Abstract: A method to distribute and manage virtual reality (VR) content among a plurality of headsets can be provided by receiving VR experience configuration information from an administrator of a VR experience including VR content module information identifying the VR content modules to be executed during the VR experience, transmitting information over a network responsive to the VR experience configuration information to a plurality of headsets to operate the plurality of headsets as part of the VR experience subject to operating limitations of the VR content identified by the VR content module information, receiving information from the plurality of headsets relating to operation of the VR experience and, monitoring the information relating to operation of the VR experience relative to the limitations of the VR content identified by the VR content module information.

Abstract: A method to distribute and manage virtual reality (VR) content among a plurality of headsets can be provided by receiving VR experience configuration information from an administrator of a VR experience including VR content module information identifying the VR content modules to be executed during the VR experience, transmitting information over a network responsive to the VR experience configuration information to a plurality of headsets to operate the plurality of headsets as part of the VR experience subject to operating limitations of the VR content identified by the VR content module information, receiving information from the plurality of headsets relating to operation of the VR experience and, monitoring the information relating to operation of the VR experience relative to the limitations of the VR content identified by the VR content module information.

Abstract: A method to distribute and manage virtual reality (VR) content among a plurality of headsets can be provided by receiving VR experience configuration information from an administrator of a VR experience including VR content module information identifying the VR content modules to be executed during the VR experience, transmitting information over a network responsive to the VR experience configuration information to a plurality of headsets to operate the plurality of headsets as part of the VR experience subject to operating limitations of the VR content identified by the VR content module information, receiving information from the plurality of headsets relating to operation of the VR experience and, monitoring the information relating to operation of the VR experience relative to the limitations of the VR content identified by the VR content module information.

Abstract: A system may include a server device configured to receive, from a catalog administrator device, a 3D product model encoded in a 3D modeling format, receive, from the catalog administrator device, a definition of a hotspot including an association of a location on the 3D product model with an element of product media related to an aspect of the 3D product model, and store the 3D product model in a data store in association with the hotspot and the element of product media. A user device may be configured to receive a 3D catalog from a server device, display, on the user device using a 3D object renderer, a 3D product model of the 3D catalog, the 3D product model being encoded in a 3D modeling format, and send, to the server device, analytics data indicative of user interaction with the 3D product model using the 3D object renderer.

Abstract: A system may include a server device configured to receive, from a catalog administrator device, a 3D product model encoded in a 3D modeling format, receive, from the catalog administrator device, a definition of a hotspot including an association of a location on the 3D product model with an element of product media related to an aspect of the 3D product model, and store the 3D product model in a data store in association with the hotspot and the element of product media. A user device may be configured to receive a 3D catalog from a server device, display, on the user device using a 3D object renderer, a 3D product model of the 3D catalog, the 3D product model being encoded in a 3D modeling format, and send, to the server device, analytics data indicative of user interaction with the 3D product model using the 3D object renderer.

Abstract: A system may include a server device configured to receive, from a catalog administrator device, a 3D product model encoded in a 3D modeling format, receive, from the catalog administrator device, a definition of a hotspot including an association of a location on the 3D product model with an element of product media related to an aspect of the 3D product model, and store the 3D product model in a data store in association with the hotspot and the element of product media. A user device may be configured to receive a 3D catalog from a server device, display, on the user device using a 3D object renderer, a 3D product model of the 3D catalog, the 3D product model being encoded in a 3D modeling format, and send, to the server device, analytics data indicative of user interaction with the 3D product model using the 3D object renderer.

Abstract: A system may include a server device configured to receive, from a catalog administrator device, a 3D product model encoded in a 3D modeling format, receive, from the catalog administrator device, a definition of a hotspot including an association of a location on the 3D product model with an element of product media related to an aspect of the 3D product model, and store the 3D product model in a data store in association with the hotspot and the element of product media. A user device may be configured to receive a 3D catalog from a server device, display, on the user device using a 3D object renderer, a 3D product model of the 3D catalog, the 3D product model being encoded in a 3D modeling format, and send, to the server device, analytics data indicative of user interaction with the 3D product model using the 3D object renderer.