Special Topic: 2025 Lean Digital Innovation Conference

The "2025 Lean Digital Innovation Conference" was held in Tianjin from September 26-28, 2025, with the theme "Lean Digital Intelligence Driving New Industrialization, Co-creating New Quality Productive Forces." Wan Baohua, Party Committee Standing Committee Member and Vice President of China Railway Signal&Communication Corporation Limited, attended and delivered a keynote speech.

Wan Baohua emphasized that developing new quality productive forces is no longer an optional choice, but rather a mandatory question concerning enterprise survival and development, as well as national industrial competitiveness enhancement. It represents the core key for all enterprises moving toward high-quality development. For China Railway Signal&Communication Corporation Limited, the answer to this question is clear and firm: steadfastly pursuing the path of economic digitalization, deeply integrating digital and intelligent technologies with lean management philosophy to construct a high-end, intelligent, and green modern transportation industry chain.

What are the connotations and indicators of high-end, intelligent, and green development in the transportation industry? Wan Baohua pointed out that first, high-end development serves as the solid foundation for industrial competitiveness, meaning that core technologies must achieve autonomous control, and the reliability and stability of key products must reach or even exceed international leading levels.

Second, intelligent development represents the direction of industrial upgrading, signifying that the entire system must achieve a leap from traditional passive response to advanced autonomous operation, possessing highly developed capabilities in self-perception, self-decision-making, self-execution, and self-optimization.

Finally, green development is an inevitable requirement for sustainable industrial development, meaning that concepts of resource conservation and environmental friendliness must be implemented throughout the entire lifecycle, including research and development design, equipment manufacturing, engineering construction, and operation and maintenance, achieving efficient circular utilization of energy and resources.