HK Stock Market Move | SEYOND (02665) rose as much as over 21%, partnering with Galileo to build a presence in embodied intelligence; the company has already achieved large-scale breakthroughs in the Siasun Robot&Automation sector.

SEYOND (02665) rose as much as over 21%, up 13.03% as of press time at HK$1.345, with turnover of HK$100 million. On the news front, according to SEYOND's official WeChat account, the company has entered into a strategic partnership with Galileo, a leading player in the intelligent bionic robotics sector and a global provider of image-grade LiDAR and solutions. The two parties will jointly develop embodied intelligent perception systems for scenarios including power grid inspection, urban security, last-mile delivery, and emergency rescue, accelerating the transition of robotics from the laboratory to large-scale industrial deployment. Under this strategic cooperation, the two parties will pursue collaborative innovation, combining core capabilities in high-reliability spatial perception, full-stack proprietary technology, and industrial scenario expertise to jointly build highly reliable robotic systems. It is worth noting that recently, numerous large-model vendors, including OpenAI, have been continuously expanding their presence in the embodied intelligence sector. Orient believes that more large-model vendors are expected to accelerate their deployment in the future, which is likely to drive breakthroughs in more application scenarios, thereby accelerating the industry's commercialization process, and robotics complete-machine and component manufacturers are expected to benefit. It is understood that SEYOND has already achieved large-scale breakthroughs across multiple scenarios and multiple customers in the robotics sector. The company's two flagship products, Lingque W and Fengniao, with advantages including image-grade perception, ultra-wide field of view, high reliability, and compact ease of integration, help robots achieve centimeter-level precise positioning, dynamic obstacle recognition, and 3D reconstruction of complex environments.