Abstract: A server and method for rendering an interactive 3D environment by integrating a 360-degree image into a virtual space, for enhancing user experience is disclosed. The method involves receiving a comprehensive 360-degree image, which serves as the foundation for generating a 3D mesh structure using advanced surface and edge detection techniques. Said 3D mesh structure accurately represents the geometry of the 3D environment. The integration process continues with texture mapping the original 360-degree image onto the 3D mesh through the use of a UV map, resulting in a fully textured 3D mesh structure. To further enhance the immersive experience, additional maps are applied to the textured mesh, ultimately producing a complete 3D environment that can be rendered on various user devices. The proposed system offers a versatile and inclusive solution, ensuring an engaging and personalized 3D environment experience for users.

Abstract: The present subject matter discloses a server, a method, and a system for render streaming an environment to a plurality of user devices. According to aspects of the present subject matter, a single server may be configured to support concurrent streaming to multiple user devices in a manner such that each user device may get a personalized experience. In other words, the changes done to the environment by one user does not affect the user experience of the other users who are availing the render streaming services concurrently. As a result, the single server is able to host multiple users and provide a true personalized experience to all the users.