WiMi Developed An AI-driven Real-time Spatial Interaction Perception System for Interior Design

Beijing, Jan. 26, 2024 (GLOBE NEWSWIRE) -- WiMi Hologram Cloud Inc. (NASDAQ: WIMI) ("WiMi" or the "Company"), a leading global Hologram Augmented Reality ("AR") Technology provider, today announced that it developed an AI-driven real-time spatial interaction perception system for interior design. The design industry has ushered in the era of personalized design, and the co-use of AI and VR technologies provides an unprecedented opportunity.

Virtual reality (VR) technology has made remarkable progress in the past few years. Its successful application in fields such as entertainment, training and healthcare has attracted widespread attention. In the field of interior design, VR technology can provide an immersive experience that enables users to feel the three-dimensional effects of design solutions in a virtual space. The mature application of this technology provides a solid technical foundation for the development of AI-based real-time spatially aware decorative design systems.

AI provides more possibilities for personalized design, enabling designers to better understand users' preferences and needs and tailor unique design solutions for them. Understanding different user preferences and needs through data analysis can be a valuable resource in interior design, and by analyzing and utilizing this information, AI technology can better support designers in their decision-making, making the design process more scientific and precise.

Through advanced AI algorithms, WiMi's AI-driven real-time spatial interaction perception system for interior design realizes the perception enhancement of the virtual environment. Users are not only able to see virtual furniture, but also perceive elements such as walls and floors in the virtual space.

In order to realize real-time spatial perception, the WiMi's real-time spatial interaction perception system, not only focuses on the user's head and hand movements, but also provides all-around support for the user's walking and interacting with the VR glasses and special mobile VR handles. Users are no longer restricted to a fixed position, but are able to freely roam the virtual space and feel the three-dimensional changes in space. This innovation allows users to interact more freely with virtual furniture and interior decoration, truly realizing spatial immersion. When the user is close to the trigger button, the button will be highlighted, and the user can operate through the handle to select different designs for the wall or floor. The application of this technology improves the user's perception and interactive experience of the entire virtual environment.