In the dynamic realm of monitoring Kubernetes clusters, effective visualization is paramount for gaining insights into system health and performance. One versatile tool that has gained prominence in this domain is Scalable Vector Graphics (SVGs). In this blog post, we’ll delve into the usage of SVGs, explore different implementation methods, weigh the pros and cons, and discuss why they are indispensable for monitoring Kubernetes with Icinga2.

GitOps is a set of best practices that build upon the foundation of Infrastructure As Code (IAC) and expand the approach of using Git as the source of truth for Kubernetes configuration. These best practices are the driving force behind new Kubernetes deployment tools such as Argo CD and Flux as well as the Codefresh enterprise deployment platform. Adopting GitOps in a Kubernetes environment is not a straightforward task when it comes to secret management.

In the complex landscape of microservices within Amazon Elastic Kubernetes Service (EKS), maintaining seamless connectivity within microservices is paramount for ensuring optimal performance and reliability. As organizations increasingly embrace microservices architecture, understanding how to observe and troubleshoot microservices connectivity issues in Amazon EKS becomes a critical skill set.

Kubernetes is an open-source platform designed to automate deploying, scaling, and managing containerized applications. It groups containers that make up an application into logical units for easy management and discovery. Understanding the architecture of Kubernetes is crucial for anyone who works with this platform. It helps you to better understand how different components of a Kubernetes cluster interact with each other and how applications are run on this platform.

We at Komodor are excited to announce our groundbreaking integration with Cisco Full-Stack Observability (FSO). This collaboration marks a significant milestone in Kubernetes Continuous Reliability, bringing together the best of both worlds to redefine Kubernetes management.

Configuration as code (CaC), a practice that involves setting up operating systems and software through configuration files, has quickly become an essential concept for software developers and DevOps teams. The key reason for this is that CaC integrates seamlessly with CI/CD and version control pipelines, a game-changing benefit discussed in this article.

Kubernetes has become the world's leading container orchestration platform, aiding small-scale to large-scale businesses in automating, autoscaling, and managing application deployments. Before delving deeper, let's understand why cloud-native solutions like Kubernetes have become the world's—especially organizations'—favorite technology. Creating highly scalable, resilient applications requires flexible infrastructure management.

Since Codefresh launched our GitOps platform and Enterprise version of Argo CD and Argo Rollouts in November 2020, and extended that platform with Argo Workflows in March 2022 we’ve added numerous features, improved installation, management of GitOps instances, improved security, scalability, and so much more. Now, we’re helping our users scale software delivery across environments.

Kubernetes has emerged as the de facto orchestrator for deploying and managing containerized applications. Its versatility and robust ecosystem have paved the way for innovative tools that leverage its capabilities, extending its utility beyond mere container orchestration. Among these tools, Crossplane and Qovery stand out for their unique approaches to simplifying cloud resource management.

At Cycle, we understand the paramount importance of security and the challenges that come with maintaining it. That's why we're proud to share how our proactive approach has not only addressed the recent “Leaky Vessels” container exploit, but has done so in a manner entirely transparent to our customers, and in under 4 hours of the vulnerability being made public.