Abstract: Systems and methods are disclosed for using first and second nodes in a network-connected interactive environment. User content is obtained via a client computing device and rendered onto the first and second node such that secondary content thereof is stored onto other media. This facilitates regeneration and other orderly migration of a particular node transplanted to another environment.

Abstract: Systems and methods are disclosed for using first and second nodes in a network-connected interactive environment. User content is obtained via a client computing device and rendered onto the first and second node such that secondary content thereof is stored onto other media. This facilitates regeneration and other orderly migration of a particular node transplanted to another environment.

Abstract: Methods and systems are provided in which an improved interface implements a synergistic hybrid of user interactions and automatic operations so that user input is elicited sparingly, making it possible to generate customized social media posts with unexpected speed relative to any art-known techniques. A draft post is pre-populated with a first keyword that identifies a machine-recognized aspect of a photograph, for example, and an event descriptor partly based on the capture location. After adding user text, a complete post is then ready for broadcast.

Abstract: Methods and systems are provided in which an improved interface implements a synergistic hybrid of user interactions and automatic operations so that user input is elicited sparingly, making it possible to generate customized social media posts with unexpected speed relative to any art-known techniques. A draft post is pre-populated with a first keyword that identifies a machine-recognized aspect of a photograph, for example, and an event descriptor partly based on the capture location. After adding user text, a complete post is then ready for broadcast.