Operations | Monitoring | ITSM | DevOps | Cloud

Many IT teams underestimate the true cost of managing infrastructure themselves. At first glance, DIY tools may seem like a cost-effective and flexible solution — but the workflows you build and manage with in-house tooling reveal a host of hidden expenses, inefficiencies, and risks as your IT scales. While it’s not a new problem, it’s one that’s revealing itself more and more clearly as time goes on.

When troubleshooting with the Elastic Stack, Kibana is often the interface you’ll rely on to query and visualize logs. It doesn’t change the data—it just makes it searchable and a bit easier to work with under pressure. If you’re investigating an outage, tracking performance issues, or trying to correlate events across services, Kibana’s log exploration tools can speed up the process, assuming they’re configured and used well.

In the simplest of terms, container orchestration is the automated process of deploying, managing, scaling and networking containers. Containers are lightweight, portable self contained units that include an application or the processes needed to run applications. Docker is a great example of a project that helps to containerize or package applications, and was a large reason why containers gained such popularity around 2013. Before Docker there were Linux Containers (LXC).

Trends in tech come and go, but certain underlying primitives stick around forever. In software, two such primitives are virtual machines and containers. Virtualization paved the way for the cloud to become massive. Data centers would likely never have been commercially viable without it. While still relatively new, containerization has already made a serious mark on the software engineering world.

We’ve been steadily building something powerful into GitKraken: AI that understands your code and your context. In recent releases, GitKraken AI has already helped you: Now, in version 11.2, it’s tackling one of the most frustrating parts of your day: merge conflicts.

Sometimes your API call takes a few seconds longer than expected. Or users start reporting slow page loads. One of the most common reasons? Network latency.

If your users are spread across the globe but your servers are sitting in Virginia, you’ll probably hear complaints about slow load times, especially from places like Australia. CDNs fix this by caching static assets closer to where your users are. Azure CDN does exactly that, and it fits well if you're already using Azure services. You can hook it up to Blob Storage, App Services, or your origin. This guide covers how to set it up, what to expect, and how to know it’s working.

In a traditional IT environment, the service catalog has long functioned as a directory—an online menu of things users can ask IT for. Need a new laptop? Submit a ticket. Need Salesforce access? File a request. Every need, every problem, every question gets funneled into a form, queued up for manual processing, and eventually (and hopefully) resolved. But this static, ticket-heavy model can’t keep up with the pace of business today. Employees expect seamless, self-service experiences.