Beyond Smart Buildings: The Emergence of Intelligent Places through Cutting-Edge Technologies and Material Foundations

Abstract

The rapid emergence of the Internet of Things (IoT), immersive technologies, and spatial devices is transforming architecture by changing the built environment from a passive backdrop to an active participant in user activities. This shift creates complex sociotechnical networks and leads to what we call intelligent places adaptive systems that respond to user behavior, environmental signals, and interactions with architectural components. This study investigates how advanced material foundations and embedded technological objects shape human-building interactions and drive adaptive behaviors in intelligent place systems. We test the hypothesis that integrating virtual reality (VR), augmented reality (AR), and spatial sensors within smart materials creates continuous real-time feedback loops. These loops are expected to enhance user engagement, spatial adaptability, and environmental responsiveness. Employing a qualitative methodology that includes case studies and content analysis, augmented by AI-assisted image analysis, we explore recent trends in smart building design through two projects: the Spatially Intelligent Arts Centre in Geelong, Australia, and the iPortals network of interactive spatial components. The findings indicate that intelligent places are open, dynamic, and continually evolving systems. Technological objects mediate multiloop feedback among users, materials, and building automation, enabling more autonomous, energy-efficient, and responsive environments. This study contributes a conceptual framework for understanding how technological objects and their material Foundations mediate human-building interactions in intelligent places. Future research should consider scalability across different architectural contexts and explore the sociocultural impacts on diverse user groups.