Operations | Monitoring | ITSM | DevOps | Cloud

In the IT infrastructure serving increasingly digitized enterprises, the criticality of network quality of service is more than evident to ensure connectivity to everyone at any time. System and network administrators need to understand which technology enables efficient, reliable, and lowest latency data transmission between IT applications and services.

As organizations continue to become more reliant on distributed and hybrid workforces, the need for comprehensive data collection across every endpoint—servers, applications, desktops, and laptops—has never been more critical. But let’s be real: agents can be a total headache. That’s where Cribl Edge comes in, now with support for desktops and laptops (in preview)!

Open Shortest Path First (OSPF) is a standard routing protocol that’s been used the world over for many years. Supported by practically every routing vendor, as well as the open source community, OSPF is one of the few protocols in the IT industry you can count on being available just about anywhere you might need it. Enterprise networks that outgrow a single site will often use OSPF to interconnect their campuses and wide area networks (WANs).

Bro, I ain’t got flow isn’t only heard at your local hip hop mic night. It’s a gripe from many network administrators who have inherited small environments, networks with lower-end gear, or who are in the trenches dealing with a time-sensitive issue and need to dig deep—now. NetFlow is a Layer 3 protocol that, over time, allows administrators to see how much traffic is being generated, by whom, and where that traffic is going.

Despite everyone’s best efforts, network failures happen. And when downtime means lost productivity, fast troubleshooting becomes an integral part of IT operations. So with the addition of SNMP poller history, Auvik providing users an archive for troubleshooting, analysis, and planning. When it comes to managing network issues, diagnosing the root cause is the first step. And often, there’s a gap between when an incident occurs, and when it’s reported. And herein lies a big problem.

When something goes wrong, you need to look through your log messages and figure out important things like which device saw the problem first. This automatically tells you where to start looking for the root cause. If your clocks aren’t synchronized, it becomes much more difficult to correlate log messages between devices. More generally, you want to know if the similar log messages you’re seeing are related to the same incident or if maybe some of them happened much earlier or later.

Cybercriminals are constantly looking for ways to bypass defenses. You need to plan for when attackers will breach your defenses. When attackers exploit a vulnerability, you need a solution that quickly detects activities, mitigates attacks, expels attackers and enables recovery from any damage caused. It’s becoming increasingly clear that having a unified approach to data security is essential.