To see how to get started with LiveNX’s Geo Topology Views check out our video below! With LiveNX, NetOps gains complete visibility for applications and sites, for an end-to-end enterprise view of the complete multi-domain, multi-vendor, and multi-cloud performance and analytics.
Visibility for Performance ManagementĪs software defined networking enables the organizations to select more flexible service provider transport services and optimize the paths for remote application performance, seeing and knowing how applications are performing across the network, is best visualized in geo topology views for NetOps to filter and see the overlay.
Utilizing a topology mapper in combination with network performance monitoring software will help enterprises improve their network performance. By maintaining an accurate and timely map of their network, IT administrators can detect real-time network issues as well as anticipate bottlenecks within their configurations. Topology mappers are essential for any IT department responsible for maintaining complex networks. Enterprise topology mappers are often packaged with fully integrated network performance monitoring software packages and would allow for real-time network management and troubleshooting. Typical mapper features include on-demand multi-level network discovery, real-time mapping, inventory reports, and optimized alternative network configurations. Topology mappers can range widely in features, but essentially all of the document and diagram networks. But for the needs of enterprise size networks, the software is better at automatically gathering network information to build network maps. Mapping a network can be as rudimentary as using a graphics program to layout the physical nodes and links, even a pen and paper will do for small networks. Nodes are the points of connections for links which are the physical transmission media used to connect network devices. Network topology mapping is the practice of graphing a communication network’s topology and representing all its nodes and links.