Abstract: An apparatus and a method are provided for an optical wireless communication (OWC) laser light communications device. The laser light communications device comprises one or more pairs of transmitting and receiving cells. The transmitting and receiving cells may be used in a variety of arrangements and configurations, and scaled appropriately for given data transmission needs. A laser light signal, comprising a communication layer and a high-energy protection layer, is sent from transmitting cells to receiving cells. The high-energy protection layer physically envelopers the communication layer. The protection layer provides for enhanced security and encryption, and ensures signal integrity when received and ultimately decoded and interpreted. The receiving cells may be configured to utilize the energy of the high-energy protection layer, such as by using the energy to charge a battery, or to provide energy for a subsequent transmission.

Abstract: An apparatus and a method are provided for an optical wireless communication (OWC) laser light communications device. The laser light communications device comprises one or more pairs of transmitting and receiving cells. The transmitting and receiving cells may be used in a variety of arrangements and configurations, and scaled appropriately for given data transmission needs. A laser light signal, comprising a communication layer and a high-energy protection layer, is sent from transmitting cells to receiving cells. The high-energy protection layer physically envelopers the communication layer. The protection layer provides for enhanced security and encryption, and ensures signal integrity when received and ultimately decoded and interpreted. The receiving cells may be configured to utilize the energy of the high-energy protection layer, such as by using the energy to charge a battery, or to provide energy for a subsequent transmission.

Abstract: A geolocation-based encryption method and system. The geolocation-based encryption method and system may comprise the steps of: providing an encryption application running on a first mobile computing device and a second mobile computing device; generating a key based, at least in part, of a geolocation data, a device identification data, and a unique file identifier associated with said digital content; selecting a target location on the first mobile computing device to create a GPS data, which may be a portion of the geolocation data; encrypting a digital content based on the key; establishing secure session(s) among the user, a recipient, and server(s); and transmitting the encrypted digital content to the server(s). The encrypted digital content may be transmitted from the server(s) to the second mobile computing device. The encryption application may decrypt the encrypted digital content based on the key.

Abstract: A geolocation-based encryption method and system. The geolocation-based encryption method and system may comprise the steps of: providing an encryption application running on a first mobile computing device and a second mobile computing device; generating a key based, at least in part, of a geolocation data, a device identification data, and a unique file identifier associated with said digital content; selecting a target location on the first mobile computing device to create a GPS data, which may be a portion of the geolocation data; encrypting a digital content based on the key; establishing secure session(s) among the user, a recipient, and server(s); and transmitting the encrypted digital content to the server(s). The encrypted digital content may be transmitted from the server(s) to the second mobile computing device. The encryption application may decrypt the encrypted digital content based on the key.

Abstract: A geolocation-based encryption method and system. The geolocation-based encryption method and system may comprise the steps of: providing an encryption application running on a first mobile computing device and a second mobile computing device; generating a key based, at least in part, of a geolocation data, a device identification data, and a unique file identifier associated with said digital content; selecting a target location on the first mobile computing device to create a GPS data, which may be a portion of the geolocation data; encrypting a digital content based on the key; establishing secure session(s) among the user, a recipient, and server(s); and transmitting the encrypted digital content to the server(s). The encrypted digital content may be transmitted from the server(s) to the second mobile computing device. The encryption application may decrypt the encrypted digital content based on the key.

Abstract: A geolocation-based encryption method and system. The geolocation-based encryption method and system may comprise the steps of: providing an encryption application running on a first mobile computing device and a second mobile computing device; generating a key based, at least in part, of a geolocation data, a device identification data, and a unique file identifier associated with said digital content; selecting a target location on the first mobile computing device to create a GPS data, which may be a portion of the geolocation data; encrypting a digital content based on the key; establishing secure session(s) among the user, a recipient, and server(s); and transmitting the encrypted digital content to the server(s). The encrypted digital content may be transmitted from the server(s) to the second mobile computing device. The encryption application may decrypt the encrypted digital content based on the key.

Abstract: Systems and methods of aggregating on-line content into a context are presented. A context composer can define a context by defining one or more context attributes including network addresses of remote content and an arrangement of the content according to a desired presentation. The context can be managed as a distinct object separate from the content. The composer can also annotate the context as desired. The context can be assigned a single context network address, possibly directed to a context proxy server, which can be used request the context. Upon request, the server can instruct a requester's browser to render the context according to the composer's definition. Advertisements can be inserted into the context based on the context's defining attributes.

Abstract: Systems and methods of annotating aggregated on-line content within a defined context are presented. A context composer can define a context by defining one or more context attributes including network addresses of remote content and an arrangement of the content according to a desired presentation. The composer, or other viewer of a context, can utilize an annotation interface to submit annotations to the context. The annotations can be bound to the arrangement of the context via the annotation interface and integrated into the defined context. One or more viewers can observe the annotations, possibly as the annotations are made in real-time.