On September 20th, according to the latest news, in order to implement the decisions and deployments of the Party Central Committee and the State Council, strengthen guidance on promoting equipment renewal and technological transformation in the industrial field, and based on the "Action Plan for Large scale Equipment Renewal and Consumer Goods Trade in" and the "Implementation Plan for Promoting Equipment Renewal in the Industrial Field", the Ministry of Industry and Information Technology has organized the compilation of the "Guidelines for Equipment Renewal and Technological Transformation in Key Industrial Industries".

Among them, specific update targets are given for the industrial software field and industrial network equipment in key areas. In the field of industrial software, the target requirement for equipment updates is to complete the task of upgrading approximately 2 million sets of industrial software and 800000 sets of industrial operating systems by 2027.

The goal of upgrading industrial network equipment is to strive that by 2027, 80% of manufacturing enterprises above designated size will basically achieve network transformation, with more than 1 million edge gateways, edge controllers and other products deployed, and more than 20000 "5G+Industrial Internet" projects.

In the field of industrial software, the goal of equipment updates is to focus on improving the resilience and security level of the industrial chain and supply chain, and to promote the upgrading of basic software, industrial software, and industrial operating systems around industries such as petroleum, chemical, aviation, shipbuilding, steel, automotive, pharmaceutical, and rail transit that are related to economic lifelines and national economy and people's livelihood. In terms of basic software, the focus is on updating products such as operating systems, databases, middleware, etc. for industrial applications. In terms of industrial software, we will focus on updating software related to research and development, production, management, and operation maintenance, such as computer-aided design (CAD), computer-aided engineering (CAE), computer-aided manufacturing (CAM), manufacturing execution system (MES), and enterprise resource planning (ERP). In terms of industrial operating systems, the focus is on updating products such as programmable logic controllers (PLCs), distributed control systems (DCS), data acquisition and monitoring control systems (SCADA), safety instrumented systems (SIS), and embedded software. By 2027, complete the task of upgrading approximately 2 million sets of industrial software and 800000 sets of industrial operating systems.

1. Basic software. Promote the integration and upgrading of basic software and hardware such as desktop computers, portable computers, all-in-one computers, general-purpose servers, desktop operating systems, server operating systems, distributed databases, centralized databases, middleware, and office software in industries such as aviation, shipbuilding, petroleum, chemical, steel, medicine, energy, and electronics, focusing on comprehensive office and business management scenarios, comprehensively updating information systems, and strengthening support for various upper level application systems. Encourage industrial enterprises to strengthen the coupling and adaptation of software and hardware around industrial field applications, with a focus on promoting the upgrading of basic software and hardware such as upper computers, workstations, industrial control computers, and real-time databases. Promote key industries such as automobiles, equipment, rail transit, and electricity to comprehensively update their intelligent operating systems, embedded operating systems, temporal databases, message middleware, and other products, and create demonstration benchmarks.

2. Industrial software. Promote the comprehensive upgrading of key industries such as aviation, shipbuilding, petrochemicals, steel, automobiles, equipment, rail transit, electronics, and key areas such as molds for enterprises. This includes software such as 2D computer-aided design (CAD), building information modeling (BIM), computer-aided process planning (CAPP), manufacturing execution systems (MES), advanced planning and scheduling systems (APS), enterprise resource planning (ERP), supply chain management systems (SCM), human resources systems (HRM), procurement management systems, warehouse management systems (WMS), interactive electronic technical manuals (IETM), maintenance, repair and overhaul (MRO), fault prediction and health management (PHM), etc. Encourage leading enterprises in key industries to provide typical application scenarios and testing environments, establish industrial software pilot certification platforms, jointly develop pilot technology rules and standards with upstream and downstream enterprises in the industry chain, and promote the accelerated completion of pilot certification for initially mature industrial software such as computer-aided manufacturing (CAM), full lifecycle management (PLM), structural simulation, fluid simulation, and industry-specific software; Encourage industrial enterprises to prioritize non critical processes and non essential component scenarios for upgrading, and gradually expand their application scope in critical processes and component scenarios. We will carry out pilot updates of innovative products such as 3D computer-aided design (CAD), 3D factory design, acoustic simulation, electromagnetic simulation, optical simulation, composite material simulation, process simulation software, reservoir transformation simulation software, etc. in key industries such as aviation, petrochemicals, and ships, and promote other industry enterprises to gradually increase their application efforts.

3. Industrial operating systems. Targeting the entire manufacturing process, promoting the comprehensive upgrading of distributed control systems (DCS) and data acquisition and monitoring control systems (SCADA) in industrial enterprises. Gradually accelerate the upgrading of small and medium-sized programmable logic controllers (PLCs) around key industries and equipment. Guide leading enterprises in key industries to provide typical application scenarios and testing environments for large-scale programmable logic controllers (PLCs), gradually expanding their application scope. Accelerate the upgrading of Safety Instrumented Systems (SIS) for non critical processes and non core scenarios, gradually opening up critical processes and core application scenarios. Focusing on the needs of key industries, we will build a pilot environment, strengthen software and hardware adaptation verification, and accelerate the upgrading of embedded operating systems, industrial real-time databases, and other products. For other industry-specific industrial operating system products, we will strengthen demonstration leadership and comprehensively promote updates and replacements for mature and available products; For basic usable products, strengthen pilot testing, update batches as they mature, and gradually expand the scope and scale of updates. Guide enterprises to introduce cloud computing, virtualization, edge computing and other technologies, and upgrade programmable logic controller (PLC), distributed control system (DCS) and other equipment as required.

The goal of upgrading industrial network equipment is to build a safe and controllable new industrial network system, speed up the large-scale application of industrial Internet, promote the "intelligent transformation to digital networking" of manufacturing industry, and promote the networked transformation and upgrading of industrial equipment, industrial networks, industrial computing power, industrial control systems, etc. in automobile, steel, light industry, engineering machinery, building materials, ships, consumer electronics, aviation, petrochemicals, consumer goods and other industries. By 2027, 80% of manufacturing enterprises above designated size will basically realize network transformation, deploy more than 1 million edge gateways, edge controllers and other products, and have more than 20000 "5G+Industrial Internet" projects.

1. Upgrading industrial equipment networking. The industrial bus, industrial Ethernet, 5G, Time Sensitive Network (TSN), Internet Protocol Version 6 (IPv6), Advanced Physical Layer (APL), Wi Fi and other technologies are comprehensively used to accelerate the networked intelligent transformation and upgrading of industrial equipment, instruments and meters, and automatic reading equipment on the industrial site, comprehensively improve the networking rate and data collection efficiency of industrial equipment, and accelerate the upgrading of equipment.

2. Industrial network transformation and upgrading. By comprehensively utilizing high bandwidth and high certainty technologies such as Industrial Optical Network (PON), TSN, 5G, Wi Fi 6, etc., upgrading enterprise network infrastructure, deploying new industrial routers, switches, gateways, network management, identification middleware, and integrated computing network equipment and systems, we aim to create a secure and controllable network infrastructure that meets the comprehensive intelligent upgrading of production, warehousing, logistics, research and development, and design. Promote the construction of 5G factories and support industrial enterprises with good foundations, strong capabilities, and demand to build 5G industrial independent private networks.

3. Improved industrial data integration capabilities. By adopting technologies such as information modeling and identification parsing, we aim to comprehensively enhance the capabilities of industrial data collection, storage, management, and application, achieve standardized management of the entire industrial lifecycle, and support cross vendor and cross system data interoperability.

4. Industrial operating system transformation and upgrading. Guide enterprises to deploy integrated industrial equipment embedded with advanced communication modules such as 5G and TSN as required, and comprehensively use network technologies such as 5G/5G-A and edge computing to realize the IP based, intelligent and wireless transformation of traditional industrial operating systems (such as programmable logic controller PLC, distributed control system DCS, etc.), so as to improve the automation, intelligence and centralization level of enterprise production sites.

5. edge computing capability improvement. Cooperate with the transformation and upgrading of industrial networks, industrial computing power, industrial data equipment and systems, deploy edge computing nodes, edge computing gateways, edge controllers, edge clouds and other industrial computing equipment, build an industrial intelligent computing center, form a computing infrastructure covering the whole process of production, management and control, and support the innovative application deployment of industrial artificial intelligence, industrial big data, and industrial big model.