Operations | Monitoring | ITSM | DevOps | Cloud

As network admins, we know that routers are the lifeblood of any network. They’re the unsung heroes, routing data from your internal systems to external destinations like the Internet. When routers are performing at their best, everything flows smoothly. But when they’re overloaded, misconfigured, or simply not up to snuff, your network’s performance and security are at risk.

With it a touch of hype, the term Event Intelligence has gained traction in recent months as large enterprises seek smarter ways to manage events, reduce noise – driven by that never ending quest to improve uptime.

Everyone’s obsessed with speed right now. Ship fast. Stack features. Slap an LLM on it and call it v1. Amirite? But in the AI era, where cloud costs can spiral in a weekend, moving fast isn’t enough. The teams that track cloud unit costs from Day 1? They’re the ones who come out ahead. Most teams don’t start there though. They focus on building features and chasing traction, and the cloud bill just shows up like that subscription you forgot to cancel. Maybe someone glances at it.

If your team runs on AWS, getting new tools into your workflow isn’t just about functionality. It’s about how quickly you can procure, integrate, and see value. With Checkly now available on AWS Marketplace, monitoring doesn’t have to be an exception. This launch means Checkly fits into your procurement flow the same way it fits into your CI/CD: seamlessly. No vendor approval bottlenecks, no procurement delays, just faster access to the tools your developers already want to use.

When something goes wrong in a client’s infrastructure, MSPs are expected to fix it—fast. But there’s one area most teams still overlook, and it’s often the first point of failure: DNS. Misconfigured DNS doesn’t always break things immediately. It’s subtle. It lingers. And when it finally causes an outage, broken email, or a security issue, it’s often too late. Here are the DNS misconfigurations MSPs can’t afford to ignore—and what to do about them.

As organizations migrate their legacy web applications from containerized or server-based deployments to serverless environments, they often run into a critical compatibility challenge. Traditional web frameworks like Flask, Express, or SpringBoot are designed to run on persistent HTTP servers, not event-driven, stateless environments like AWS Lambda. The AWS Lambda Web Adapter bridges this gap by allowing teams to run web server-based applications inside Lambda with minimal changes.

Keeping track of every computer in your organization can quickly turn into a messy task, especially as your team grows or hardware gets moved around. That’s where computer inventory software comes in. These tools help IT teams stay on top of their assets, streamline maintenance, and prevent costly surprises. In this guide, we’ll break down what computer inventory actually means, what computer inventory software does, and how to choose the right tool for your needs.

Kubernetes provides a wealth of telemetry data from container metrics and application traces to cluster events and logs. OpenTelemetry offers a vendor-neutral, end-to-end solution for collecting and exporting this telemetry in a standardised format.

When launches are delayed or incidents occur, it’s often due to a breakdown in production readiness. Maybe documentation is outdated. Maybe no one’s on-call. Maybe a critical dependency isn’t even known. The truth is, production readiness shouldn’t be a manual checklist. Production readiness needs to be as dynamic as the software being evaluated.

Following the popularity of our existing GitHub integration, we’ve extended similar capabilities to GitLab users. You can now ingest GitLab events directly into Mezmo Telemetry Pipelines and route them to any destination. This provides a powerful new way to monitor, alert, and react to activity within your GitLab repositories.