China's Industrial Software: A Bridge to the Digital World, an Engine for Industrial Upgrading

China's Industrial Software: A Bridge to the Digital World, an Engine for Industrial UpgradingIn the current wave of intelligent manufacturing and digital transformation sweeping the globe, industrial software, as one of the core engines of new-type productivity, is driving industrial upgrading and high-quality development with unprecedented speed and force. As a bridge connecting the digital world with the physical world, industrial simulation software plays a crucial role

China's Industrial Software: A Bridge to the Digital World, an Engine for Industrial Upgrading

In the current wave of intelligent manufacturing and digital transformation sweeping the globe, industrial software, as one of the core engines of new-type productivity, is driving industrial upgrading and high-quality development with unprecedented speed and force. As a bridge connecting the digital world with the physical world, industrial simulation software plays a crucial role. Through its powerful simulation and prediction capabilities, it provides enterprises with key command and control for product design, production process optimization, quality control, and other aspects.

IDC predicts that the market size of core industrial software in China will grow from 27.36 billion yuan in 2023 to 57.96 billion yuan in 2027, with a compound annual growth rate of 20%. This data clearly shows the enormous growth potential of China's industrial software market. Du Yanze, Research Manager of IDC China, points out that China's core industrial software market will continue to maintain a 20% compound annual growth rate over the next five years, outpacing the global average of 12%. This is due to continuous efforts by Chinese manufacturers in product updates and market layout in recent years. As a result, the penetration rate of industrial software in design and development has increased from around 5% a few years ago to between 12% and 15% today. This penetration rate is expected to continue growing in the future.

"The Soul of Industry": The Power of Industrial Simulation

Industrial simulation software is hailed as the "soul of industry." Its strength lies in its ability to help businesses solve real-world problems, improve efficiency, and achieve breakthroughs by leveraging its simulation and prediction capabilities. Nie Kaixuan, founder and CEO of Songying Technology, points out that a wide range of applications, such as industry and healthcare, require simulation as a core technology to overcome real-world challenges and achieve new breakthroughs.

According to statistics from the "China Industrial Software Industry White Paper (2020)", employing industrial simulation software in the early stages of product development can have a cost and quality leverage effect of 15 to 35 times on the final product. This means that simulating and verifying using simulation software in the initial product development phase can effectively reduce production costs and enhance product quality in the later stages, ultimately maximizing benefits.

Orca: A Digital Virtual Platform Based on Physical Reality

Songying Technology's Orca 3D Computing & Intelligent Simulation Platform is a prime example. The platform achieves real-time accurate physical simulation based on 3D native data, aligning with the concept of a world simulator expressed by the text-to-video model Sora. However, Orca places a greater emphasis on physical correctness and result accuracy. It can be understood as a digital virtual platform built based on physical reality, simulating real-world physical laws, environmental behaviour, and interaction logic, and then returning to reality to serve people.

A Training Ground for Embodied Intelligence: Accelerating the Commercialization of Robots

In the field of embodied intelligence, which is currently attracting widespread attention, the Orca Sim simulation suite plays a significant role. On the one hand, it can build various realistic 3D environment scenarios on a digital virtual platform, providing a continuous supply of learning materials for robot "brains" to enhance their scene perception, task decision-making, and multi-purpose generalization capabilities. On the other hand, it can accurately test the various actions and feedback of virtual robots in the digital virtual environment, improving the coordination capabilities of the robot's "cerebellum" and body.

Through Orca, companies can verify and optimize the robot's brain-body coordination capabilities, such as software and hardware design, perception, intelligent decision-making, decomposition, execution, feedback, and multi-task generalization, making the produced robots more intelligent and flexible, significantly accelerating their commercialization. Currently, Orca has been successfully applied in various fields, including industrial manufacturing, autonomous driving training, robot simulation training, and high-precision realistic scene simulation.

A Bridge Connecting the Digital World with the Physical World

In the global context of digital transformation, industrial simulation software is increasingly valuable as a "bridge" connecting the digital world with the physical world. It not only helps companies achieve traditional goals such as design verification, process optimization, and production efficiency improvement, but also leverages advanced technologies like big data analytics and machine learning to provide data support for companies' strategic decision-making, drive business model innovation, and achieve sustainable development. It can be said that industrial simulation software is injecting new momentum into the transformation and upgrading of traditional industries, enabling high-quality development.

Domestic Industrial Simulation Software: Opportunities and Challenges Coexist

With the continuous emergence of market demand for domestically produced industrial simulation software, the field has seen vast development opportunities. A series of policy documents have also provided policy support for its development, such as the "14th Five-Year Plan for the Development of Software and Information Technology Services", which proposes to significantly enhance the supply capabilities of key software such as basic software and industrial software by 2025.

However, industry insiders generally acknowledge that independent control of core technologies, the training and recruitment of high-end talent, and the protection of intellectual property rights remain key challenges that China's industrial simulation software industry needs to address. Wang Weiwei, Deputy Director of the Department of Information Technology Development of the Ministry of Industry and Information Technology, has publicly stated: "China's industrial software foundation is still weak, and the bottleneck of key core technologies has not been fundamentally solved. Enterprises are small and scattered, and the industry remains weak, with the resilience and safety of the industrial chain and supply chain still needing to be improved."

Breaking Through: Building a Foundation, Promoting Application, Strengthening the Chain

Gao Sumei, Vice President and Secretary-General of the China Electronics Information Industry Federation, points out that China's industrial software development should focus on building a foundation, promoting applications, and strengthening the chain, effectively addressing the main problems facing the current stage, improving the awkward situation of small, dispersed, and weak entities operating independently, striving to break through technological monopolies in new tracks and new fields, and achieving a virtuous cycle of domestic industrial production data feeding back into the software industry.

Key Breakthrough: Creating a "Flexible Component-Based" Industrial Software Bottom-Layer System

From the perspective of manufacturers, Nie Kaixuan believes that a new type of industrial software system is a "catalyst" and "binder" for the development of new-type productivity. The industry should build a unified, real-time "software interoperability + data integration" bottom-layer architecture based on the actual needs of Chinese enterprises, creating a flexible, component-based industrial software bottom-layer system. At the same time, the industry should comprehensively build an industrial software ecosystem covering design, development, integration, and services, enabling industrial application software to be utilized in enterprise production through combination with the domestic industrial software bottom-layer system, facilitating the transformation and upgrading of industrial enterprises.

Data-Driven: The Core of Industrial Intelligence

"Industrial intelligence is bound to be built upon massive industrial data, shifting from experience-driven to data + AI-driven." Nie Kaixuan states that Orca is creating China's "flexible component-based" industrial software bottom-layer system. This system supports the governance and intelligent applications of massive data collected and stored by devices. It also deeply integrates AI agents, digital simulation factories, and physical production systems to provide the industrial intelligence core brain with real training scenarios and real-time data feedback, supporting the accelerated evolution of industrial AI intelligences. After evolution, AI intelligences can better drive the intelligent upgrade of physical production.

China's Industrial Software: A Vibrant Future

From follower to parallel runner, and even becoming the leader in certain niche areas, China's industrial software industry is exhibiting unprecedented vitality and potential as application scenarios become increasingly rich. This is not only a technological leap but also a comprehensive upgrade in industrial ecosystems and innovative thinking, as well as a vivid annotation of China's new round of industrial transformation in the intelligent era.

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