By Des Nnochiri Most enterprises now use two or more cloud service providers, and 35% use up to five monitoring tools to keep tabs on hybrid cloud and multi-cloud environments. Even before organizations began shifting software and IT infrastructure to the cloud, a typical business would use four to ten tools just to monitor and troubleshoot their internal networks, according to analyst and consulting firm Enterprise Management Associates.

The increasing complexity of IT Infrastructure demands extensive network visibility and security. For those who have been working in networking for a while, NetFlow is not a new technology. Cisco created the network protocol “NetFlow” many years ago, which became the primary norm for collecting IP traffic information. NetFlow soon found its place within network management by providing valuable data of network performance and traffic analytics.

In a 2019 Top Trends Transforming Network Operations survey, 34% of networking pros identified improving network agility as their top business goal for the year. The stat isn’t surprising. “Network agility” is considered the future of networking, but the term itself has become a bit of a buzzword. Everyone’s talking about it, but no one can agree on its definition. So what does network agility actually mean? We surfed the web and analyzed what (almost) everyone has to say.

It’s a story we often hear from our partners: A client calls and their network’s down, so our partner logs into Auvik, pinpoints the problem, and gets them back up in no time. Everyone’s happy. But your client shouldn’t have to make that first call. And if you’re using Auvik to its full potential, they likely won’t have to. Turning Auvik on when a client reports a major problem doesn’t make full use of Auvik’s power. For that, it needs to be on all the time.

The BGP protocol has become a fundamental part of the operation and performance of the Internet. Therefore, it is obvious that we should undertake the BGP monitoring process when monitoring applications or those services that are offered being Internet the basis of its communication.

It’s a question the Auvik support team receives often: “What’s the difference between packet errors, packet discards, and packet loss?” And if you’ve ever typed that sentence—or any other variation—into Google, you’ll know it’s a tricky answer to find. Until now. Before we break down the three packet terms, let’s first look at packets themselves.

More than half of workers across all industries say they’ve experienced job burnout this year, and when you zone in on tech, the number jumps to 60%. It’s so common the World Health Organization has recognized it as an occupational phenomenon. Symptoms of burnout start off small, with employees experiencing reduced efficiency and energy, lowered levels of motivation, reduced job satisfaction, decreased productivity, increased absenteeism, poor workplace morale, and increased turnover.

Today, 94% of enterprises use a cloud service in some capacity, and by 2020, 83% of entire enterprise workloads will be stored in the cloud. For MSPs, this presents a huge challenge: The network—and a strong internet connection—is now your clients’ lifeline to everything their employees use and need to get things done. 100% uptime is now more than an expectation—it’s mandatory.

The Network Emulation is a relevant technology when making tests related to the behaviour of our platform. Let’s look at these situations: All these situations are part of the day-to-day work of the IT managers and all are responded to by developing the necessary tests. However, when we propose to do these tests, two options arise: simulation and emulation of networks. These are two concepts that are often used interchangeably but are actually very different.