Operations | Monitoring | ITSM | DevOps | Cloud

The Internet at one of your school sites slows to a crawl. Teachers can't load their lesson plans. A video call for a virtual class freezes. Your IT team calls the ISP. The ISP runs its own checks and tells you everything looks fine on their end. Sound familiar? This is the core problem every school board and public institution runs into eventually. Your ISP has full visibility into their own network. You don't.

Most network teams only find out their firewall is overloaded after users start complaining. A slow VPN, dropped calls, and random packet loss at 2 pm every day. The usual suspects get blamed first: the ISP, the switch, the application server. The firewall gets a pass because the dashboard says 40% CPU and everything looks fine. Here is the problem with that picture. Standard SNMP monitoring polls every 5 minutes. A CPU spike that peaks at 95% and recovers within 90 seconds never shows up.

Obkio is proud to announce an important investment from Devolutions, one of the most respected names in IT security and remote access management. This investment marks a new chapter for Obkio as we accelerate our next phase of growth. This isn't a financial transaction between strangers. It's a partnership between two companies that have spent years building tools for the same people: IT professionals, sysadmins, MSPs, and the network engineers who keep critical network infrastructure running.

Most network teams monitor uptime. A lot of them track CPU. Almost none of them consistently monitor memory utilization on routers, firewalls, and switches, and that gap causes more unexplained outages and intermittent issues than most people realize.

Your VoIP calls are choppy. File uploads are crawling. Your team is complaining that the CRM is sluggish, and remote desktop sessions keep freezing. You check your firewall, your switches look clean, and there are no alerts on your LAN. The problem isn't inside your network. It's upstream, and it's happening quietly every day during peak hours.

Here is a reality that every network admin eventually runs into: users report slow apps, dropped calls, and broken connections, and the first instinct is to blame the ISP or the cloud provider. The ticket gets escalated, the ISP pushes back, and hours later, you find out the problem was sitting inside your own building the whole time. A saturated switch port. A misconfigured VLAN. A flaky patch cable in the server room.

Most IT teams rely on Microsoft Teams Admin Center as their default monitoring tool to find and fix Microsoft Teams issues, but there's a gap between what it shows and what actually causes call quality problems. Teams Admin Center gives you Microsoft's perspective on what happened after an MS Teams call ended. It doesn't tell you what was happening on your network, on your users' devices, or in the five minutes before the complaints started coming in.

Every minute a network incident goes unresolved costs your company money. Lost productivity, missed SLAs, degraded user experience, and, in other cases, direct revenue loss. For IT teams and network admins, the pressure to resolve incidents fast isn't just operational, it's existential.

Network outages are easy. Something goes down, alarms fire, you fix it, life moves on. Everyone understands a full outage. It's clean, binary, and at least somewhat predictable. Network instability is the opposite of all that. Nothing fully breaks. Nothing fully works. The ping responds. The connection shows active. And yet users are complaining about choppy calls, sluggish apps, and sessions dropping for no apparent reason. You run a speed test, and it's fine.

When users complain that an app or website is slow, the first question is always the same: Is it the network or the application? HTTP monitoring gives you the answer. Network metrics like latency and packet loss tell you what's happening on the wire. But they don't tell you whether users are actually feeling the impact. HTTP monitoring closes that gap.