心等机构迅速响应，带来了基于RISC- V的生态构建、"杨梅工业"智能体开发平台等6项针对性解决方案，实现供需匹配。 本次活动现场共有10个合作项目完成签约，覆盖医药健康、汽车制造、农业及新材料等多个领域。这些 合作涉及跨区域园区共建、技术推广与产业化开发，为京津冀产业协同与创新成果转化树立了示范标 杆。 据悉，"向新而行"场景赋能新质生产力系列活动贯穿全年，以场景创新为主线，聚焦未来产业与关键核 心技术，通过常态化举办场景发布、技术对接、政策解读等活动，致力于服务企业"找市场、找合作、 找资金、找场景"，推动场景需求与创新供给的高效匹配。本次活动由京津冀协同发展联合工作办公室 等部门指导，三地多家促进中心共同主办，吸引了近200名企业、科研及投资机构代表参与。 新京报讯(记者陈琳)"向新而行"系列活动——京津冀协同创新场景推介及供需对 ...

Core Viewpoint - Jietu Automobile showcases its "Travel+" strategy at the Guangzhou Auto Show, emphasizing innovation in travel-related vehicle categories and user-centric design [1][3][5] Group 1: Product Launches and Innovations - Jietu presents multiple models including the 2026 Jietu Traveler, Traveler C-DM, Mountain Sea T1 4WD, and Mountain Sea L7 PLUS, focusing on travel and off-road capabilities [1][5] - The company introduces the "Traveling Small RV" category with the Mountain Sea L7 PLUS, featuring advanced configurations such as 32-variable electric seven-seater, dual smart refrigerators, and a range of 220 km on pure electric and 1700 km combined [9] - The Mountain Sea T1 4WD SUV is highlighted for its powerful performance, featuring a combined power of 435 kW and peak torque of 840 N·m, ensuring off-road safety with its intelligent four-wheel drive system [11] Group 2: Strategic Focus and Market Positioning - Jietu's "Travel+" strategy aims to reshape the travel mobility market by transitioning the "boxy" vehicle from a niche to a mass-market appeal [5] - The company emphasizes user needs and scenario innovation as key drivers for product development, aiming to enhance the travel experience for families and adventurers alike [3][7] - As of October 2025, Jietu has accumulated over 2 million users, with international sales reaching 576,291 units across 91 countries, indicating strong global market penetration [15]

Group 1 - The 2025 HanDe User Conference focused on "self-improvement and reaching new heights," discussing the future of digital transformation in enterprises, with Amazon Web Services (AWS) participating as a partner [2] - AWS and HanDe Information have maintained a close collaboration, providing comprehensive digital solutions and AI capabilities for enterprises, particularly in cross-border business [4][5] - The conference featured the launch of the "HanDe Information X Amazon Web Services Cross-Border Joint Solution," aimed at offering a one-stop solution for cross-border e-commerce, covering various aspects from website building to supply chain management [6] Group 2 - The joint solution leverages AWS's global infrastructure, including 36 geographic regions and 114 availability zones, ensuring high performance, security, and compliance for enterprises [11] - Companies can utilize AWS services like Amazon Redshift and Amazon EMR to build data centers for real-time operational analysis and decision-making, enhancing productivity and competitiveness [7][9] - AWS plans to invest $100 billion in AI computing power and cloud infrastructure, aiming to support Chinese enterprises in global expansion and innovation in the AI era [11]

Core Insights - The article highlights the release of the "Top Ten Popular Science Buzzwords for 2025" by the China Association for Science and Technology, emphasizing key trends in science communication and technology development in China [1] Group 1: Key Buzzwords - The ten buzzwords include: National Science Popularization Month, Scientist Spirit, Large Models, Low-altitude Economy, Humanoid Robots, Intelligent Agents, Innovation Culture, Industrial Heritage, Scene Innovation, and Science Fiction Industry, reflecting the comprehensive development of China's popular science efforts and technological frontiers [1][2][3][4] Group 2: Large Models - Large models are defined as AI models built on deep neural networks with massive parameters, including large language models, visual large models, and scientific large models, which are expected to play significant roles in scientific research and various industry applications by 2025 [2][3] - The development of large models is anticipated to drive personalized, customized, and interactive science communication, raising the importance of safe and reliable utilization in the context of high-quality science development [2] Group 3: Low-altitude Economy - The low-altitude economy is characterized as a new economic form centered around low-altitude flight activities, involving both manned and unmanned aerial technologies, which will stimulate the development of related industries such as low-altitude infrastructure and flight services [2] Group 4: Humanoid Robots and Intelligent Agents - Humanoid robots are designed to closely resemble human appearance and behavior, with a standardized evaluation system for their intelligence capabilities established in May 2025 [3] - Intelligent agents are systems that can perceive their environment and autonomously act to achieve specific goals, showcasing adaptability and interactivity, and are foundational for various intelligent systems [3] Group 5: Scene Innovation and Science Fiction Industry - Scene innovation is described as a digital economy innovation model that focuses on understanding user needs through specific scenarios, driving the development of AI and other emerging industries [4] - The science fiction industry is an emerging sector that integrates cultural creativity, technological innovation, and manufacturing, leveraging new technologies like big data and AI to fuel its growth [4]

Core Insights - The importance of application scenarios in technology innovation is emphasized, as they serve as the soil for seeds of advanced technology to take root and grow [1] - The State Council has issued implementation opinions to accelerate the cultivation and open promotion of new application scenarios, guiding local scene construction towards industrialization [1] Group 1: Application Scenarios in Different Regions - In Guangzhou, a command system for the 15th National Games processed over 100 million data points to manage complex elements like audience, traffic, and security [1] - In Beijing, real operational data from nearly 800 autonomous vehicles and over 300 smart intersections has been used to create a reliable dataset for smart travel [1] - In Anhui, a collaboration between Conch Group and Huawei led to the world's first "AI + Cement and Building Materials Model," achieving over 85% accuracy in predicting clinker strength and reducing labor intensity by 50% [1] Group 2: Shaanxi's Unique Advantages - Shaanxi has launched its first batch of public data application scenarios for 2025, covering tourism, elderly care, and healthcare [2] - The province's geospatial big data service platform has integrated multi-source, multi-scale real 3D data, forming a unified 3D spatiotemporal data foundation [2] - A work guideline issued by the Shaanxi Development and Reform Commission aims to establish a scene innovation application mechanism by 2027, focusing on eight major areas and 25 key directions [2] Group 3: Practical Applications and Innovations - A petrochemical company in Shaanxi has implemented a unique identification system for each hydrogen fluoride container, saving approximately 60% in labor costs and improving accuracy by about 50% [3] - The "Elderly Service and Mobile Children Identification Data Fusion Application" developed by meteorological departments utilizes AI to create a smart service network for vulnerable groups [3] - The "Three-in-One" platform in Shangluo City leverages meteorological data for intelligent disaster risk assessment, enhancing disaster prevention and reduction capabilities [3] Group 4: Future Directions for Shaanxi - Shaanxi is encouraged to leverage local resources and industry advantages to create application scenarios that reflect its unique characteristics, such as digital cultural tourism [4] - There is a call for increased openness in scene development, urging government and state-owned enterprises to share resources and attract more participants in scene innovation [4] - The significance of scene innovation lies in forming a sustainable ecosystem for continuous innovation, which is crucial for Shaanxi's high-quality development [4]

"100秒极速换电"、智能机器人清洁、智能传菜机器人、"警校e家"智能交通治理……11月13日，无 锡市举办超级场景发布暨场景创新供需对接活动。作为全国首批开展多点场景打造的城市之一，无锡自 今年5月"无限锡引，零动未来"、8月"无限锡引，焕新未来"两大超级场景发布后，成功发布第三场、主 题为"能碳未来"的城市级超级场景。 从商业航天到低空经济，从民生养老到文旅转型，无锡构建起"独立场景—多元场景—超级场景"三 级体系，形成从点状突破到系统集成的完整链条，让场景创新成为新质生产力的落地密码。 "我们带来的智能立体车库光伏储能协同充电系统集成场景机会，为光伏发电、储能、新能源汽车 充电结合提供了新模式。""日托光伏自主研发创新型的轻质组件产品，重量相比传统玻璃组件减少了 50%，安装效率提升60%。"在活动现场，6家业主单位发布场景机会，15家场景创新前沿企业进行绿色 技术能力展示路演，低碳创新需求与供给能力精准对接。 新场景的大规模应用离不开前沿技术的驱动，前沿技术突破及其成果转化会不断催生出新领域新赛 道的应用场景。早在2021年，无锡便提出要"打造一批智慧社区、智慧交通、智慧医院、智慧校园等应 用示范场景 ...