Operations | Monitoring | ITSM | DevOps | Cloud

In the push to simplify IT management, the idea of a single, all-encompassing AIOps platform is certainly appealing. The promise of one dashboard to monitor the entire IT stack—from applications and infrastructure to the network—suggests a world of streamlined operations. This generalist approach aims to provide a broad overview, correlating data from across the business to spot trends and potential issues.

Picture this. You recently shipped a new feature, and things were working smoothly — until they didn’t. Now, one service is timing out. Another is overloaded. You dig in and realize the issue is with how your systems communicate. Messages are not arriving when or where they should. Your team had set up Amazon SNS for notifications and Amazon SQS for processing tasks. But somewhere along the way, the difference between SQS vs. SNS (and how they’re wired together) got lost in translation.

When rideshare drivers talk about a “side hustle”, they mean working a few hours on weekends to make extra cash. That’s fine for pocket money, but it’s catastrophic when the “hustle” is controlling your cloud and AI spend. Right now, too many companies run FinOps the way they run the office coffee pot: A volunteer refills it when things look empty.

Monitoring with Icinga primarily focuses on servers and infrastructure. But there are also the people operating these systems from their workstations and laptops. If a server can be accessed from a machine with an outdated operating system, the patch level of the server becomes irrelevant.

Not everything in production is on fire. Sometimes it’s just... a little warm. A page that loads a second too slow. An API that returns way more than anyone asked for. A query that feels totally fine until someone sends something unexpected and suddenly you’ve got an incident.

A network map is a visual representation of the devices and connections that make up an IT network. For IT professionals, network maps are essential tools for monitoring performance, troubleshooting issues, enhancing security and planning infrastructure upgrades. There are multiple types of network maps, each serving a specific purpose, ranging from physical layout diagrams to cloud-based and security-oriented architectures.

Deployments should drive your product forward, not slow you down. Yet too often, teams spend hours digging through logs, dashboards, and error reports just to answer a simple question: did the release go smoothly? Coralogix’s new Versions feature answers this in a single click, letting teams spend more time building and less time investigating.

CI/CD pipelines are automated workflows that take code from development to production. The CI/CD pipeline meaning encompasses two key practices: A typical CI/CD pipeline includes stages like code compilation, testing, security scanning, artifact creation, and deployment across multiple environments.

Almost every other day, when I scroll past r/devops or r/sre, I see a post like this asking how a dev can get started with devops, observability, etc. Sample Reddit thread on how to get started with OTel This blog is an attempt for anyone lost to find their way into observability and a wake-up call for devs to they should think about observability more actively today than ever before. A dev’s observability playbook.

AIOps tools use machine learning, big data, and automation to enhance IT operations. These tools analyze IT data, detect anomalies, and automate tasks, improving efficiency and reducing manual effort. Popular AIOps tools include Selector, Splunk, Dynatrace, Datadog, BigPanda, Dell AIOps, IBM Cloud Pak for AIOps, and LogicMonitor.