If you have ever worked in a kitchen, you know how tough it is to be short-staffed. Cooks have to work twice as hard and their performance suffers, leaving not-so-happy customers and comped meals for the complainers. It’s similar to how applications operate. Maybe an application is glitching out from poor coding on the backend or bogging from an influx of data coming in. In either case, the end-user application experience suffers.

Large cloud providers and ISPs offer service level agreements (SLAs) that guarantee uptime and help seal the deal with enterprises that value uptime. These same enterprises often ask IT to make the same guarantees for the performance and uptime of the internal network, its many varied connections and even the applications. At the same time, IT may have myriad SLAs from all kinds of vendors—including the aforementioned ISPs and cloud providers—it must manage.

How much network traffic is received by a business in the United States on average? More specifically, how many gigabytes do you think it is? The numbers may surprise you. According to Statista, the average traffic received was nearly 200 BILLION gigabytes (178.21 billion GB). And it is expected to grow to 224.08 in 2023. Another interesting statistic involving traffic, with numbers provided by Broadband Search, is that users in America generate 3.1 million GBs per minute every minute.

One of the greatest challenges for an IT team is visibility. How can you prove the value of your IT team’s accomplishments when no one can see what – or how well – you’re doing? Progress WhatsUp Gold release 2023.0, available as of June 21, 2023, is set to change that. This release includes several exciting updates meant to provide better data access to all.

To track IP traffic flows and record metadata, IT professionals use network flow monitoring protocols and supporting solutions to collect and analyze data.

You have probably seen (or even been to) your company's data center. If not, chances are you have looked at photos of one from a major company like Facebook or Google. Why bring this up? Because when some folks think about the word 'database,' images of rows upon rows of servers holding data come to mind. Others think of the cloud, with zettabytes of data stored in rows, columns and tables.

In March 2021, Commander of the United States Cyber Command General Paul Nakasone testified before the U.S. Senate, summarizing a key organizational challenge, "It's not that we can't connect the dots; we can't see all of the dots."

Modern IT environments and networks are more complicated and distributed than ever before, spanning public clouds, private clouds, edge locations and on-premise data centers. What once worked well—manual or simple monitoring tools—can no longer ensure end-to-end visibility within complex networks. How can you monitor what you can’t see? Fortunately, you now have access to a new generation of monitoring tools designed for the hybrid network.

Avid PC gamers know that if you want optimal performance, you have to push your computer to its limits. And if your gaming “rig” is not properly equipped with a large interior fan, your PC can overheat, resulting in more than a few performance issues. It is the same for enterprise-level devices or pieces of hardware: overheating creates problems. One such enterprise-level piece of hardware (and arguably the most crucial piece of equipment) is a server.