Operations | Monitoring | ITSM | DevOps | Cloud

Windows server management is complex, and when your servers are running in different locations — on-premises, in a distributed network, in Azure, virtually, or in a hosted environment — it gets more complicated. You can simplify server management with Microsoft’s Windows Admin Center, which makes it easier to manage servers, wherever they are, from a single interface.

First, let’s break down the differences between mono and multi-repo setups. Mono-repos are exactly what they sound like – singular repositories that hold everything in one place. Multi-repos, however, can scatter the landscape, resulting in separate repos that are all still part of the larger ecosystem. While this approach offers flexibility, it can also make projects way harder to manage.

Security and compliance are important in any organization. And most organizations use open source software (OSS) somewhere in their application stack. Open source compliance keeps OSS technologies secure by making sure they’re used in a way that aligns with security best practices, internal policies, and regulatory expectations.

In a DNS, a zone refers to a specific segment of the domain namespace, such as clouddns.manageengine.com or manageengine.com, where each segment can be a unique zone, including top-level domains, like.com. DNS servers translate domain names into IP addresses, assigning a specific IP to each zone as an authoritative response, representing network participants like services or hosts.

In the ever-evolving landscape of APIs, ensuring seamless interactions and managing changes becomes crucial. While innovation and adaptability are essential, maintaining backward compatibility is equally important to avoid disruption for existing users. This is where REST API versioning comes into play. Versioning allows you to introduce new features or changes to your API in a controlled manner, while simultaneously keeping older versions running smoothly.

A few days ago, I challenged myself: Could I create a CPU throttling monitor without using StackState's docs page? I'll go a bit deeper into CPU throttling later, but first: Why this mission? At StackState, we believe that every software developer should be able to observe the health and reliability of their own application — quickly and easily.

TL;DR You deserve a better alerting and on-call tool. So we built Signals. In our early days, we often used the tagline, “You just got paged. Now what?” It encapsulated how FireHydrant solved for all of the messy bits that come after your alert is fired, from incident declaration all the way through to retrospective. At the time, we saw alerting and on-call scheduling as a solved problem.