Spacelift Intent is an MCP Server that lets you define cloud resources in natural language and have them provisioned by directly calling provider APIs - no OpenTofu or Terraform code required.

Fast and powerful Git hooks manager for any type of projects.

A modern, self-hostable changelog and roadmap platform that helps you share product updates with your community and gather feedback through feature voting.

High-performance log viewer and processor that transforms logs in JSON and logfmt formats into a human-readable output. Built with efficiency in mind, it enables quick parsing and analysis of large log files with minimal overhead.

Headlamp is an easy-to-use and extensible Kubernetes web UI.

Headlamp was created to blend the traditional feature set of other web UIs/dashboards (i.e., to list and view resources) with added functionality.

This Kubernetes Operator is made to easily deploy SeaweedFS onto your Kubernetes cluster.

The operator manages the complete SeaweedFS infrastructure on Kubernetes, including Master servers, Volume servers, Filer services, and IAM (Identity and Access Management) services. This provides a scalable, resilient distributed file system with S3-compatible API and built-in authentication.

Kubernetes limits — especially CPU limits — are often a source of confusion. Some argue you should always use them, while others insist you should never use them. In this post, I’ll explain why the reality is simply a tradeoff between resource utilization and performance predictability.

With the release of Kubernetes 1.34, a new alpha feature is introduced that gives you more granular control over container restarts within a Pod. This feature, named Container Restart Policy and Rules, allows you to specify a restart policy for each container individually, overriding the Pod's global restart policy. In addition, it also allows you to conditionally restart individual containers based on their exit codes. This feature is available behind the alpha feature gate ContainerRestartRules.

This has been a long-requested feature. Let's dive into how it works and how you can use it.

Trace individual microservice costs by combining Kubernetes metrics, APM, and CUR for granular spending insights

A simple and standalone WebDAV server.

Every millisecond matters when you're in the critical path of API authentication. After two years of fighting serverless limitations, we rebuilt our entire API stack and slashed the end-to-end latency.

Building a safer, more reliable path forward for Chef at Slack

In this article, we’re going to cover a few things that might’ve puzzled you if you’ve been running your applications, especially Go applications, in Kubernetes:

- How Kubernetes and the Linux kernel handle CPU stuff for containers
- What the Go runtime does with CPU, and whether you should bother setting GOMAXPROCS
- Which metrics are actually worth paying attention to

Maybe you’ve seen some of these metrics before while keeping an eye on your applications, but didn’t fully know what to make of them. This should help clear that up.