If you’ve ever spent hours trying to figure out what went wrong in your code, you know how frustrating it can be without a clear trail to follow. Logs give you that trail, showing the steps your system took before something broke. Think of stack traces, they’re helpful for showing you where an error occurred. But they don’t always explain how it occurred. That’s where logs come into place.

You may have encountered a situation where you must do some backend job without user intervention. For example, in an IOT application, your application needs to receive frequently published data from devices or send scheduler values to devices. .NET provides background job libraries for such tasks. I will discuss one of the background libraries, Quartz.NET, with a coding example. I will break down Quartz for you with simple, practical examples.

Given the sophisticated nature of modern IT, today’s operations teams require more than simple step-by-step instructions—they need intelligent automation that boosts efficiency, accuracy, and accessibility throughout the organization. Runbook automation transforms traditional, manual processes into automated workflows, empowering operators to execute complex, multi-step tasks quickly and reliably.

When systems go down, every minute counts. You need more than just quick fixes. You need a solid system to spot problems early, take action fast, and learn from each incident to keep your users happy. That's what incident management is. In this guide, we'll walk through everything you need to know about incident management, from basic concepts to advanced strategies used by top DevOps teams.

Synthetic website monitoring (also known as synthetic testing) involves simulating the actions that visitors perform on a website and the journeys they take, in order to evaluate performance and proactively spot any issues or problems. For example, synthetic testing can help answer critical questions like: However, not all synthetic testing solutions or strategies are equal.

Linux, Debian, and Ubuntu are the Kirk, Spock, and McCoy of modern application development. The Captain Kirk, Linux, is the open-source central code for directing and talking to hardware. Debian sits as the trio’s Spock, the original distro that can be seen as more complex to install and use. As a Debian child distro, Ubuntu is the McCoy, helping to heal the challenges that people have when trying to use Debian.

We’ve been steadily building strong momentum with Microsoft over the past year, and the latest step forward is a significant one: Cribl solutions are now available on the Microsoft Azure Marketplace. But why this focus on Microsoft Azure? The answer lies in what customers are prioritizing and discussing with us.

If you’re looking to dive into the world of IoT data collection, you’ve probably come across MQTT—a lightweight messaging protocol designed for efficiently transmitting data between devices.

Dubbed 'the most important election ever,' it was expected that online traffic would skyrocket across traditional broadcasters, online streaming platforms, and digital publishers on November 5, 2024. As the initial results rolled in, Internet traffic surged nationwide by up to 15%, both at national and state levels. Surprisingly, though, this surge in traffic didn’t happen where you might expect—not on TV.

In June 2024, Amazon hit an astounding $2 trillion valuation, joining the elite ranks of companies like Alphabet, Apple, Microsoft, and Nvidia. This growth was largely driven by the success of its cloud computing division, Amazon Web Services (AWS), which holds one-third of the global cloud market share. That equals the combined market share of Microsoft Azure and Google Cloud! But who are AWS’s biggest contributors to this success?