Operations | Monitoring | ITSM | DevOps | Cloud

A sovereign cloud is a cloud environment that keeps data, infrastructure, and access under the control of a specific country or region. It lets organizations meet strict data residency and privacy laws without giving up cloud speed, automation, or modern DevOps practices. As regulations tighten and AI adoption grows, sovereign cloud is becoming the go‑to model for governments, regulated industries, and global enterprises that need both compliance and agility.

This tutorial shows how to use GitHub Copilot with the Puppet Model Context Protocol (MCP) server to generate, validate, and refine a Puppet module—even if you’re new to Puppet development.

CMMC requirements have been shifting recently, with a new version of the Cybersecurity Maturity Model Certification (CMMC 2.0) and distinct levels requiring distinct controls. Mandatory for practically any organization doing business with the US Department of Defense (DoD), CMMC is unavoidable all along the DoD’s supply chain.

It is 2:13 a.m. A mobile alert fires due to elevated error rates on a customer facing API. You jump in. Metrics show a spike in auth failures. The service was not deployed recently. The code appears unchanged. But something is different.

Thousands of organizations rely on open source community builds for infrastructure automation. But if you're tasked with certifying, maintaining, and patching those builds yourself, you know the burden firsthand. The reality is that managing open source internally consumes time, introduces risk, and diverts resources from higher-value initiatives. When critical vulnerabilities emerge, your team scrambles to assess, test, and deploy fixes, all while keeping production environments stable.

The “agent vs agentless” debate usually comes up when teams are trying to choose an infrastructure automation approach that will not compromise security, compliance, or impact day-to-day operations. You need to manage a hybrid estate, avoid creating more work for already stretched teams, and ideally do it without stitching together multiple tools. That pressure often turns the conversation into a binary choice: which approach is better?

Infrastructure as code (IaC) is the act of writing infrastructure configurations as code so they can be understood, repeated, and enforced with less manual effort. IaC is also a powerful way to convert institutional knowledge into technical knowledge. It’s a far-reaching and essential part of managing infrastructure at scale, with benefits that have expanded to platform engineering, security and compliance, network administration, and so much more.

In the high-stakes world of modern infrastructure management, "move fast but break things" is not a viable strategy. As organizations scale their digital footprints, the competing demands of velocity and vulnerability have created a new operational reality. Today, the integrity of your infrastructure is synonymous with the integrity of your business. For system administrators and DevOps engineers, the landscape has shifted. It is not enough to simply provision servers and deploy applications.

We’ve seen a huge explosion of interest in DevOps over the last few years. But for people who are new to these ideas, it’s not always obvious what DevOps entails and what the benefits are, particularly in larger environments. So, what is DevOps all about? And what do you need to know to succeed? In this blog, you’ll get a breakdown of how DevOps works, its benefits, and the best practices and tools that help teams build and deploy software with speed and confidence.

In 2025, DevOps teams faced a pivotal moment. The era of treating security as an afterthought was over. Practically overnight, airtight protection became a non-negotiable requirement across every layer of the technology stack, whether on prem, in the cloud, or at the network’s edge. For many teams, this wasn’t just a technical hurdle; it was a daily source of stress.