Operations | Monitoring | ITSM | DevOps | Cloud

If you’re thinking of running OpenSearch on Kubernetes, you have to check out the OpenSearch Kubernetes Operator. It’s by far the easiest way to get going, you can configure pretty much everything and it has nice functionality, such as rolling upgrades and draining nodes before shutting them down. Let’s get going 🙂

Automation is at the heart of modern IT operations, and Microsoft System Center Orchestrator (SCO) has long been a vital tool in the arsenal of IT professionals. With each new release, Microsoft takes a step forward in refining and expanding the capabilities of SCO. This blog post will explore the exciting features and enhancements introduced in Microsoft System Center Orchestrator 2022 Update Rollup 1 (UR1).

As networks become more highly dynamic, managing an entire network efficiently is not an easy task. When it comes to network monitoring, all you need to figure out is the type of network devices and the specific metrics you need to monitor. But when it comes to network management, there’s more to be taken into account, from network security, bandwidth hogs, change management, and policy management to performance optimization.

Brocade network switches encompass a variety of switch models that cater to diverse networking needs. In today’s intricate networking landscape, manually handling these switches with varying configurations and commands within a large network infrastructure can be a daunting task. This complexity often leads to human errors such as misconfigurations. How can you optimize your network environment effectively when utilizing a variety of Brocade switches and eliminate the need for manual management?

Implement the enterprise service management approach to revolutionize how your organization delivers services beyond IT.

Wondering why you’re hearing about SaaS spend management more and more lately? These days, SaaS apps are everywhere, and adoption is still growing at an impressive rate. Gartner projects that SaaS spending will grow over 17% in 2024, with the market exceeding $232 billion. Unfortunately, much of that spend is wasted on zombie apps, overlapping software offerings, as well as under-utilized and over-provisioned licenses.

Alexander is Senior SRE at Prezi, a video and visual communications software company. As a team, the Prezi SREs provide multiple services within the company. One of those is the observability stack where Prezi heavily relies on Grafana. Companies are always evolving to run more smoothly, serve their customers better, and operate in a way that is cost-effective.

Before we jump into the specifics of Grafana and Datadog, let's look at the main comparison points. Grafana is a great dashboard that allows you to plug in essentially any data source in the world. Grafana is most commonly paired with Prometheus, Graphite, and Elasticsearch to provide a full APM, time-series, and logs monitoring stack.

Prometheus is becoming a popular tool for monitoring Python applications despite the fact that it was originally designed for single-process multi-threaded applications, rather than multi-process. Prometheus was developed in the Soundcloud environment and was inspired by Google’s Borgmon. In its original environment, Borgmon relies on straightforward methods of service discovery - where Borg can easily find all jobs running on a cluster.

In this article, we will be covering how to monitor Kubernetes using Graphite, and we’ll do the visualization with Grafana. The focus will be on monitoring and plotting essential metrics for monitoring Kubernetes clusters. We will download, implement and monitor custom dashboards for Kubernetes that can be downloaded from the Grafana dashboard resources. These dashboards have variables to allow drilling down into the data at a granular level.