Core Viewpoint - The recent revision of the Price Law in China aims to address the issue of "involution" in market competition, particularly in the context of food delivery platforms and other sectors, by implementing stricter regulations on pricing strategies and promoting fair competition [1][2]. Group 1: Background and Context - The "subsidy war" among food delivery platforms has brought "involution" competition into public view, prompting the government to take significant reform measures to optimize market competition order [1]. - The Price Law, in effect since 1998, has played a crucial role in guiding resource allocation and protecting consumer rights, and its first revision is intended to meet new economic demands and challenges posed by digital and platform economies [1][2]. Group 2: Key Changes in the Price Law - The revision includes ten main points focusing on improving government pricing regulations, clarifying standards for identifying unfair pricing behaviors, and enhancing legal responsibilities for price violations [2]. - The revised law aims to regulate typical issues such as predatory pricing, price discrimination, and price gouging, thereby addressing the negative impacts of "involution" competition [2]. Group 3: Impacts on Consumers and Labor - The revision shifts the role of consumers from passive recipients to active participants in the pricing process, allowing them to influence pricing mechanisms through feedback [3]. - It aims to better protect the rights of workers, particularly in flexible employment sectors, by curbing harmful price wars and encouraging companies to invest in research and development instead of low-price competition [4]. Group 4: Adaptation to New Economic Realities - The revision responds to emerging pricing issues in the digital economy, such as algorithmic pricing discrimination and forced choices by platforms, by incorporating new regulatory measures [5]. - It emphasizes the shared responsibility of platform companies in pricing practices, aiming to protect smaller businesses and foster innovation in the market [5][6]. Group 5: Long-term Goals - The Price Law revision is seen as a critical step in establishing a robust defense against "involution," promoting high-quality economic development by encouraging innovation and efficient resource allocation [6]. - By enhancing market competition and encouraging companies to focus on technological advancements, the revision aims to transition China's industrial competitiveness from scale advantages to technological advantages [6].

0:00 无限极（中国）有限公司企业社会责任与媒体事务总监、思利及人公益基金会理事长张前：数字技术的 未来，要帮助企业完成从功能交付到情感陪护的升级，给到消费者文化的共鸣，精神的抚慰和情感的陪 伴。 ...

天眼查App显示，近日，中科硬核（深圳）科创有限公司成立，法定代表人为张晓兰，注册资本500万 人民币，由北京中财国瓷科技文化发展有限公司全资持股。 序号股东名称持股比例1北京中财国瓷科技文化发展有限公司100% 经营范围含科技中介服务；人工智能通用应用系统；人工智能行业应用系统集成服务；人工智能理论与 算法软件开发；人工智能基础软件开发；人工智能应用软件开发；技术服务、技术开发、技术咨询、技 术交流、技术转让、技术推广；新材料技术研发；物联网技术研发；数字技术服务；软件开发；网络与 信息安全软件开发；数字文化创意软件开发；电子专用材料研发；数据处理和存储支持服务；电子元器 件零售；电子产品销售；信息系统集成服务；信息系统运行维护服务；数据处理服务；物联网技术服 务；网络设备销售；互联网数据服务；集成电路销售；云计算装备技术服务；业务培训（不含教育培 训、职业技能培训等需取得许可的培训）；会议及展览服务；以自有资金从事投资活动。（除依法须经 批准的项目外，凭营业执照依法自主开展经营活动）无 企业名称中科硬核（深圳）科创有限公司法定代表人张晓兰注册资本500万人民币国标行业科学研究和 技术服务业>科技推广和应用 ...

Group 1 - A new company named Fengyun Shijie (Shanghai) Digital Media Technology Co., Ltd. has been established with a registered capital of 13 million yuan [1] - The company is involved in various business activities including technology services, digital technology services, AI application software development, and digital advertising [1] - The ownership structure of the company includes partners such as Xiechuang Data, Shanghai Kaishi Furui Technology Service Partnership, and Yuansheng Future (Shanghai) Digital Media Technology Partnership [1]

Core Insights - Jiangsu Mingzhixing Network Technology Co., Ltd. has been established with a registered capital of 10 million RMB, fully owned by Huai'an Hejiahui Digital Information Technology Co., Ltd. [1] Company Overview - The legal representative of Jiangsu Mingzhixing Network Technology Co., Ltd. is Chen Mingming [1] - The company is classified under the information transmission, software, and information technology services industry, specifically in software development [1] - The business scope includes various services such as technical services, digital technology services, artificial intelligence public service platform consulting, and logistics services [1] Shareholding Structure - Huai'an Hejiahui Digital Information Technology Co., Ltd. holds 100% of the shares in Jiangsu Mingzhixing Network Technology Co., Ltd. [1] Operational Details - The company is registered in Lianyungang City, Jiangsu Province, with a business duration until July 30, 2025, and no fixed term thereafter [1] - The registration authority is the Guannan County Data Bureau [1]

新华社西安7月29日电 题：陕西：智能建造助力高铁建设不断提速 在西延高铁13标段，新尚家沟隧道与既有包西铁路隧道最小间距仅28米，且需下穿南泥湾机场，传统钻 爆法风险较高。"施工团队引入的悬臂掘进机铣挖技术，通过'零爆破、低扰动'施工，搭配5G监控、智 能液压台车等设备，使施工安全风险降低60%，单循环作业时间缩短至4小时，效率提升了50%。"中铁 二十一局西延高铁项目负责人何学东说。 陕西省交通运输厅相关负责人介绍，截至目前，陕西5条高铁自开工以来已累计完成投资1062亿元，西 延高铁将于年内通车运营，西康、西十高铁将于2026年建成投运，延榆、康渝高铁将于2028年建成投 运。 "在二十里铺特大桥施工中，百余处传感器实时采集数据，让连续梁合龙提前15天完成，印证了'机械 +智能'组合拳的强劲效能。"中铁二十一局西延高铁项目技术管理人员钟泽华说。 从隧道施工的"零爆破"到制梁场建设的"全智能"，从单工序突破到全周期管理，陕西高铁正以智能建造 为笔，在三秦大地上绘制出立体交通网的新图景，让革命老区的振兴路、秦巴山区的致富路加速延伸。 数字技术构建的"智慧网"，让全流程管理精准高效。中铁建工集团西十高铁站房项 ...

Core Viewpoint - The meeting emphasized the importance of implementing the decisions of the Central Committee and the State Council, focusing on strengthening the industrial foundation, value creation, safety assurance, and industry governance [1] Group 1: Digital Transformation and Industrial Integration - The meeting highlighted the need to deepen the integration of digital technology and industrialization, promoting the application of data elements to empower new industrialization [1] - It called for the development of implementation opinions to accelerate the digital transformation of industries [1] Group 2: Software Development and Open Source - The meeting stressed the importance of improving policies for the high-quality development of basic and industrial software [1] - It also mentioned the need to enhance China's open-source system and establish a national-level artificial intelligence open-source community [1] Group 3: Pilot Programs and AI in Manufacturing - The meeting outlined plans to implement pilot programs for new technology transformation in manufacturing cities and digital transformation for small and medium-sized enterprises [1] - It emphasized the need to advance the "Artificial Intelligence + Manufacturing" initiative, focusing on key application scenarios and foundational technology breakthroughs [1] Group 4: Industrial Internet and Smart Manufacturing - The meeting called for a tiered and categorized approach to deepen the application of the industrial internet, aiming to cultivate a number of industrial intelligent entities [1]

Core Viewpoint - Cities play a crucial role in the overall work of the Party and the state, significantly driving economic and social development as well as improving people's livelihoods [1] Group 1: Urban Level and Development - Urban level is an important indicator of a city's development quality and potential, reflecting resource allocation capabilities, innovation-driven levels, and regional influence [1][2] - The continuous improvement of urban levels is essential for sustained prosperity and can lead to the collective development of urban clusters, thereby promoting regional progress [2] Group 2: Role of Digital Technology - Digital technology is integral to urban development, facilitating the enhancement of urban levels through various means such as global information networks and improved logistics efficiency [3] - The integration of digital technology into urban governance can lead to smarter, more precise management of city operations, enhancing overall governance effectiveness [3][5] Group 3: Infrastructure and Innovation - The push for new urban infrastructure is vital for transitioning cities into intelligent, adaptable entities, supporting the elevation of urban levels [4] - Innovation is identified as the primary driving force for development, with a focus on integrating digital technology across various industries to foster new urban development dynamics [4] Group 4: Public Services and Quality of Life - Enhancing public services through digital technology is essential for improving urban living standards and ensuring equitable access to services [6] - The development of smart services in areas such as healthcare, education, and community support is crucial for creating a high-quality urban environment [6] Group 5: Collaboration and Resource Sharing - The changing spatial structure of economic development emphasizes the importance of collaboration among cities, leveraging regional advantages to enhance urban levels [7] - Promoting digital economic cooperation among urban clusters can lead to optimized resource allocation and shared benefits across regions [7]

Group 1 - The total box office for the summer of 2025 has exceeded 4.7 billion yuan, indicating a strong performance for domestic films [1] - The industry is exploring how to leverage technology to enhance visual effects and reduce costs in film production [1] - The digital effects seen in top films like "The Wandering Earth" and "Assassination of Novelists" were developed in Chengdu, Sichuan [1] Group 2 - The character "King Kong Mouse" in the film "The Wandering Moon" was created using 1,331 target bodies to achieve realistic movements and expressions, with approximately 50 million hair strands [3] - The production team for "The Wandering Earth 3" is preparing to use advanced technologies such as virtual shooting, digital aging, and AI to create stunning visual effects [5] Group 3 - The "Big Light Ball" in Beijing's Shougang Park features hundreds of ultra-high-definition cameras and thousands of LED lights, capable of recreating all lighting effects in film shooting [7] - In VR, XR, and AI film scenarios, the "Big Light Ball" allows for the generation of realistic human models without the need for wearable devices, capturing light position and color information [9] Group 4 - The production cycle for creating 3D digital humans has been reduced from over a month to as little as a week, with costs cut by at least half or more using new technology [11]

Core Viewpoint - The integration of digital technology into environmental protection in China is not merely theoretical but has led to practical advancements in the field, enhancing the protection of environmental rights through various innovative approaches [3][10]. Group 1: Key Changes in Environmental Protection - Digital technology has transformed environmental protection methods, particularly through the establishment of a comprehensive monitoring network that quantifies environmental goals and enhances perception capabilities [5][6]. - The national ecological environment smart monitoring platform connects IoT monitoring points and remote sensing satellite data, enabling real-time monitoring of key indicators like air quality and water quality, thus addressing traditional monitoring issues [6][8]. - Digital platforms facilitate a collaborative network among government, enterprises, and the public, exemplified by the "Green Source Smart Governance" system in Zhejiang, which integrates various data sources for improved environmental law enforcement [7][10]. Group 2: Legal and Technical Support for Environmental Rights - Digital technology provides essential technical support for maintaining environmental rights, transforming abstract rights into data-backed evidence, thus enhancing the ability to seek remedies for environmental damages [8][10]. - The use of technologies such as drones and blockchain in environmental public interest litigation aids in establishing a robust evidence chain, significantly reducing the time required to recognize environmental damage [8][10]. Group 3: Risk Prediction and Governance - Digital technology assists in predicting environmental risks, aligning with the "prevention first" principle outlined in the Environmental Protection Law, and enabling actionable prevention strategies [8][10]. - The implementation of smart environmental projects in regions like Beijing-Tianjin-Hebei showcases the use of advanced monitoring systems to enhance air quality forecasting and pollution source tracking [8][10]. Group 4: Legal Framework for Data Governance - The introduction of the "Ecological Environment Statistical Management Measures" by the Ministry of Ecology and Environment in 2023 provides clearer guidelines for data management and protection, emphasizing the dual role of law in guiding and regulating technology [10][12]. - The concept of "digital environmental justice" emerges, addressing new power dynamics introduced by digital technologies, such as algorithmic decision-making and data control, which necessitate effective constraints to prevent exacerbating environmental injustices [12][13]. Group 5: Future Directions in Environmental Rights Protection - The integration of digital technology and ecological civilization is expected to shift governance from a human-centered approach to a human-machine collaborative model, fostering a new community for environmental rights [12][13]. - The protection model is evolving from static rights confirmation to dynamic benefits allocation, enhancing the transparency and traceability of environmental rights [12][13]. - The operational mechanism is transitioning from isolated actions to mutual engagement, promoting a virtuous cycle of digital technology empowerment, legal adaptation, and environmental rights protection [12][13].