Core Insights - The global luxury tech brand BUTTONS has launched its first hardware device, the "BUTTONS SOLEMATE Smart Audio-Visual Robot," which is equipped with the HALI universal intelligent agent [1] - HALI, released on November 14, 2024, has evolved from a highly anthropomorphized agent to a "life collaborator" with spatial awareness and physical interaction capabilities [1] Group 1: HALI Universal Intelligent Agent - HALI constructs a three-dimensional semantic memory model deeply integrated with the physical environment, enhancing the intuitive and accurate retrieval of information related to spatial coordinates and context [3] - Unlike traditional models that rely on specific wake words, HALI interacts based on the user's location, behavior intentions, and environmental state, enabling a shift from "users finding services" to "services finding users" [3][4] - The operational process involves HALI parsing user intentions and optimizing resource allocation within a spatial continuum, understanding home structure, user movement, and environmental changes [3][4] Group 2: AIoT Computing Infrastructure - The AIoT computing center in Xuzhou, operated by Tsinghua Unigroup, utilizes GPU server clusters for large-scale collaborative computing, supporting dynamic task scheduling through a hybrid computing engine [4][6] - The cloud-based large model is responsible for path planning, ensuring devices navigate obstacles and reach destinations accurately, while visual and language models assist in identifying targets and generating execution strategies [4][6] - The AIoT cloud platform has established a unified abstraction layer for heterogeneous chip integration, significantly enhancing inference and training efficiency [6] Group 3: Industry Evolution - The transition of AI towards generality requires breaking barriers between the digital and physical worlds to achieve a complete feedback loop of "perception-reasoning-action" in real environments [6] - The true universal intelligent agent must perceive the geometric structure and dynamic changes of three-dimensional environments, reason spatial relationships, and execute tasks effectively in the real world [6]