开幕倒计时！“意念协同” 强脑科技要来了！

Core Insights - The first Hong Kong International AI Art Festival aims to catalyze the integration of AI in artistic creation, promoting a new phase of "thought collaboration" through brain-machine interface technologies [1] - The festival will feature AI art exhibitions, academic forums, and a robotics carnival, emphasizing the exploration of human-machine collaborative creativity [2] Group 1: Festival Overview - The festival is organized by the Zijing Cultural Group and will take place from December 19 to 21 at the Hong Kong Convention and Exhibition Centre, with the theme "Envisioning the Future: Reality and Boundlessness" [1] - The event is expected to showcase technological breakthroughs and provoke deep reflections on how technology can empower humanity [1][2] Group 2: Art and Technology Ecosystem - The CEO of Qiangnao Technology suggests building a sustainable "creation-display-transformation-export" chain to establish Hong Kong as a center for cultural and technological exchange [2] - The initiative aims to create a signature capability in Hong Kong by encouraging collaboration between enterprises, universities, museums, and foundations, transforming technology from mere exhibits into experiential public cultural infrastructure [2] Group 3: Long-term Competitive Advantage - Hong Kong's competitive edge lies not only in connectivity but also in trust, with potential to establish high-standard practices in data security and inclusivity recognized internationally [3] Group 4: Humanoid Robotics Industry - The humanoid and service robotics industry is currently characterized by multiple technological pathways, with Qiangnao Technology focusing on the core issue of human-machine collaboration [5] - The company is engaged in long-term research on human neural signals and behavior mechanisms, as well as continuous refinement of execution components and engineering systems [5] - Qiangnao Technology aims to become a leading provider of non-invasive brain-machine interface solutions, with advantages in rehabilitation, health, and human-machine interaction [5]