Abstract: An apparatus is provided in one example and includes a memory element configured to store data, a processor operable to execute instructions associated with the data, and a recording module configured to record video data associated with a display, and record individual data associated with one or more audience members witnessing the video data on the display. The video data and the individual data are recorded in a substantially concurrent manner, and the video data and the individual data are communicated over a network to a next destination. In a more particular embodiment, the apparatus includes a server configured to communicate programming instructions for recording the video data. A camera is configured to record the video data and the individual data based on the programming instructions, and the camera interfaces with an optical element that reflects at least a portion of the video data and the individual data.

Abstract: In general, the invention provides a computer architecture designed for enhanced data security. In embodiments, the architecture comprises two sub-systems, each with their own processing units and memories, and a defined set of interfaces that interconnect the two sub-systems and the external world. One sub-system is designed to provide a familiar environment for running computer applications. The other sub-system is designed to provide a secure bridge between the first sub-system and users via input and output devices.

Abstract: In one embodiment, a method can include: receiving a synchronization signal in a digital media receiver coupled to a network and a video wall; receiving media content in the digital media receiver; receiving a configuration signal via the network in the digital media receiver; and displaying a designated portion of the media content on the video wall in response to the configuration signal and the synchronization signal.