X-ray machines are one of the most sophisticated tools in the medical field. Capable of creating images of someone’s fractured arm, x-rays enable medical professionals to see what is going on in a patient’s most vital areas. In the IT world, server monitoring has a similar function.
As connected as the world is today, it can feel quite disconnected, especially in IT. Individual teams use various tools, each with specialized interfaces and dedicated dashboards, to present or interpret data each the specific functional team needs.
Internet protocols are the lifeblood of internet communication, powering important connections between servers, clients, and networking devices. These rules and standards also determine how data traverses the web. Without these protocols, internet traffic as we know it would be severely fragmented or even grind to a screeching halt. And without evolving protocol development, the web couldn’t properly support the applications driving massive traffic volumes worldwide (or vice versa).
Brocade network switches encompass a variety of switch models that cater to diverse networking needs. In today’s intricate networking landscape, manually handling these switches with varying configurations and commands within a large network infrastructure can be a daunting task. This complexity often leads to human errors such as misconfigurations. How can you optimize your network environment effectively when utilizing a variety of Brocade switches and eliminate the need for manual management?
As networks become more highly dynamic, managing an entire network efficiently is not an easy task. When it comes to network monitoring, all you need to figure out is the type of network devices and the specific metrics you need to monitor. But when it comes to network management, there’s more to be taken into account, from network security, bandwidth hogs, change management, and policy management to performance optimization.
