US20250371812
2025-12-04
Physics
G06T19/006
A novel system and method for visualizing user interactions with hyper-realistic digital replicas in immersive virtual environments are presented. This technology captures real-time video of users, isolates their image using neural networks, and integrates it into a virtual space. Users can engage with digital replicas of content creators, with the system providing real-time tracking and feedback. The interactions can be recorded and shared on social media, offering a personalized and immersive experience through advanced technologies.
The demand for personalized interactions with celebrities and influencers has been increasing, yet logistical challenges have limited these experiences. Existing virtual environments offer interactions with avatars but often lack realism and personalized feedback, reducing user engagement. Current systems also fall short in providing real-time feedback and sharing capabilities, which are essential for modern online interaction. This invention aims to overcome these limitations by using cutting-edge technology to create a more authentic and engaging user experience.
The system consists of a user device equipped with a processor, memory, camera, and display, running an application that executes the method steps. A server hosts a library of digital replicas and transmits them to the user device. The system uses neural networks for detecting and isolating the user's image, which is then integrated into a virtual environment. The technology includes person/object detection, masking, depth mapping, and body joint detection, enabling detailed interaction tracking and feedback.
Advanced technologies like neural networks, computer vision, and generative AI are utilized to enhance user interaction. A volumetric world creator generates multi-layered textures for the virtual environment, enhancing realism. The application implements gameplay rules and tracks physical objects, providing real-time feedback to improve user performance in physical activities. This comprehensive approach ensures a highly immersive and personalized experience for users.
The invention offers a unique solution by enabling users to interact with hyper-realistic digital replicas in virtual environments. It provides real-time, personalized feedback and the ability to capture and share experiences on social media. The system's architecture supports scalability and optimization, allowing content creators to monetize their digital replicas. This approach leverages the latest technological advancements to deliver a compelling and interactive user experience.