Core Viewpoint - The "Starfire" TA ecosystem aims to accelerate the development of new productive forces in the digital economy through technological breakthroughs and ecological construction, focusing on trust and intelligence as its operational mechanisms [1][3]. Group 1: Ecosystem Structure and Principles - The "Starfire" ecosystem is designed to transition from a unidirectional industrial economy to a multidimensional networked relationship in the digital economy, promoting an open, green, and symbiotic ecosystem [3][4]. - The ecosystem focuses on seven major business areas, including industrial internet, blockchain, internet, data, IoT, AI, and future industries, aiming for comprehensive digital transformation across various sectors [4][5]. Group 2: Infrastructure Development - Three foundational infrastructures—industrial internet, blockchain, and internet—have been established to support the "Starfire" TA ecosystem, with significant achievements in each area [5][6]. - In the industrial internet sector, over 370 secondary nodes and more than 500,000 connected enterprises have been established, with a registration volume exceeding 650 billion and a daily resolution volume of over 120 million, leading globally in key metrics [5]. - The blockchain sector has developed a national data service network with a dual-layer architecture, covering nine cities and extending to 18 provinces, facilitating cross-border digital trust ecosystems [6]. Group 3: Innovation and Application - The "Starfire" TA ecosystem is advancing in four innovative business areas: data, IoT, AI, and future industries, which are crucial for its large-scale development [7][8]. - A new product authorization plan focusing on the integration of identification and data has been launched, aiming to promote 500 applications across key sectors such as finance and digital healthcare [7][8]. Group 4: Evolution and International Standards - The evolution of the "Starfire" TA ecosystem is shifting from empowering industries to participating in the formulation of international standards, with diverse applications being developed based on the "Starfire Chain Network" [9][10]. - The ecosystem is addressing international challenges such as carbon tariffs and digital carbon passports by establishing a unified carbon data management system to enhance enterprises' governance capabilities [10][11]. - Over 3,000 enterprises are now involved in the ecosystem, which aligns with national strategies for manufacturing, networking, and digital transformation, supporting compliance in global trade and contributing to high-quality digital economic development [11].

数据成为智能"养料"，可信底座支撑数智飞轮转动 产品数字护照服务能力分级评测体系落地树立行业服务能力"标尺" 随着产品数字护照成为重塑国际贸易规则的关键载体，行业标准缺失、技术路线分散等问题逐渐凸显， 对此中国信通院工业互联网与物联网研究所数据与智能业务部副主任李胡升正式发布并解读《产品数字 护照服务能力（DPPaaS）分级评测指标体系1.0》，为行业发展提供统一"标尺"。 12月13日，2026深度观察数据智能产业创新发展专题报告会在京召开。会议聚焦数据要素与智能技术深 度融合的新路径，集中发布了数据智能服务产业研究、产品数字护照服务能力（DPPaaS）分级评测指 标体系、以及"星火·链网"在优品码与文化数据资产化等领域的最新实践成果。中国信息通信研究院 （下称"中国信通院"）多位专家指出，我国数据基础设施正加速完善，产业范式从"可用"向"好用"升 级，并通过标准建设与国际合作积极参与全球数字治理。 当前，人工智能与数据要素的协同效应正加速释放，数智融合已成为产业发展的核心主线。中国信通院 副院长王志勤指出，人工智能迎来跨越式发展，技术通用性不断显现，新范式也在确立，数据作为非常 重要的新的生产要素，为人工 ...