Development Background and Development Model of Industrial Internet Platform

1. Manufacturing change and digital economic development achieve historic convergence

After the financial crisis, a new round of global industrial changes has flourished, and manufacturing has once again become the focus of global economic development. The major developed countries in the world have adopted a series of major measures to promote the transformation and upgrading of the manufacturing industry. Germany relies on a solid automation base to promote Industry 4.0 . While implementing advanced manufacturing strategies, the United States is vigorously developing the industrial Internet. Countries such as France, Japan, South Korea, and Sweden have also introduced manufacturing revitalization plans. The core of each country's new manufacturing strategy is to promote the transformation and upgrading of traditional manufacturing and rebuild the new advantages of manufacturing and strengthening the country by constructing new production methods and development models. At the same time, the wave of digital economy has swept the world, driving traditional industries to accelerate change.

In particular, the development of information and communication technologies represented by the Internet has greatly changed people's way of life, built a new industrial system, and continuously infiltrated the real economy through technology and model innovation, bringing huge opportunities for the transformation of traditional industries. With the convergence of manufacturing and the convergence of the digital economy, the integration and innovation of information technology, manufacturing technology and industrial knowledge such as cloud computing, Internet of Things and big data has intensified, and the industrial Internet platform has emerged.

2. Manufacturing Intelligence Brings New Demand for Platform Tools

At present, the manufacturing industry is in an important stage of development from digitalization to networking to intelligent development. Its core is based on the comprehensive perception of massive industrial data, and realizes intelligent decision-making and control commands through end-to-end data deep integration and modeling analysis. Form new manufacturing modes such as intelligent production, networked collaboration, personalized customization, and service extension. In this context, traditional digital tools are no longer sufficient. First, the explosive growth of industrial data requires new data management tools. As industrial systems extend from physical space to information space and from visible world to invisible world, the scope of industrial data collection continues to expand, and the types and scale of data grow exponentially. A new data management tool is needed to realize high-cost data. Highly reliable storage and management.

Second, enterprise intelligent decision-making requires a new application innovation carrier. The richness of data creates the premise for the manufacturing enterprises to carry out more refined and precise management. However, the industrial scene is highly complex and the industry knowledge varies widely. The traditional application innovation model driven by a few large enterprises is difficult to meet the differentiated needs of different enterprises. The open application innovation carrier, through the open call of industrial data, industrial knowledge and platform functions, reduces the threshold of application innovation and realizes the explosive growth of intelligent applications. Third, the new manufacturing model requires new business interaction tools. In order to respond quickly to market changes, parallel organizations and resources in manufacturing, production and other fields are increasingly collaborating. Enterprises' design, production and management systems are required to better support business interactions with other companies. This requires a new Interactive tools to achieve efficient integration between different entities and different systems. Massive data management, industrial application innovation and deep business collaboration are the main driving forces for the rapid development of the industrial Internet platform.

3. Information technology accelerates penetration and profoundly affects manufacturing development model

New information technology reshapes the digital foundation of manufacturing. Cloud computing brings a more flexible, economical, and reliable data storage and software operating environment for manufacturing enterprises. The Internet of Things helps manufacturing companies efficiently collect thousands of different types of data in equipment, production lines and production sites. Artificial intelligence enhancement The data insight capabilities of manufacturing companies and the intelligent management and control are the new foundations for the digital transformation of manufacturing enterprises. The open Internet concept transforms the traditional manufacturing model. By organizing production and operation activities through a networked platform, manufacturing enterprises can realize rapid integration and utilization of resources, quickly respond to market demands at low cost, and promote new modes and new formats such as personalized customization and networked collaboration. The platform economy continues to innovate business models. The integration of information technology and manufacturing technology has driven new economic models such as the information economy, the knowledge economy, and the sharing economy to accelerate penetration into the industrial sector and foster new growth momentum. Internet technologies, ideas and business models have become important ways to build an industrial Internet platform.