Abstract: A method and system for undertaking a transaction in a Three-Dimensional (3D) interactive environment. The method includes invoking, by a processor associated with a system, from a source application, using a widget, a metaverse environment from a plurality of available metaverse environments, the invocation of the metaverse environment enabling a user to undertake experiential experiments on a plurality of products that form part of the invoked metaverse environment. The method includes selecting one or more products based on the experiential experiments. Further, the method includes processing, by the processor, in the invoked metaverse environment, using a meta-cart checkout engine of the invoked metaverse environment, purchase transaction for the selected one or more products, wherein the meta-cart checkout engine places the selected one or more products into a cart along with transmitting 3D metadata associated with the one or more products to a server.

Abstract: A system and method for rendering objects in a virtual/augmented reality environment. The system includes a processor and a memory including a set of instructions. An execution of the set of instructions may cause the processor to render a user environment representative of a 3-Dimensional (3D) map and 3D space position data. The user environment may be rendered on a display device of a user by using a rendering engine of the system. The processor may configure a responsive extended reality (XR) zone within the rendered user environment through a zone engine. The XR zone may be adapted to provision contextually aware information pertaining to one or more virtual features, data, and objects that are dynamically calibrated based on real-time changes in parameters associated with the user environment.

Abstract: A system and method for providing an augmented reality environment for a digital platform. The method encompasses receiving, at a transceiver unit [102] from an electronic device, a user input via the digital platform, wherein the user input comprises at least one camera invoking gesture. The method thereafter comprises enabling, by a processing unit [104], a camera functionality of a camera unit of the electronic device, based on the camera invoking gesture. Further the method encompasses receiving, by the processing unit [104] from one or more sensors, a surrounding environment data based on the enabled camera functionality. Further the method comprises generating, by the processing unit [104], the augmented reality environment associated with the digital platform, based on the surrounding environment data.

Abstract: The embodiments herein provide a system and method for generating data for a three-dimensional (3D) environment using existing information from a virtual or augmented reality scene is disclosed. The method includes reading data from a data store. The data comprising component identifying data and component position data for at least one of said 3D components. Further, the component data is analyzed for at least one identified component from a data store, the component data including at least 3D geometry data for the component. Thereafter, at least one component of the 3D geometry data is transformed using component position data to provide 3D virtual environment data for a specific 3D virtual environment. The 3D virtual environment data defines a substantially contiguous 3D surface enclosing the 3D virtual environment. The system includes a scene recognizer, parser, asset mapper, machine learning driven design algorithm, and asset store reorganizer.

Abstract: The embodiments herein provide a system and method for generating data for a three-dimensional (3D) environment using existing information from a virtual or augmented reality scene is disclosed. The method includes reading data from a data store. The data comprising component identifying data and component position data for at least one of said 3D components. Further, the component data is analyzed for at least one identified component from a data store, the component data including at least 3D geometry data for the component. Thereafter, at least one component of the 3D geometry data is transformed using component position data to provide 3D virtual environment data for a specific 3D virtual environment. The 3D virtual environment data defines a substantially contiguous 3D surface enclosing the 3D virtual environment. The system includes a scene recognizer, parser, asset mapper, machine learning driven design algorithm, and asset store reorganizer.