As engineers, we tend to pride ourselves on building a production-first mindset and operational excellence. According to a recent survey, 74% of executives believe that AI will deliver more efficient business processes, while 55% think that AI will help develop new business models and create new products and services. However, the reality is that 85% of ML projects fail to deliver, and 53% of machine learning prototypes don't make it to production.
If you're a software engineer working with Kubernetes, you know how vital it is to have accurate, real-time information about your applications and resources. With StackState's dynamic Kubernetes observability dashboards, you can now access all the essential data you need for troubleshooting on a single screen. In this blog post, we'll discuss the key features of these dashboards, why they're valuable and how to get started with them.
This month, Sysdig Secure’s Container Registry scanning functionality became generally available for all users. This functionality provides an added layer of security between the pipeline and runtime scanning stages. On Sysdig Monitor, we introduced a feature to automatically translate Metrics alerts in form-based query to PromQL. This allows you to choose between the convenience of form and the flexibility of PromQL.
Kubernetes is a highly popular and widely used container orchestration platform designed to deploy and manage containerized applications at a scale, with strong horizontal scaling capabilities that can support up to 5,000 nodes; the only limit in adding nodes to your cluster is your budget. However, its vertical scaling is restricted by its default configurations, with a cap of 110 pods per node.
This is a tutorial for deploying Prometheus on Kubernetes, including the configuration for remote storage on Metricfire. This tutorial uses a minikube cluster with one node, but these instructions should work for any Kubernetes cluster. Here's a video that walks through all the steps, or you can read the blog below. You can get onto our product using our free trial, and easily apply what you learned.
We are pleased to announce that a tech preview version of Rancher Desktop with support for Docker Extensions has just been released!
As organizations increasingly adopt containerized applications, it is essential to understand what container orchestration is. This guide delves into what container orchestration is, its benefits, and how it works, comparing popular platforms like Kubernetes and Docker. We will also discuss multi-cloud container orchestration and the role of Rancher Prime in simplifying container orchestration management.
We are pleased to announce the availability of the Kubewarden 1.6.0 stack. This release brings stability, performance and security improvements; all packed with a new major feature. Let’s dig into the changes!
Exciting days for Komodor! As KubeCon + CloudNativeCon EU 2023 kicks off, we’re happy to share with the community our newest, developer-first set of capabilities. These new capabilities simplify the time-consuming, knowledge-intensive daily tasks associated with using Kubernetes as the underlying infrastructure for your applications. By doing so, Komodor empowers every developer to operate, troubleshoot and control Kubernetes applications through a single pane of glass.
We’re on a mission to build the industry’s most open, secure and interoperable Kubernetes management platform. Over the past few months, the team has made significant advancements across the entire Rancher portfolio that we are excited to share today with our community and customers.
After tremendous work by our team, I am pleased to announce the launch of Rancher Academy. Rancher Academy is our online educational platform that provides free, community training on Kubernetes and Rancher. Available on-demand, these training courses are led by our team of expert technical evangelists and will instill confidence in Kubernetes and Rancher users as they learn from the very best in the industry.
Today I am delighted to launch the latest update to the SUSE Collective: a dedicated Rancher Prime Knowledgebase. All current and future Rancher Prime customers will receive an invitation to sign up for the free program, where they can access the exclusive content and engage with all the elements of the Collective. “SUSE Collective has become the go-to place for our customers to learn more about SUSE, share their feedback and earn rewards for their ongoing loyalty.
The Rancher by SUSE team wants to accelerate the pace of development and open Rancher to partners, customers, developers and users, enabling them to build on top of it to extend its functionality and further integrate it into their environments. With Rancher Extensions, you can develop your own extensions to the Rancher UI. Completely independently of Rancher. The source code lives in your own repository. You develop, build and release it whenever you like.
Kubernetes has reached an interesting point in its lifecycle where it is now the default choice to run business-critical applications across varied infrastructures, from virtual machines to bare metal and in the cloud. This, combined with the evolving need for a single pane of glass to centralize and manage infrastructure and application deployments, has required IT teams to focus on a stable, reliable and extensible platform that can scale on demand.
A quick look at headlines emanating from this year’s sold out KubeCon + CloudNativeCon Europe underlines the fact that Kubernetes security has risen to the fore among practitioners and vendors alike. As is typically the case with our favorite technologies, we’ve reached that point where people are determined to ensure security measures aren’t “tacked on after the fact” as related to the wildly-popular container orchestration system.
Docker is a well-known open-source platform that is predominantly employed to bundle applications and their dependent components into containers for easy development and deployment. Docker is lightweight and efficient in resource consumption by operating as an executable packaged software with all the necessary framework, libraries, code, runtime, and files required to run an application.
Kubernetes is the container orchestration platform of choice for many teams. In our ongoing efforts to bring the magic experience of Lumigo’s serverless capabilities to the world of containerized applications, we are delighted to share with you the Lumigo Kubernetes operator, a best-in-class operator to automatically trace your applications running on Kubernetes.
Nowadays many organizations still rely on classic Windows servers and virtual machines (VMs) for their business applications. Although Kubernetes is a trending topic, not everything running in the cloud is a container-based application. When it comes to monitoring Windows applications and infrastructure, many businesses leverage OSS Prometheus to get Windows metrics via its Prometheus Windows Exporter.
Ever since UK regulator Ofcom announced its market study into the cloud industry in 2022, there has been cautious optimism about whether this could be a genuine moment of truth for the hyperscalers. On 5 April 2023, we got our answer. In its interim report, Ofcom did not hold back in its criticism of the dominance that the hyperscalers, especially AWS and Microsoft, hold over the industry and the limits and even “harm” this creates for customers.
In recent discussions about cloud-based GPU workloads, I was struck by these two recurring challenges: As the Head of Customer Success for a platform that confronts both of these problems, I wanted to take a moment to talk about their origin, what teams can do to mitigate, and finish up with a brief look at how Cycle might help.
Komodor is the only unified, dev-first Kubernetes Platform, designed to enable Kubernetes across on-prem and cloud-native environments through a single pane of glass. Komodor’s platform empowers developers to confidently operate and troubleshoot their K8s applications while allowing infrastructure teams to maintain governance and optimize resources.
Following the release of upstream Kubernetes on 11th of April, Canonical Kubernetes 1.27 is generally available in the form of MicroK8s, with Charmed Kubernetes expected to follow shortly. We consistently follow the upstream release cadence to provide our users and customers with the latest improvements and fixes, together with security maintenance and enterprise support for Kubernetes on Ubuntu.
Canonical is proud to announce that Charmed Kubeflow is now available as a software appliance on the Amazon Web Services (AWS) marketplace. With the appliance, users can now launch and manage their machine learning workloads hassle-free using Charmed Kubeflow on AWS. This reduces deployment time and eases operations, providing an easy-to-install MLOps toolkit on the public cloud.
Logging in Kubernetes can help you track the health of your cluster and its applications. Logs can be used to identify and debug any issues that occur. Logging can also be used to gain insights into application and system performance. Moreover, collecting and analyzing application and cluster logs can help identify bottlenecks and optimize your deployment for better performance.
As more organizations adopt cloud-based services like Microsoft Azure Kubernetes Service (AKS), it becomes increasingly important to monitor and manage the performance and reliability of these services. If you’re using AKS today, then Grafana Cloud provides the flexibility, performance, and visualizations you need to monitor your distributed applications.
This week AWS unveiled its new Cloud Operations Competency–aka the CloudOps Competency–designed to recognize qualified partners who help cloud customers build and manage hybrid cloud environments securely and efficiently. Sysdig is a launch partner and is now validated for the AWS CloudOps Competency in Compliance and Auditing, as well as Monitoring and Observability categories.
Kubernetes has become the go-to container orchestration system for many organizations. But managing Kubernetes clusters can take time and effort, especially for smaller teams or organizations with limited resources. This is where focused Kubernetes distributions like K3s and Talos Linux come in. They offer simplified and streamlined versions of Kubernetes, making it easier to deploy and manage clusters. This blog will introduce you to K3s and Talos Linux and compare their features and capabilities.
This release brings 60 enhancements, way up from the 37 enhancements in Kubernetes 1.26 and the 40 in Kubernetes 1.25. Of those 60 enhancements, 12 are graduating to Stable, 29 are existing features that keep improving, 18 are completely new, and one is a deprecated feature. Watch out for all the deprecations and removals in this version! The main highlight of this release is actually outside Kubernetes.
eBPF is a powerful technical framework to see every interaction between an application and the Linux kernel it relies on. eBPF allows us to get granular visibility into network activity, resource utilization, file access, and much more. It has become a primary method for observability of our applications on premises and in the cloud. In this post, we’ll explore in-depth how eBPF works, its use cases, and how we can use it today specifically for container monitoring.
Prometheus is an open source and free to use metrics collection and storage solution. It's used extensively in the industry for monitoring many different technologies. In this article I will show you how to get Prometheus up and running as a binary, a container running in Docker, and inside Kubernetes.
