Abstract: A system and method for diagramming a remote hardware system. A method may include receiving data from a monitoring module about hardware components forming the remote hardware system, automatically organizing the data into a logical data structure, representative of the hardware components and communicative connections therebetween, and based on the logical data structure, automatically creating and outputting a visual diagram of the hardware components and the communicative connections therebetween to a display device, the diagram being a schematic representation of the remote hardware system's configuration. In one embodiment, connectivity errors may be automatically identified and flagged in the displayed diagram. Additionally, in some embodiments, the displayed diagram may be interactive, permitting manipulation of one or more of the hardware components or communicative connections therebetween.

Abstract: A system and method for diagramming a remote hardware system. A method may include receiving data from a monitoring module about hardware components forming the remote hardware system, automatically organizing the data into a logical data structure, representative of the hardware components and communicative connections therebetween, and based on the logical data structure, automatically creating and outputting a visual diagram of the hardware components and the communicative connections therebetween to a display device, the diagram being a schematic representation of the remote hardware system's configuration. In one embodiment, connectivity errors may be automatically identified and flagged in the displayed diagram. Additionally, in some embodiments, the displayed diagram may be interactive, permitting manipulation of one or more of the hardware components or communicative connections therebetween.

Abstract: A method for continuously producing a plurality of printed and activated time dependent labels. In one embodiment, the method comprises providing a web having a plurality of inked substrates thereon. Each substrate has a migrating ink pattern printed on a surface of the substrate. A transfer printer is provided that has a first ribbon means for applying a timing layer through which the migrating ink bleeds after a predetermined period of time. A second ribbon means is provided for printing variable data. The web of inked substrates is continuously fed through the printer, each inked substrate passing sequentially under the first ribbon means and then the second ribbon means. The first ribbon means is activated to apply the timing layer to a portion of the printed surface of each inked substrate thereunder to produce a coated substrate.