Abstract: Systems and methods for generating a visual display of a topology of servers, user input may be received for updating configurations of impacted servers.

Abstract: Systems and methods for generating a graphical user interface representation of a network topology using discovery parameters. An example method includes receiving, from a client, user input requesting the graphical user interface representation of the network topology. Discovery parameters for discovering a plurality of nodes in the network may be determined from the user input. First network configuration information may be retrieved from the first node determined from discovery parameters. The configuration information may describe a first subset of the plurality of nodes connected to the first node. A second node may be identified from the first subset. Second network configuration information may be retrieved from the second node, which describes a second subset of the plurality of nodes connected to the second node. The graphical user interface representation may be generated from the network configuration information.

Abstract: Systems and methods for generating a visual display of a topology of servers, user input may be received for updating configurations of impacted servers.

Abstract: Systems and methods for generating a visual display of a network topology, user input may be received for updating configurations of impacted nodes. An example method may include identification of nodes within the network topology. The nodes may represent networked devices within the network topology. A graphical user interface of the network topology including the nodes and interconnectivity between nodes may be generated. The graphical user interface may be provided a client device for display. One or more changes to the network topology may be made using the graphical user interface. Based on the changes, one or more impacted nodes may be determined and configuration values for components of the impacted nodes may be determined. Configuration instructions to update configurations for the components of the impacted nodes may be generated. The configuration instructions may be provided to a server to implement the changes to the impacted nodes.

Abstract: Systems and methods for generating a graphical user interface representation of a network topology using discovery parameters. An example method includes receiving, from a client, user input requesting the graphical user interface representation of the network topology. Discovery parameters for discovering a plurality of nodes in the network may be determined from the user input. First network configuration information may be retrieved from the first node determined from discovery parameters. The configuration information may describe a first subset of the plurality of nodes connected to the first node. A second node may be identified from the first subset. Second network configuration information may be retrieved from the second node, which describes a second subset of the plurality of nodes connected to the second node. The graphical user interface representation may be generated from the network configuration information.

Abstract: Systems and methods for generating a visual display of a network topology, user input may be received for updating configurations of impacted nodes. An example method may include identification of nodes within the network topology. The nodes may represent networked devices within the network topology. A graphical user interface of the network topology including the nodes and interconnectivity between nodes may be generated. The graphical user interface may be provided a client device for display. One or more changes to the network topology may be made using the graphical user interface. Based on the changes, one or more impacted nodes may be determined and configuration values for components of the impacted nodes may be determined. Configuration instructions to update configurations for the components of the impacted nodes may be generated. The configuration instructions may be provided to a server to implement the changes to the impacted nodes.

Abstract: An identification server includes a definitions database stored on a storage of the identification server; a network device identifier configured to identify a network device; and an identification files generator configured to generate an identification file based on an identity of the network device. The definitions database includes at least one entry including at least one condition, at least one configuration action, and an availability status.

Abstract: A method, version server, and non-transitory computer readable medium for configuring a network device. Configuring the network device may include obtaining, by a version server, a first configuration action; matching, by the version server, the first configuration action to a first entry of an action database of the version server; and sending, by the version server, a version controlled configuration action of the first entry.

Abstract: A method, version server, and non-transitory computer readable medium for configuring a network device. Configuring the network device may include obtaining, by a version server, a first configuration action; matching, by the version server, the first configuration action to a first entry of an action database of the version server; and sending, by the version server, a version controlled configuration action of the first entry.

Abstract: An identification server includes a definitions database stored on a storage of the identification server; a network device identifier configured to identify a network device; and an identification files generator configured to generate an identification file based on an identity of the network device. The definitions database includes at least one entry including at least one condition, at least one configuration action, and an availability status.