Abstract: A computerized method and system provides for electronic generation of a commemorative item. The method and system includes associating, via a computing application, a user with an event. The method and system acquires event data relating to the event and generates an electronic representation of the commemorative item associated with the event. This user is granted access to the commemorative item based on the user as being associated with the event, such as confirming attendance via a ticketing platform. The method and system includes providing a physical version of the commemorative item to the user, wherein the commemorative item includes at least part of the event data printed thereon. Therein, via a mobile computing device, the method and system includes presenting at least one augmented reality display based on a video capture of the physical version of the commemorative item, display includes content associated with the event.

Abstract: An augmented reality content distribution method and system provides for distributing secondary content. The method and system, via an image capture application executing on a mobile computing device, detects a first image disposed on a physical item, the physical item relating to a primary event and/or primary content. Therein, the method and system accesses a secondary content database across a network communication path and retrieves the secondary content based on the first image as detected by the image capture application. The method and system therein displays, on an output display of the mobile computing device, the secondary content in an augmented reality display in relation to the first image and the physical item, wherein the secondary content is associated with the primary event and/or primary content.

Abstract: A system and method are provided for creating a moving light image for visualizing light transition across a subject (e.g., a lightograph), and include an image capture apparatus, various light effect elements (e.g., including strobes) arranged at different locations around a subject, and a processor. The processor, upon receiving a trigger command, directs the image capture apparatus to capture images in rapid succession, i.e., sufficiently rapid that the subject is substantially static for a duration of a specified sequence of images. Each of the images may have a different respective lighting configuration via selective implementation of at least one of the various light effect elements. The processor automatically generates and stores an executable file associated with the captured plurality of images, wherein execution of the file causes retrieval and time-based reproduction of one or more of the images and corresponding lighting effects in a substantially static image reference frame.