Recently, experts from an artificial intelligence research institute visited Kaichang. Discussions centered on topics such as intelligent individual soldier systems. The purpose of this visit was to explore solutions to the four major challenges faced by firefighting task forces when entering burning buildings—namely, “inability to see, hear, speak, or locate”—and to jointly advance the intelligent transformation and high-quality development of the firefighting industry.

　　The visiting delegation discussed the current state of the firefighting industry with Kaichang’s technical staff, noting that the sector generally faces challenges such as price competition, distribution channel constraints, and competition based on personal connections. They engaged in detailed discussions about the smart individual firefighter system developed by Kaichang, gaining insight into its development history and strategic planning in areas such as core technologies. During the exchange, the visitors expressed keen interest in the practical achievements of Kaichang’s smart individual firefighter system.

　　Currently, Kaichang has established a core technical team composed of full-time R&D personnel, possessing comprehensive in-house R&D capabilities across the entire software and hardware value chain for intelligent individual soldier systems. The products have clearly defined application scenarios and functional frameworks, featuring intelligent auxiliary functions such as 3D visualization and multilingual AI customer service, and are dedicated to providing practical and effective technical support for firefighting and rescue operations.

　　Moving forward, Kaichang will continue to adhere to an innovation-driven development strategy, leveraging smart technologies to empower the firefighting industry’s digital and intelligent transformation. The company will actively explore further possibilities for the deep integration of technology and firefighting and rescue operations, contributing its expertise to the industry’s high-quality development.