Rocky Linux is a community-driven, open source operating system that is backed by CIQ, the primary sponsor and support provider. This OS is a powerful alternative for those seeking a downstream, binary-compatible option to Red Hat Enterprise Linux (RHEL). CIQ supports Rocky Linux as a response to changes in the CentOS project, which is no longer maintained as a stable downstream clone of RHEL.

Sift is a machine-learning-powered diagnostic feature in Grafana Cloud that SREs and DevOps teams can use to automate routine parts of incident investigation, such as searching for new errors in logs, surfacing recent deployments, or identifying overloaded Kubernetes nodes. We want Sift to springboard you into an investigation, so useful context is already there by the time you see an alert or declare an incident.

Mohammed Al Sahaf serves as Technical Product Manager at Samsung Electronics Saudi Arabia. Outside his day job, he serves with the Caddy team to tackle the web of problems facing web servers in the third millennium. Mohammed is the author of Kadeessh, formerly caddy-ssh, and the maintainer of numerous Caddy modules. When he isn’t programming, he is trying to catch up on life and sleep with the help of coffee.

If you want to see if OpenTelemetry helps you become a better Python developer — or if you just want to know how to add OpenTelemetry to your Python service — you’ve come to the right place. In this blog, we’ll show you how to instrument your Python application using OpenTelemetry and how to visualize your OpenTelemetry data using Application Observability in Grafana Cloud. We’ll walk you through the following steps.

As OpenTelemetry rises in popularity, more organizations are implementing, or planning to implement, the open source project to monitor their applications — and, meanwhile, more vendors are offering OpenTelemetry support. In fact, a quick Google search for “OpenTelemetry support” shows results ranging from legacy APM vendors to newer, cloud native solutions like Grafana Cloud.

Despite the widespread adoption of Kubernetes, many DevOps teams and SREs still struggle to troubleshoot issues because of all the complexity that comes with the open source container orchestration platform. That’s why we developed Kubernetes Monitoring, an application in Grafana Cloud you can use to visualize and alert on your Kubernetes clusters.

On Dec. 5, 2013, Torkel Ödegaard made the first commit in GitHub for a personal project that would become Grafana. “It’s hard to believe it’s been 10 years since Torkel launched Grafana, growing from a small man with a big dream to becoming the most popular data visualization software in the world,” says Grafana Labs co-founder and CEO Raj Dutt. “The Story of Grafana” chronicles that meteoric journey.

Grafana k6 v0.49.0 has been released, featuring a built-in web dashboard for real-time result visualization and tons of other improvements for Grafana k6 OSS. Here’s a quick overview of the latest features in Grafana k6 v0.49.0, as well as some other exciting updates related to Grafana Cloud k6 and the k6 ecosystem. To learn more about k6 and performance testing, check out the Grafana Labs blog.

Beehives in backyards. Rocket launches in California. Sourdough starters in mason jars. Shipping containers growing strawberries in Paris. “The stories you can tell from just a graph were really surprising,” says Grafana creator Torkel Ödegaard. But not impossible with Grafana, the ubiquitous open source visualization tool that is not just for monitoring applications.

In today’s complex data landscape, continuous profiling has become essential for detailed insights into application resource usage. Grafana Labs is now advancing this field with the introduction of Span Profiles in Grafana 10.3. The Span Profiles feature represents a major shift in profiling methodology, enabling deeper analysis of both tracing and profiling data. Traditional continuous profiling provides a system-wide view over fixed intervals.