new way of packaging and isolating application services. This led to the birth of designing distributed systems. Containers took the world by storm and introduced new ways to orchestrate applications status quo and value diverse perspectives so that, as one, we can inspire positive change through technology. Copyright © 2022 DZone, Inc. All rights reserved. No part of this publication may be reproduced

This positive effect is not limited to the performance of engineering teams. Technology, in particular cloud native technology like Kubernetes and its ecosystem of projects, is now a core competency for and banking to retail and travel. Every business must innovate to survive. Every company is a technology company now. Yet, like all approaches to software development, there is more than one way to longest-running project of its kind, pulling together six years of data drawn from over 31,000 technology professionals worldwide. It charts the performance of engineering teams across the world against

further. In CustomResourceDefinitions (CRDs), Kubernetes users had a way to create all sorts of technology on Kubernetes clusters using familiar patterns. A more refined way to manage configurations and tioners were already doing—they just didn’t know it yet. Containers [1.4] are the groundbreaking technology that has created the newest versions of DevOps. The Kubernetes [1.5] container platform, in particular designed to be generic to all GitOps implementations and are not tied to a particular toolset or technology. DRY The acronym “DRY” stands for “Don’t Repeat Yourself.” We can adapt it to a GitOps model

more reliability. In this session, you’ll learn the principles of GitOps and how it solves both technology and organizational problems around CI/CD, Kubernetes application drift, and traceability through

modify the infrastructure. Additionally, GitOps offers users the flexibility to select any tool, technology, or platform and use the same DevOps practices when creating infrastructure. Principles of GitOps

platform team must take a strategic approach to resource management. “The challenge is not in the technology itself, or the tools... The challenge is mainly building the structure inside the teams. We’re

cloud-native architecture also brings about an increase in maintenance tasks. The dynamic and distributed nature of cloud-native applications requires continuous monitoring, updates, and security checks and scale applications more easily and cost-effectively from cloud to edge on the world’s most distributed network. www .akamai .com www .linode .com About 3 KEY ELEMENTS FOR YOUR GITOPS STRATEGY Copyright

pipelines GENERAL DISTRIBUTION 17 What is Cloud-Native CI/CD? Designed with microservices and distributed teams in mind OPENSHIFT PIPELINES Containers Built for container apps and runs on Kubernetes