On December 14th, the second general meeting of the Shenzhen Innovation Industry Integration Promotion Association and the fourth Greater Bay Area Industry Integration and Innovation Development Forum 2025 were held grandly in Shenzhen. As a new member unit, Shenzhen based artificial intelligence enterprise Yuejia Lingdong Technology Co., Ltd. made its official debut on this industry collaboration platform and showcased its independently developed embodied intelligent robotic dog and series of industry solutions on site. The forum, with the theme of "Science and Technology Empowering Cultural Renewal", attracted representatives from various sectors of government, industry, academia, and research in the Guangdong Hong Kong Macao Greater Bay Area to jointly explore the development path of deep integration of scientific and technological innovation and industry. The participation and display of technological achievements by Yuejia Lingdong injected a practical perspective of closely integrating physical intelligence with industrial demand into the forum, demonstrating the pragmatic exploration and innovative vitality of the Greater Bay Area in cultivating new quality productivity. The Shenzhen Innovation Industry Integration Promotion Association, as an important platform for promoting cross-border integration of industries, has always been committed to building an open and collaborative innovation ecosystem by integrating into the innovation ecosystem and jointly building a new pattern of industrial synergy. Yuejia Lingdong's official joining of the platform marks that the enterprise is actively moving towards a deeper stage of industrial collaborative development after completing core technology research and development. Against the backdrop of the current efforts to promote the construction of the "20+8" strategic emerging industry cluster in the Greater Bay Area, Yuejia Lingdong will use this multidimensional platform that gathers government resources, upstream and downstream enterprises in the industrial chain, research institutions, and capital to more accurately connect with the actual needs of fields such as rail transit, energy and electricity, and smart cities. Li Kai, Chairman of Yuejia Lingdong, stated during the forum exchange that he will adopt an open and cooperative attitude to jointly define technical standards and optimize solutions with industry partners, especially in key technical fields such as autonomous robot operation and multi machine collaborative scheduling in complex environments, to promote the transformation of embodied intelligence technology from laboratories to large-scale applications, and accelerate the effective transformation of innovative achievements into real productivity. In the technology achievement display area of the forum, the four legged robot independently developed by Yuejia Lingdong has become the focus of attention, showcasing practical industry solutions provided by physical intelligence. Different from a simple concept demonstration, this presentation focuses on the core capabilities of robots in practical work scenarios: complex terrain adaptive traffic technology based on deep reinforcement learning, which enables them to move stably in environments such as stairs, slopes, and unstructured roads; An environment understanding system that integrates multimodal perception can identify device status anomalies, temperature changes, and safety hazards in real time; The intelligent decision-making and collaborative control module supports robots to autonomously perform inspection tasks and seamlessly integrate with existing management systems. According to on-site technicians, these capabilities have been practically validated on some lines of the Shenzhen Metro, forming standardized operating procedures including daily inspections, night patrols, and emergency response. After observing, several attending experts pointed out that this technological path that deeply integrates cutting-edge artificial intelligence algorithms with precision electromechanical systems is the key to solving the "last mile" problem in the intelligent transformation of traditional industries, providing a replicable and scalable technological paradigm for the upgrading of the manufacturing industry. During the forum on deepening scenario practice to promote the intelligent upgrading of industries in the Greater Bay Area, Yuejia Lingdong shared the joint practical achievements with partners such as Shenzhen Metro. Through the innovative model of deep integration of "technology side+scenario side", both parties have not only completed technical adaptation and functional verification, but also formed systematic solutions in terms of job specifications, data standards, human-machine collaboration, and other aspects. This successful practice provides important reference for the application of embodied intelligence technology in other industrial scenarios. At present, Yuejia Lingdong is expanding this model to many fields such as power inspection, and has established strategic cooperation relations with many leading enterprises in the industry. Experts attending the meeting generally believe that embodied intelligent robots, as an important carrier for the deep integration of artificial intelligence and the real economy, are becoming a key force in promoting the transformation of traditional industrial production methods. Its value lies not only in replacing high-risk and repetitive labor, but also in achieving digital and intelligent management of production and operation through continuous data collection and analysis, providing real-time and reliable data support for decision-making. Li Kai, Chairman of Yuejia Lingdong, stated that the company will take this opportunity to integrate into the Greater Bay Area's industrial innovation ecosystem, continue to increase research and development investment, deepen scenario applications, actively participate in industry standard setting while promoting independent innovation of key technologies, and help the Greater Bay Area build a globally leading intelligent robot industry cluster, contributing tangible innovation power to the cultivation of new quality productivity.