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In today’s rapidly evolving technological landscape, containerization has emerged as a cornerstone of application deployment and management. By encapsulating applications and their dependencies into containers, organizations can achieve unparalleled efficiency, scalability, and portability levels. Amazon Web Services offers two main
Kubernetes offers an optimal environment for orchestrating containerized applications, featuring robust tools to optimize resource usage and reduce costs. A key player in this optimization game is autoscaling — a mechanism that not only ensures operation efficiency but also drives
Part 1: Pod Disruption Budgets and the Importance of Replicas Across Multiple Nodes in EKS Managing Kubernetes clusters efficiently is crucial for optimizing costs without compromising performance and availability. Amazon Elastic Kubernetes Service (EKS) coupled with Cluster Autoscaler provides a
As many tech organizations shift more resources to Kubernetes, cost-optimizing EKS is increasingly crucial. Yet, teams often lack the time and sophisticated tools needed to continually monitor and optimize cloud resources. Recognizing this need, Compute Copilot now supports the two
Many organizations running in the cloud are shifting to EKS for greater elasticity, scalability, and resource optimization. As EKS becomes one of the biggest items on your AWS bill, prioritizing its cost-optimization is imperative. Cluster Autoscaler, the most widely-used solution for EKS,
While AWS EKS provides a powerful and convenient way to manage containerized applications, it can be costly. A budgets are squeezed, EKS is often one of the top line items on your AWS bill. We’ll walk you through a comparison of
Kubernetes has now become the standard for modern cloud infrastructure due to its high availability, scalability, stability, and open-source nature. But even though the benefits of Kubernetes are as clear as day, there is no denying that Kubernetes can be
Scalability is one of the core features of Kubernetes. Automating the scaling process simplifies overall resource management which would have otherwise taken intensive manual efforts to achieve. Autoscaling allows users to automatically adjust the number of resources according to the
Imagine a world where Kubernetes understands exactly what your application needs. It’s like having a personal assistant that automatically selects the most cost-effective instance types for your app on AWS, reducing your EKS costs. That’s where Karpenter comes in! Karpenter
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