Plant communication network
An embodiment of the disclosure provides a communication network having a plurality of end devices protected by multilayer switches that receive data packets in different formats for transmission to the end devices, translate received data packets to a common data format for inspection to determine if they pose a security threat, and if they do not pose a threat, forward the data packets to their end device destinations.
1. A graphical user interface (GUI) for managing a plant communication network comprising a plurality of end devices, the GUI comprising:
a first planar graphical image in perspective of a physical topology of the network schematically showing physical entities comprised in the network;
a second planar graphical image in perspective of a logical topology of the network in which physical entities of the network are represented by icons;
wherein:
the first and second planar graphical images are arranged so that the icons in the logical topology appear to project onto the physical entities in the physical topology that they respectively represent; and
the second planar graphical image distinguishes:
a subset of end devices of the plurality of end devices comprised in the network which cooperate and communicate with each other as a group to perform plant tasks as a plant activity group; and
a virtual bus for the plant activity group, which virtual bus is characterized by routing and security rules that control communication between the devices in the subset of end devices.
2. The GUI according to claim 1 , wherein the first and second planar graphical images are superposed.
3. The GUI according to claim 2 , wherein first planar graphical image, the second planar graphical image or both are semitransparent images.
4. The GUI according to claim 1 , wherein the first and second planar graphical images are displayed one over the other in a perspective view.