As a CTO stepping into the fast-paced world of startups or scaling tech organizations, one of your first and most critical tasks is to chart a clear DevOps roadmap. This roadmap isn’t just a technical guideline—it’s a strategic blueprint that aligns your tech initiatives with your business goals. To succeed, your approach needs to be systematic, focusing on immediate wins while building a foundation for long-term scalability and resilience.

Master log collection in Kubernetes with OpenTelemetry's filelog receiver. Learn to configure, optimize, and troubleshoot log collection from various sources including syslog and application logs. Discover advanced parser operator techniques for robust observability.

In healthcare, protecting patient data isn’t just a requirement—it’s essential. As a tech lead or DevOps professional, understanding HIPAA compliance is crucial. This guide breaks down the essentials and shows how DevOps practices can streamline the process.

In this article, we'll explore another monitoring use case. This particular use case is exciting– it's MetricFire's use case with Kubernetes and Linode! We'll examine how our company uses our platform to monitor our K8s clusters hosted on Linode. Let's get started!

Terraform is an open-source infrastructure as code (IaC) software tool created by HashiCorp. It allows users to define and provision data center infrastructure using a high-level configuration language known as HashiCorp Configuration Language (HCL) or optionally JSON.

Operations are the backbone of successful software delivery, but the specifics of each phase—Day-0, Day-1, and Day-2—often get overlooked. Understanding these phases can help you streamline deployments, reduce risks, and maintain robust, scalable systems. Let’s break down what each phase entails and explore their distinct activities, tools, and best practices.

When enterprises transition to a microservices model, they often need to migrate their legacy applications to the new infrastructure. One popular framework used for these traditional applications is.Net. Due to migration, enterprises require the ability to run Windows containers in their Kubernetes infrastructure.

The advancements in GenAI technology are creating a significant impact across domains/sectors, and the Kubernetes ecosystem is no exception. Numerous interesting GenAI projects and products have emerged aimed at enhancing the efficiency of Kubernetes cluster creation and management. From simplifying application containerization for engineers to addressing complex Kubernetes-related queries or troubleshooting issues within a cluster, GenAI demonstrates immense potential.

GitOps is a framework that combines the principles of software development and continuous integration, continuous delivery (CI/CD) to automate and manage application configurations and infrastructure using Git.

If cost optimization is your only reason for adopting Kubernetes and containers, you might be in for a rude surprise — many companies find that costs increase after moving to Kubernetes. Even companies who adopt Kubernetes for other reasons, like time-to-market advantages, should follow basic cost control best practices to stay within the budget. Optimizing cloud costs related to running Kubernetes doesn’t have to involve trade-offs for performance or availability.