As the global energy transition accelerates, a growing consensus is emerging among industry participants: the value of future energy systems will not be created by a single enterprise or defined by a single technology; rather, it requires the collaborative efforts of developers, operators, technology providers, certification bodies, and industry organizations to build them. From European renewable energy developers to energy storage operators, and from industry partners to trade associations, a series of collaborations have come to fruition. This not only highlights the continuous expansion of Inovance Technology’s global partnership network but also underscores the high regard in which domestic and international partners hold the company’s technical prowess, lifecycle value, and globalization strategy.
From June 23 to 26, during MWC Shanghai 2026, Leju—in collaboration with partners such as China Mobile and the Zhongguancun Ubiquitous Network Research Institute—showcased application achievements enabled by 5G-A across three key sectors (commercial services, industry, and specialized operations) as well as explorations into cutting-edge 6G technologies. During the same period, Leju—in collaboration with China Mobile, the Wujiang District Fire and Rescue Bureau, and other entities—unveiled a 5G-A training ground for embodied AI humanoid robots and demonstrated their application in fire and rescue operations. This milestone marks the transition of 5G-A humanoid robots from the stage of technical validation to that of practical industrial deployment.
On the 16th, CASIVIBOT—China’s first industrial embodied AI robot for quality inspection—rolled off the production line in batches and was delivered at CASI-Huiyuan Vision Technology (Luoyang) Co., Ltd. This milestone marks the product's entry into mass production and large-scale application, effectively ushering my country’s industrial quality inspection sector into the "Embodied AI + Ecosystem Synergy" 3.0 era. CASI-Vision is a national-level "Little Giant" enterprise—recognized for specialization, refinement, uniqueness, and innovation—incubated in Luoyang by the Institute of Automation, Chinese Academy of Sciences (CASIA). Leveraging over a decade of technical expertise in glass surface defect inspection, the company has focused on building an industrial intelligent technology system characterized by "hand-eye-brain" synergy and released the first CASIVIBOT prototype last August.
As a key comprehensive university under the national "211 Project," Shanghai University excels in engineering disciplines such as intelligent manufacturing and mechanical automation, while actively advancing educational models that integrate industry with education and science with education. Keeping pace with industrial frontiers, the university continuously upgrades its engineering training systems and establishes high-standard, intelligent platforms for talent cultivation in intelligent manufacturing, thereby consistently enhancing students' practical skills and engineering innovation capabilities. To meet Shanghai University's comprehensive requirements for upgrading its practical teaching, Shanghai FANUC has leveraged its deep expertise in intelligent manufacturing technology and extensive experience in industry-academia collaborative education to establish a strategic partnership with the university. The company has developed a facility featuring robotics laboratories and intelligent production line training environments within the university's Engineering Training Center. The platform incorporates pioneering domestic training modules for trajectory planning, assembly, logistics, and machining, while also integrating intelligent robotic milling, precision assembly, visual inspection, gantry robots, automated storage systems, and a complete information management suite. This comprehensive training platform—designed to support teaching, research innovation, skills competitions, and professional certification—utilizes an integrated, intelligent, and flexible industrial-grade design that precisely aligns with the diverse, ongoing needs of engineering talent development in higher education.
