Running applications in Kubernetes is incredibly powerful, but let’s be honest: optimizing costs can be a challenge. Between scaling pods, handling storage, and managing complex workloads, expenses can quickly spiral out of control if we’re not careful. The good news? Kubernetes also provides several built-in tools and techniques to help Read more…
When we talk about stabilizing a Kubernetes cluster, the advice tends to stick to well-known basics like “monitor your cluster” or “implement autoscaling.” And while those are essential, seasoned cluster admins know the real stability challenges go deeper. Complex issues around scaling storage, handling failed deployments, and fine-tuning deployment processes Read more…
Running a staging environment in Kubernetes is essential for testing changes before they hit production. While keeping it running 24/7 can add up, staging environments often require a continuous operation to monitor pre-production versions and catch bugs that only surface over time. Cost-saving tactics may be more suitable for additional Read more…
Considering a cross-region Kubernetes cluster? It’s a big step, with clear appeal: global reach, improved disaster recovery, and enhanced resilience. But is it the right move for your workload? Cross-region clusters offer notable benefits but introduce a layer of complexity that can impact both cost and performance. Let’s explore the Read more…
Node overhead can be a significant cost factor in Kubernetes, depending on the scale and configuration of your cluster. Node overhead refers to the resources (CPU, memory, and storage) consumed by the system processes and daemons that are required to run Kubernetes itself, as well as other essential services on Read more…
Managing and updating large workloads in Kubernetes can be complex, but it doesn’t have to be overwhelming. With Kubernetes’ native capabilities and the right strategy, you can ensure that updates roll out smoothly without compromising performance or uptime. Below are the essential considerations you need to account for when updating Read more…
Optimizing container resources in Kubernetes (K8s) is essential for ensuring efficient workload performance while minimizing unnecessary costs. By properly configuring resource requests and limits, you can ensure your containers are neither over-provisioned nor starved for resources, which could lead to degraded performance or even crashes. In this article, we’ll walk Read more…
Kubernetes is the go-to platform for container orchestration, but while it offers scalability, flexibility, and efficiency, it’s essential to be aware of the hidden costs that can arise when you first start a Kubernetes cluster. Without proper planning and optimization, expenses can quickly spiral out of control. In this article, Read more…
As Kubernetes clusters grow, keeping nodes correctly sized becomes increasingly important. Over-provisioning leads to unnecessary costs, while under-provisioning impacts performance and reliability. The challenge is clear: how do you rightsize your cluster nodes to meet workload demands without disrupting production? Fortunately, there’s a solution that allows you to balance efficiency Read more…
Why Storage Elasticity is a Challenge in Kubernetes Kubernetes (K8s) is renowned for its scalability when it comes to applications, but storage is often left behind in the equation. The challenge lies in the fact that most traditional storage volumes in Kubernetes are static and need manual resizing. As your Read more…
Learn how Kubernetes, the smart manager of your cloud servers, simplifies application management, scaling, and deployment.
