Abstract: A metadata server that includes circuitry is provided. The circuitry receives a first segment from a plurality of segments of first media content and determines context information associated with the first segment based on a characteristic of at least one frame of a plurality of frames included in the first segment. The circuitry generates first metadata associated with the first segment based on the context information. The first metadata includes timing information corresponding to the determined context information to control a first set of electrical devices. The circuitry further transmits the received first segment and the generated first metadata to a media device associated with the first set of electrical devices.

Abstract: A server that includes first circuitry is provided. The first circuitry receives first information from an electronic apparatus. The first information indicates a geographical region of interest to render advertisement content. The geographical region of interest includes a plurality of nodes to render the advertisement content. The first circuitry further receives second information from the electronic apparatus. The second information is about a user selection of a node from the plurality of nodes located in the region of interest. Further, the first circuitry transmits the advertisement content to the selected node. The advertisement content is rendered on the selected node.

Abstract: A metadata server that includes circuitry is provided. The circuitry receives a first segment from a plurality of segments of first media content and determines context information associated with the first segment based on a characteristic of at least one frame of a plurality of frames included in the first segment. The circuitry generates first metadata associated with the first segment based on the context information. The first metadata includes timing information corresponding to the determined context information to control a first set of electrical devices. The circuitry further transmits the received first segment and the generated first metadata to a media device associated with the first set of electrical devices.

Abstract: A communication system that includes a data streaming station, a wireless access point (WAP), a first communication station, and a second communication station is provided. The data streaming station, WAP, the first communication station, and the second communication station operate in a first radio frequency (RF) channel of a wireless local area network (WLAN). The first communication station and the data streaming station receive a mirroring request from the second communication station, via the WAP, and authenticate the second communication station as a valid station. The first communication station and the data streaming station share a temporal key with the second communication station, based on authentication of the second communication station. The second communication station captures data packets of the encrypted data stream, via the WAP, based on RF monitoring of network traffic and decrypts the captured data packets based on the temporal key.

Abstract: A communication system that includes a data streaming station, a wireless access point (WAP), a first communication station, and a second communication station is provided. The data streaming station, WAP, the first communication station, and the second communication station operate in a first radio frequency (RF) channel of a wireless local area network (WLAN). The first communication station and the data streaming station receive a mirroring request from the second communication station, via the WAP, and authenticate the second communication station as a valid station. The first communication station and the data streaming station share a temporal key with the second communication station, based on authentication of the second communication station. The second communication station captures data packets of the encrypted data stream, via the WAP, based on RF monitoring of network traffic and decrypts the captured data packets based on the temporal key.