As technology takes the driver’s seat in our lives, Kubernetes is taking center stage in IT operations. Google first introduced Kubernetes in 2014 to handle high-demand workloads. Today, it has become the go-to choice for cloud-native environments. Kubernetes’ primary purpose is to simplify the management of distributed systems and offer a smooth interface for handling containerized applications no matter where they’re deployed.
Kubernetes, with its robust, flexible, and extensible architecture, has rapidly become the standard for managing containerized applications at scale. However, Kubernetes presents its own unique set of access control and security challenges. Given its distributed and dynamic nature, Kubernetes necessitates a different model than traditional monolithic apps.
Kubernetes has revolutionized how we manage and scale containerized applications, the flip side of this robustness is often a rising cloud bill. As you navigate the complexities of cluster growth across teams and applications, cost management can become a genuine headache. Enter Komodor’s newly released Cost Optimization Suite. In this blog post, we’ll unpack how this feature-rich addition to the Komodor platform will empower you to optimize costs without sacrificing performance.
As the demand for AI-based solutions continues to rise, there’s a growing need to build machine learning pipelines quickly without sacrificing quality or reliability. However, since data scientists, software engineers, and operations engineers use specialized tools specific to their fields, synchronizing their workflows to create optimized ML pipelines is challenging.
A powerful open-source container orchestration system, Kubernetes automates the deployment, scaling, and management of containerized applications. It’s a popular choice in the industry these days. Automating tasks like load balancing and rolling updates leads to faster deployments, improved fault tolerance, and better resource utilization, the hallmarks of a seamless and reliable software development lifecycle.
With the rise of cloud computing, containerization, and microservices architecture, developers are adopting new approaches to building and deploying applications that are more scalable and resilient. Microservices architecture, in particular, has gained significant popularity due to its ability to break down monolithic applications into smaller, independent services.
Kubernetes orchestrates the management of containerized applications, with an emphasis on declarative configuration. A DevOps engineer creates deployment files specifying how to spin up a Kubernetes cluster, which establishes a blueprint for how containers should handle the application workloads.
I am happy to share that thanks to the power of the open-source community, and our friends over at Otterize, we have now enhanced our Kubernetes offering for developers with another visual aid to streamline operations and troubleshooting – Dependencies Map. The Otterize network mapper is a zero-config tool that aims to be lightweight and doesn’t require you to adapt anything in your cluster.
A couple of weeks ago I had the absolute joy of attending KCD Munich for the first time, with my friend and colleague Guy Menahem (whom some of you know simply as The Good Guy on Twitter and YouTube). Besides rooting for Guy and his co-speaker, Arsh Sharma of Okteto, during their session on Backstage.io and IDPs, I enjoyed being untethered from ‘booth duty’ and free to engage with all the beautiful human beings that gathered together for this Kubetastic event!
Helm Dashboard is an open-source project which graphically shows installed Helm charts, revisions, and changes to their Kubernetes resources. The intents operator is an open-source Kubernetes operator which makes it possible to roll out network policies in a Kubernetes cluster, chart by chart, and gradually achieve zero trust or network segmentation.
