Abstract: An RF antenna platform selectively configurable for portable or non-portable use, the platform comprising: a body comprising at least one RF antenna for transmitting and receiving RF signals; at least one component interface provided on the body for interchangeable mounting of different types of stabilising component to the body; wherein the component interface is common to each of the different types of stabilising component such that the portable and non-portable configurations of the platform are selectively determined by the type of stabilising component mounted to the body.

Abstract: An RF antenna platform selectively configurable for portable or non-portable use, the platform comprising: a body comprising at least one RF antenna for transmitting and receiving RF signals; at least one component interface provided on the body for interchangeable mounting of different types of stabilising component to the body; wherein the component interface is common to each of the different types of stabilising component such that the portable and non-portable configurations of the platform are selectively determined by the type of stabilising component mounted to the body.

Abstract: The present disclosure relates to receiving video and audio from a plurality of devices, performing image recognition on the video and audio recognition on the audio, receiving an input image or input audio, and identifying video clips and audio clips containing a match to the input image or input audio.

Abstract: Systems and methods are disclosed for automatically generating an audio and video clip comprising a plurality of audio and video segments. In one embodiment, an audio and video clip comprising a first audio and video segment and a second audio and video segment is generated, where the first audio and video segment was automatically selected from a first plurality of audio and video segments and the second audio and video segment was automatically selected from a second plurality of audio and video segments.

Abstract: Systems and methods are disclosed for automatically generating an audio and video clip comprising a plurality of audio and video segments. In one embodiment, an audio and video clip comprising a first audio and video segment and a second audio and video segment is generated, where the first audio and video segment was automatically selected from a first plurality of audio and video segments and the second audio and video segment was automatically selected from a second plurality of audio and video segments.

Abstract: The disclosed embodiments allow for the capturing, synchronization, and editing of video clips captured by a plurality of devices. In one embodiment, video clips are associated with one another when the devices that captured the video clips are in physical proximity with one another and the video clips are captured during the same time period. Those video clips can be synchronized at a later time and aggregated by a user to form a new video clip.

Abstract: The disclosed embodiments allow for the capturing, synchronization, and editing of video clips captured by a plurality of devices. In one embodiment, video clips are associated with one another when the devices that captured the video clips are in physical proximity with one another and the video clips are captured during the same time period. Those video clips can be synchronized at a later time and aggregated by a user to form a new video clip.

Abstract: The disclosed embodiments allow for the capturing, synchronization, and editing of video clips of an event captured by a plurality of cameras in three-dimensional space. In one embodiment, video clips are captured by a plurality of cameras and later synchronized based on time location and/or location information. In another embodiment, video clips are captured by a plurality of cameras and concurrently synchronized. The video clips can be aggregated to form a video representation of the event.

Abstract: The disclosed embodiments allow for the capturing, synchronization, editing of video clips captured by a plurality of devices. The disclosed embodiments allow for video clips to be organized and disseminated to users in a way that logs the content provide to each user, the date it was provided, and the original source of all included content. Video clips can be organized by one or more criteria, including source, date and time, physical location where the video was captured, the presence of certain images such as a particular face, or the presence of certain sounds such as a voice.

Abstract: The disclosed embodiments allow for the capturing, synchronization, and editing of video clips captured by a plurality of devices. In one embodiment, video clips are associated with one another when the devices that captured the video clips are in physical proximity with one another and the video clips are captured during the same time period. Those video clips can be synchronized at a later time and aggregated by a user to form a new video clip.

Abstract: CROWDFLIK is a video platform for mobile devices that allows multiple simultaneous videos of an event to be submitted to a proprietary platform to allow users to combine, tag, edit, view, save, curate and share personalized edits and other edits from the submitted videos. The CROWDFLIK platform, which includes mobile devices with a suitable software application and networked hosting platform, enables crowd captured, crowd curated and crowd created video. The CROWDFLIK app achieves the synchronized edit functionality by uniquely tagging captured video with location/time stamp and ‘cuts’ the video in synchronized segments of a pre-determined length of Y second(s).

Abstract: CROWDFLIK is a video platform for mobile devices that allows multiple simultaneous videos of an event to be submitted to a proprietary platform to allow users to combine, tag, edit, view, save, curate and share personalized edits and other edits from the submitted videos. The CROWDFLIK platform, which includes mobile devices with a suitable software application and networked hosting platform, enables crowd captured, crowd curated and crowd created video. The CROWDFLIK app achieves the synchronized edit functionality by uniquely tagging captured video with location/time stamp and ‘cuts’ the video in synchronized segments of a pre-determined length of Y second(s).