The experiential and perceptual nature of somatosensory technology has introduced new patterns of fluidity within the creative industries ecosystem, blurring the boundaries between subsectors and facilitating their gradual integration. Augmented reality, building upon the foundation of 3D environmental modeling and leveraging smart mobile device camera sensing, positioning, and screen display capabilities, has transformed the long-standing paradigm of pre- recorded imaging into real-time streaming for theatrical performance experiments. This digital virtualization of puppetry, combined with synchronized projections, manifests as large-scale bionic characters, showcasing the potential of new media and enhancing audience engagement and interactivity. This creative research thus represents a paradigm shift towards 3D intelligent digitalization within the creative industries ecosystem.
The journey begins by responding to the call for technological immersion in performing arts, acknowledging the origins of technological compensatory effects and their reversal. It embraces the new life consciousness indicated and reconstructed by virtual art, becoming the catalyst for transformation—akin to Hamlet's moment of decision on a holographic deck. Furthermore, it enumerates the characteristics of media in the digital age, directly addressing the myths and rituals rooted in gaming, and exploring the dark forest of somatosensory technology in virtual- real integration to discern the existing landscape of the content industry under traditional digital media. The research also examines resources for bridging the third culture and acquires information on the computing revolution across space and time, leading to experiences of paradigm shift under the synergy of technological innovations. Finally, it establishes conceptual analytical coordinates for creative research and discourse, harmonizing methodological approaches to creative research in reality, ultimately witnessing the implementation of new creative beliefs through work analysis.