Core Insights - The Ministry of Industry and Information Technology has issued the "Action Plan for the Integration of Industrial Internet and Artificial Intelligence" to enhance the integration of AI and industrial internet by 2028 [1][5] - By 2025, over 340 influential industrial internet platforms are expected to connect more than 100 million devices and serve nearly 4 million enterprises, covering all 41 major industrial categories [1][2] Infrastructure - The new industrial network will expand to meet the high throughput, low latency, high reliability, and low jitter communication needs of AI applications, with plans to upgrade at least 50,000 enterprises [2][5] - The action plan emphasizes the need for intelligent upgrades of industrial networks and the development of a "model pool" for industrial AI applications [5][6] Data Support - A comprehensive system for industrial data aggregation, governance, circulation, and sharing will be established, focusing on 20 key industries to create high-quality data sets [2][6] - The plan encourages collaboration among industrial internet companies and data service providers to enhance data management and create high-quality industry data sets [6][8] Application Integration - The action plan aims to promote the transformation of application models, encouraging enterprises to leverage industrial internet for data flow between consumption and production, and to adopt intelligent analysis based on AI [6][7] - A focus on cultivating intelligent solution providers for key industry chain segments and typical scenarios is outlined to facilitate collaborative upgrades among enterprises of all sizes [2][6] Industry Ecosystem - The plan includes actions to strengthen the cultivation of key enterprises and encourage the development of intelligent system integration capabilities among industrial internet and AI companies [8] - It promotes innovation in technology products, including industrial communication chips and sensors, and aims to enhance public service capabilities for industry data sets and industrial model evaluations [8]

Core Viewpoint - The article emphasizes the importance of mold management in the manufacturing industry and highlights the launch of Changhong's cloud mold system, which integrates industrial internet technologies to enhance efficiency and resilience across the supply chain [1][6]. Group 1: Mold Management Challenges - Traditional mold management relies heavily on manual operations, leading to inefficiencies and errors in tracking production cycles and mold status [3][4]. - Common issues in traditional mold management include data fragmentation across design, processing, assembly, and inspection stages, resulting in confusion and increased downtime due to reactive maintenance [3][4]. Group 2: Cloud Mold System Implementation - The Changhong cloud mold system allows for real-time data access and management, significantly improving operational efficiency by providing visibility into the entire mold lifecycle [4][5]. - The system utilizes smart data collectors installed on molds to gather and transmit data via advanced communication technologies, enabling comprehensive monitoring and analysis [4][5]. Group 3: Operational Improvements - The implementation of the cloud mold system has led to a 50% reduction in production preparation time, a 90% increase in timely maintenance rates, and a 95% accuracy in mold status tracking [5][7]. - The system transforms mold management from a reactive approach to a proactive one, enhancing decision-making and operational transparency [5][6]. Group 4: Industry Impact and Future Directions - Changhong's CHiM industrial internet platform plays a crucial role in integrating new information technologies with manufacturing, benefiting not only Changhong but also thousands of enterprises across various industries [6][8]. - The cloud mold system exemplifies the shift towards digital manufacturing, enabling small and medium enterprises to leverage industrial internet technologies without significant upfront investment [6][8]. - Future developments in the cloud mold system are expected to focus on integrating advanced technologies like 5G and digital twins, fostering collaboration across the mold industry ecosystem [7][8].