Abstract: A device may be configured to receive a text file including network information for an optical network. The network information may include information for an optical route in the optical network. The device may generate a user interface based on the text file. The user interface may display a representation of the optical route. The device may provide the user interface for display and receive a user input via the user interface. The device may change the representation of the optical route displayed by the user interface based on the user input and the network information included in the text file.

Abstract: A device may receive optical network information associated with a first optical node and a second optical node. The first optical node may be associated with a first group of optical devices. The second optical node may be associated with a second group of optical devices. The device may identify a first mapping in which a first group of optical channels is associated with the first group of optical devices and a second mapping in which a second group of optical channels is associated with the second group of optical devices. The first group of optical channels may correspond to the first group of payloads, and the second group of optical channels may correspond to the second group of payloads. The device may provide information depicting the first mapping and information depicting the second mapping.

Abstract: A device may receive health information associated with a network circuit included in an optical network. The device may determine, based on the health information and network circuit information associated with the network circuit, that the network circuit is experiencing a health issue. The device may identify a diagnostic technique to be applied to the network circuit based on determining that the network circuit is experiencing the health issue. The device may automatically and iteratively apply the identified diagnostic technique to the network circuit in order to identify a fault location. The device may determine a corrective action, associated with the network circuit, based on the fault location and the health issue. The device may provide information associated with the corrective action to cause the corrective action to be taken.

Abstract: A device may receive optical network information associated with a first optical node and a second optical node. The first optical node may be associated with a first group of optical devices. The second optical node may be associated with a second group of optical devices. The device may identify a first mapping in which a first group of optical channels is associated with the first group of optical devices and a second mapping in which a second group of optical channels is associated with the second group of optical devices. The first group of optical channels may correspond to the first group of payloads, and the second group of optical channels may correspond to the second group of payloads. The device may provide information depicting the first mapping and information depicting the second mapping.

Abstract: A device may receive health information associated with a network circuit included in an optical network. The device may determine, based on the health information and network circuit information associated with the network circuit, that the network circuit is experiencing a health issue. The device may identify a diagnostic technique to be applied to the network circuit based on determining that the network circuit is experiencing the health issue. The device may automatically and iteratively apply the identified diagnostic technique to the network circuit in order to identify a fault location. The device may determine a corrective action, associated with the network circuit, based on the fault location and the health issue. The device may provide information associated with the corrective action to cause the corrective action to be taken.

Abstract: A device may be configured to receive network information for an optical network. The device may provide a user interface for display based on the network information. The user interface may include first display elements representing physical components in the optical network, second display elements representing logical components in the optical network, third display elements representing physical connections in the optical network, and fourth display elements representing logical connections in the optical network. The user interface may provide information regarding optical channels transmitted via the optical network. The device may visually distinguish, within the user interface and based on a selection, a transmission path associated with an optical channel of the optical channels. The transmission path may include at least one of the physical components, at least one of the logical components, at least one of the physical connections, and at least one of the logical connections.

Abstract: A device may receive a request to present, via a user interface, information associated with an optical network. The information associated with the optical network may be stored using a data structure accessible to provide the information to one or more applications associated with one or more view types. The device may identify an application or a view type associated with the user interface. The device may identify an optical equipment type associated with the request. The optical equipment type may identify a type of optical equipment, associated with the optical network, to be presented for display via the user interface. The device may identify formatting information, for presenting optical network information associated with the optical equipment, based on the optical equipment type and the view type or the application. The device may provide the optical network information, for presentation via the user interface, based on the formatting information.

Abstract: A device may be configured to receive a text file including network information for an optical network. The network information may include information for an optical route in the optical network. The device may generate a user interface based on the text file. The user interface may display a representation of the optical route. The device may provide the user interface for display and receive a user input via the user interface. The device may change the representation of the optical route displayed by the user interface based on the user input and the network information included in the text file.

Abstract: A device may receive optical network information associated with optical devices included in an optical network. The optical network information may include first optical network information and second optical network information. The second optical network information may include at least some information that is different from the first optical network information, and may relate to the first optical network information. The device may provide the first optical network information via a first section of a user interface. The device may detect an interaction with the first optical network information. The device may provide, based on detecting the interaction, the second optical network information via a second section of the user interface that is different from the first section, or may provide a display indicator that identifies the second optical network information provided via the second section of the user interface.