【千家网讯】 2026年1月31日，智慧建筑与 AI 行业资深专家、千家智客创始人向忠宏在探讨未来空间计算架构时，正式提出了“具空智能（Space-Embodied AI）”这一前沿理论。该提法的出现，标志着 AI 行业在“具身智能（Embodied AI）”的基础之上，完成了对物理世界认知的关键补全。

从“具身”到“具空”：AI 逻辑的闭环

向忠宏指出，当前 AI 热点“具身智能”主要赋予了机器人等硬件个体以行动能力，解决了“个体”的进化。然而，人类生存的基本单位是“空间”。具空智能的逻辑在于：不仅让空间内的设备联网，而是让空间整体“觉醒”为具备感知、思考与协同能力的智能体。

在具空智能的定义下，无论是家庭居室、智能座舱，还是复杂的星际栖息地，都将被视为一个独立的“具空机器人”。它不再仅仅是过客（具身机器人）的背景，而是拥有全局视野、因果逻辑与情感响应的智能场域。

重磅预告：《 《Space²》书稿进入撰写关键期

据悉，向忠宏目前正投入到全新著作《空间计算时代的操作系统》的编写工作中。该书将系统性地披露支撑“具空智能”运行的底层技术架构。

据透露，该书涵盖了以下核心价值体系：

·       SSSU 理论实践：如何将物理空间拆解为可计算的标准单元。

·       M-Core 内核架构：全球首个专为空间物理因果、多模态交互设计的微内核。

·       Vera Rubin 算力布局：探讨下一代算力架构如何支撑空间级的实时物理仿真。

·       具空伦理与叙事：通过 NBT（叙事区块链令牌）技术，赋予空间以记忆与情感包浆。

行业意义：立下空间计算的里程碑

行业观察家认为，向忠宏此番提出的“具空智能”理论，不仅是技术层面的创新，更是一次哲学层面的升华。它将原本碎片化的智能家居、智慧建筑、机器人产业，统一到了“空间觉醒”的宏大框架下。

《 Space²》一书的预告，也预示着空间计算将从“概念实验”正式进入“操作系统级”的工程化阶段。这一理论的沉淀，或将成为未来十年全球 AI 与建筑、航天产业融合发展中，一个无法绕开的逻辑起点。
向忠宏提出“具空智能”理论：AI 演进从“躯壳”走向“场域”

Zhonghong Xiang Proposes "Space-Embodied AI" Theory: The Evolution of AI from "Hardware Shells" to "Spatial Fields"

[Qianjia.com News] On January 31, 2026, Xiang Zhonghong, a veteran expert in smart buildings and AI, and founder of Qianjia Smartech, formally introduced the pioneering theory of "Space-Embodied AI." This conceptual breakthrough is seen as a critical completion of the physical world’s AI roadmap, building upon the foundations of "Embodied AI."

From "Embodied" to "Space-Embodied": The Closing of AI Logic

Zhonghong Xiang noted that while the current industry focus on "Embodied AI" primarily empowers individual hardware—such as humanoid robots—to move and act, it only solves the evolution of the "individual." However, the fundamental unit of human existence is "Space."

The core logic of Space-Embodied AI lies in moving beyond simply connecting devices within a room. Instead, it aims for the "Spatial Awakening," where the space itself becomes a holistic, intelligent entity capable of perception, reasoning, and synergy.

Under this definition, whether it is a residential living room, a smart cockpit, or a complex extraterrestrial habitat, the environment is treated as an independent "Space-Embodied Robot." It is no longer just a backdrop for "Embodied Robots" (the visitors) but a master field with global vision, causal logic, and emotional responsiveness.

Major Preview: The Landmark Treatise " Space²" in Development

It has been revealed that Zhonghong Xiang  is currently deep into the writing of his new book, "Space² : The Operating System for the Era of Spatial Computing." This work will systematically disclose the underlying technical architecture that supports Space-Embodied AI.

Key value systems covered in the book include:

  • SSSU Theory in Practice: How to deconstruct physical space into computable standard units.

  • M-Core Kernel Architecture: The world's first microkernel designed specifically for physical causality, multimodal interaction, and spatial safety.

  • Vera Rubin Computing Layout: Exploring how next-generation computing architectures will support real-time physical simulation at a spatial scale.

  • Space-Embodied Ethics & Narrative: Utilizing NBT (Narrative Blockchain Token) technology to endow spaces with memory and "emotional patina."

Industrial Impact: A Milestone for Spatial Computing

Industry observers suggest that the "Space-Embodied AI" theory is not merely a technical innovation but a philosophical elevation. It unifies fragmented industries—smart home, intelligent building, and robotics—into a grand framework of "Spatial Awakening."

The preview of  Space²signals that Spatial Computing is transitioning from conceptual experimentation to a phase of "OS-level" engineering. This theoretical foundation is poised to become an unavoidable logical starting point for the integration of AI, architecture, and aerospace industries over the next decade.