Operations | Monitoring | ITSM | DevOps | Cloud

In G2’s Winter 2026 reports, Auvik earned top recognition as a leader in network management tools across small-business, mid-market, and enterprise categories. IT professionals rated Auvik highly for implementation, usability, results, relationship, and overall Grid® performance, reflecting one thing above all: real-world trust from the IT professionals who use Auvik every day.

For a growing number of organizations, the VPN is no longer a peripheral security control. It is the network. Remote employees authenticate through it. Contractors reach internal tools through it. Administrators access cloud consoles through it. Entire application stacks depend on encrypted tunnels to function at all. When VPN connectivity degrades, productivity collapses quietly and unevenly—often without a clear signal pointing to the root cause.

The best thing about moving into a new home is getting to call it your own. But the second-best thing is coming up with funny Wifi names you can tell your friends about. As people say, “home is where the Wifi connects automatically!” And you certainly shouldn't leave its name up to chance. While setting up your internet is one of the first things you do after moving, simply connecting to a random scramble of characters does not feel very personal, does it?

You log into your network monitoring dashboard and see the alert: “High bandwidth usage detected.” This is not just a routine message; it’s a sign that something is putting pressure on your network. Bandwidth is the backbone of modern connectivity, and when usage spikes unexpectedly, the consequences can be severe. Applications slow down, cloud costs rise, and in some cases, spikes may point to a security threat.

Enterprise networks have evolved from simple on-premises network into a sprawling ecosystem of on-premises infrastructure, cloud platforms, virtual machines, and containerized applications. Organizations are embracing hybrid and multi-cloud strategies to gain agility, scalability, and resilience. But with that evolution comes greater complexity and a new set of challenges for IT teams in maintaining the performance of the hybrid networks.

In many organizations, developers, SREs, network engineers, and security teams work in specialized domains, which can make it hard to establish a shared view of network health. As a result, engineers often struggle to determine when a network problem that originates outside of their domain of expertise is the root cause of an incident. This lack of visibility slows investigations and delays remediation.

As we enter 2026, the dust has settled on the initial explosion of hybrid work and cloud adoption. The "new normal" is no longer new; it is simply operations as usual. However, the tools we use to manage this ecosystem are undergoing a massive correction. The fragmented, tool-sprawl approach of the early 2020s is proving unsustainable in the face of growing network complexity. Network operations teams are no longer looking for more data; they are looking for better answers.

A single data breach now averages a multi-million-dollar impact once you account for disruption, response, and long-tail regulatory and reputational damage. Business leaders are fighting on two relentless fronts: The Network Operations Center (NOC) is responsible for performance and availability. The Security Operations Center (SOC) defends the organization’s digital estate. The question isn't whether to choose NOC or SOC.