Siemens Desigo® Optic Successfully Achieves Kylin OS Certification and Domestic CPU Compatibility
News, Application News 2025-07-16 40
Recently, Siemens’ Desigo® Optic building digitalization platform successfully passed the adaptation certification for the Kylin Operating System (OS) and completed crucial adaptations for domestic CPUs (including x86 architecture [e.g., Hygon] and ARM architecture [e.g., Phytium]). This successful certification marks a significant expansion of Siemens’ digital building ecosystem. The updated version of Desigo® Optic is now simultaneously available on the Siemens Xcelerator open digital business platform.
What is Kylin Certification?
Kylin Certification is an official certification based on the domestically developed Galaxy Kylin Operating System. It is an authoritative certification system in China’s OS field, jointly established by the Ministry of Industry and Information Technology (MIIT) and Kylin Software, renowned in the industry for its stringent standards and wide recognition. Siemens Desigo® Optic’s smooth passage of this certification fully demonstrates its excellence in hardware/software compatibility, functional completeness, and operational stability. It also adds an important qualification for enterprises during the bidding process.
Achieving Kylin Certification signifies that Desigo® Optic has achieved excellent adaptation and compatibility with the Kylin OS. This ensures the platform can fully leverage its capabilities in practical applications, providing users with reliable building management solutions.
Lightweight Web Access: Six Functions Comprehensively Covering Building Control
Siemens Desigo® Optic, as a lightweight, powerful, and easily scalable building digitalization platform, integrates six core functions: integration, control, management, analysis, visualization, and connectivity. It far surpasses traditional building control systems and leads the building automation field into a new era of intelligence with its exceptional IoT integration and analytical capabilities. The platform is natively based on the Project Haystack 4 standard, supporting semantic tagging for efficient data management and utilization. Its responsive web design and mobile-first approach make building management accessible anytime, anywhere.
Broad Application Scenarios: Adaptable to Diverse Building Environments
Siemens Desigo® Optic caters to various needs – from unmanned substations and plant management to intelligent lighting and energy management, and from managing heating/cooling source plants to building renovations. It enables simultaneous building management, lighting control, and energy management through a unified interface, significantly reducing operational complexity for users.
Desigo® Optic meets the personalized demands of various building types with its flexible solutions. It has gained widespread acclaim from customers in government, data centers, finance, education, taxation, public security, auditing, transportation, healthcare, and manufacturing sectors, thanks to its outstanding performance and stable operation.
Looking Ahead
In the future, Siemens will collaborate with more partners to build a broader digital building ecosystem, contributing to the development of a “Digital China.”
Visit the official Siemens Xcelerator website, search for “Desigo® Optic,” and contact us to jointly drive the digital transformation of the industry.
About Siemens Xcelerator:
Siemens Xcelerator is dedicated to making digital and low-carbon transformation simpler, faster, and scalable. As an open digital business platform, Siemens Xcelerator comprises a business portfolio, an ecosystem, and an online platform, empowering enterprises of all sizes and across industries to achieve digital and low-carbon transformation.
Since its launch in China in 2022, the Siemens Xcelerator platform has shown strong momentum with a continuously expanding ecosystem. It has attracted hundreds of thousands of registered users and brought together over 200 ecosystem partners. Their solutions cover key areas such as robotics & automation, industrial software, AI industrial applications, and knowledge education, widely applied in industries including automotive, food & beverage, electronics & semiconductors, data centers, and green buildings, forming a comprehensive service system spanning R&D, manufacturing, and operations.