The rise of domestic operating systems: national demand and inevitable choice for future industry

 

Domestic industrial operating systems, standard for industrial powerhouses?

 

The operating system we use every day may have a lot of "foreign flavor" behind it. Windows， And various Linux distributions such as Ubuntu and CentOS dominate the global market. However, domestic operating systems based on Linux, such as UOS and Kirin, are more targeted towards personal PCs and server applications.

 

source：未来智库

 

In the field of industrial operating systems, there are still bottleneck problems such as weak foundations and technological dependence, which seriously restrict the autonomy of China's industrial development and bring considerable hidden dangers to enterprises. Especially in the strategic context of national information security and industrial autonomy and controllability, domestic industrial operating systems have become a hot topic at present.

 

So, why do we need an autonomous and controllable industrial operating system? How to make localization the core competitiveness of future industrial development? Today we will talk about this topic.

 

Why does the country need autonomous and controllable industrial operating systems?

 

In recent years, with the advancement of China's technological innovation and the high emphasis on information security, the process of localization is accelerating. 'Autonomous and controllable' has become an important part of national security strategy. As the infrastructure and core component of Industry 4.0 and the Industrial Internet, the industrial operating system obviously cannot be dominated and occupied by foreign technologies, which directly affects the normal operation of industrial production activities and involves national security, economic stability and the well-being of the people at a higher level.

 

Domestic operating systems face unprecedented opportunities:

 

In recent years, the country has put forward requirements at multiple levels to accelerate the construction of domestically produced operating systems, providing strong guarantees for the development of domestically produced operating systems.

 

Made in China 2025 proposes to promote the development of "intelligent manufacturing" and requires the establishment of independent and controllable operating systems, breaking down foreign technological barriers, and enhancing China's independent research and development capabilities in industrial software.

 

Source: Notice of the State Council on Issuing "Made in China 2025" by the Central People's Government of the People's Republic of China

 

The "Information Security Technology Guarantee National Security Law" clearly states that to strengthen the research and development of domestic information technology, especially in key technology fields, it is necessary to establish independent and controllable operating systems and basic software to ensure national information security.

 

The 2030 Major Project of Scientific and Technological Innovation lists autonomous operating systems as one of the major strategic directions, especially in key areas such as industrial Internet and intelligent manufacturing. It clearly proposes to accelerate the research, development and application of domestic operating systems.

 

At present, with the rapid development of intelligent manufacturing and industrial Internet, industrial operating systems are required to be more real-time, stable, reliable and open. Therefore, domestic industrial operating systems should not only be independently controllable, but also absorb diverse resources and improve themselves. Through more advanced architecture and better performance, they can serve advanced production and manufacturing.

 

Sinsegye： The Path of Innovation in Domestic Industrial Operating Systems

 

Under the promotion of national policies, as an innovative enterprise in the field of domestic industrial control, Sinsegye has devoted itself to building the core infrastructure of industrial control with the corporate values of "product first, customer first". It has launched its self-developed Sinsegye MetaOS industrial dual domain operating system (Sinsegye MetaOS), which is a strong measure in response to national strategic needs.

 

Sinsegye MetaOS not only breaks the technical barriers of foreign industrial operating systems and meets the urgent needs of domestic industrial development for operating systems, but also innovatively proposes an advanced architecture that integrates computing and control, combined with the development trend of industrial edge intelligence, providing a better industrial on-site solution compared to traditional control technology routes in Europe and America.

 

SinsegyeMetaOS Dual Domain Operating System Architecture Diagram

 

In the fields of semiconductors, new energy, steel, petroleum, etc., Sinegye MetaOS can not only enhance the real-time control capability of equipment, but also solve problems such as foreign technology dependence. For example, in the control system of the semiconductor atomic deposition (ALD) system scheme, the SX21 series industrial intelligent computer running Sinsegye MetaOS achieves a 50% cost reduction by replacing the original industrial computer and imported PLC, avoiding the bottleneck problem caused by external operating systems and ensuring the efficiency and stability of the semiconductor manufacturing process.

 

The core advantages of Sinsegye MetaOS

 

1. Autonomous and controllable: Based on an open source technology system and combined with the actual needs of industrial control, Sinegye MetaOS has conducted independent research and development, and built a self-developed distribution version that can be managed and controlled from the kernel to middleware, avoiding potential security risks and technical dependencies of "foreign goods" operating systems, and ensuring data security and system stability for enterprises during operation.

 

2. Integrated computing and control: Sinegye MetaOS adopts a unique dual core architecture, which constructs non real time domain and real-time domain, separating computing and control without affecting each other. Sinsegye is a self-developed Linux based operating system that runs in non real time domains, targeting industrial automation and intelligence. It can run algorithms and applications for AI vision, AI big models, and deep learning; Real time domain runs real-time control tasks, supports multiple bus protocols, high real-time, stable and reliable.

 

3. Efficient adaptation to industrial scenarios: Whether it's complex manufacturing processes or strict control requirements on industrial sites, Sinegye MetaOS can perfectly fit. Its lightweight design enables faster system startup and higher stability, making it particularly suitable for high load applications in the industrial sector, such as high-end precision control in semiconductors and new energy. Meanwhile, Sinegye MetaOS is open and user-friendly, providing enterprise developers with a comprehensive development environment, tools, and code examples to quickly build industrial real-time applications.

 

4. Better user experience: With a wide range of industrial categories, different customers have more diverse needs for language support, system customization, hardware compatibility, and other aspects. Sinegye MetaOS has a deep understanding of industrial scene requirements and provides fast configuration services that are closer to the needs of industrial site users. Whether it is in the startup interface, desktop background function, or hardware support, it can easily meet the needs of users.

 

The development blueprint of domestic operating systems: paving the way for comprehensive industrial intelligence in the future

 

The national support for domestic operating systems is not only to enhance China's competitiveness in the global science and technology field, but also to lay a solid foundation for the development of industrial Internet, intelligent manufacturing and other cutting-edge technologies. With the continuous innovation and improvement of domestic operating systems, more industrial applications will benefit from it, enhancing their autonomy, stability, and data security.

 

The Sinsegye MetaOS dual domain industrial operating system of Sinsegye will continue to play its advantages in the industrial field and promote the further development of intelligent manufacturing and industrial Internet in China. Autonomous and controllable industrial operating systems are becoming a powerful support for national security, industrial upgrading, and enterprise development. The application of domestic operating systems in the industrial field will usher in a new wave of technology, helping Chinese manufacturing to reach higher levels!