AI Empowers Rail Safety, Innovation Drives Smart Future | KING YOUNG Technology Shines at 2025 China Smart Rail Transit Conference
April 11-12, 2025, the 9th China Intelligent Rail Transit Conference hosted by RT FORUM convened in Guangzhou. As one of the gold sponsors, KING YOUNG Technology joined nearly 1,500 experts and corporate representatives from China's rail transit sector to collectively explore emerging trends in the intelligent development of urban rail transit.
Keynote Address

At the “Operation, Maintenance, and Modernization” forum, Zhao Sa, Deputy General Manager and Head of R&D at KING YOUNG Technology, delivered a keynote speech titled “AI Robots Empowering High-Quality Development in Rail Transit.” He proposed that through the technical approach of “data sensing-intelligent analysis-autonomous decision-making” for train intelligent operation and maintenance, AI robots can effectively enhance daily inspection efficiency and production data quality. He also highlighted the practical implementation plan for train intelligent inspection robots and future development trends of AI robots in the rail transit industry.

Exhibition Booth Spotlight

During the conference, the two train inspection robots showcased at KING YOUNG Technology's booth became a focal point for technical exchanges. Designed specifically for rail transit scenarios, these intelligent inspection devices utilize multi-sensor fusion technology to conduct systematic inspections of critical components under and along the train body. Their compact body design overcomes the size limitations of traditional inspection equipment, while modular components enable flexible configuration of functions based on maintenance requirements. The booth demonstrated how the equipment addresses blind spots in traditional manual inspections. Leaders from metro operators in cities like Guangzhou expressed strong interest in KING YOUNG Technology's robotic products and engaged in in-depth discussions.

New Product Launch
Addressing the industry challenge of inspecting confined spaces in rail transit, Yang Di, Deputy General Manager of KING YOUNG Technology, introduced the company's next-generation compact train inspection robot at the product launch event. Designed specifically for restricted areas such as trenches and undercarriages, the device features a compact structure and modular components that significantly reduce its size while maintaining inspection accuracy. During the event, the robot's innovative design captured the attention of representatives from multiple design institutes and metro operators through an in-depth technical presentation.

Industry Dialogue
The conference organizing committee visited the KING YOUNG booth to interview Yang Di, Deputy General Manager of KING YOUNG Technology. Mr. Yang emphasized: "Technological innovation must be deeply integrated with operational scenarios. With the rapid advancement of AI technology, the maintenance of vast urban rail transit assets requires empowerment through AI computing power and algorithms. AI robots can provide high-quality equipment status data and production data for training, ensuring operational safety and efficiency. As a new productive force in the digital and intelligent transformation of urban rail transit operators, AI robots will help maintenance departments achieve high-quality management closure, assisting rail transit operators in building smarter maintenance systems."

This conference not only showcased the latest achievements in intelligent rail transit but also underscored the critical importance of integrating technological innovation with practical application. KING YOUNG Technology demonstrated the core value of AI technology in enhancing smart maintenance for urban rail operators through its intelligent train inspection robot technology and solutions. Moving forward, KING YOUNG Technology will remain committed to deepening its expertise in the field of rail transit intelligence, driving high-quality industry development through pragmatic technological innovation to ensure passenger safety.