Origins in DevOps Kubernetes and containers Cloud-Native DevOps A DevOps Operating Model GitOps Principles Declarative Versioned and Immutable Pulled Automatically What is GitOps? The Path to GitOps | 9 Weaveworks [1.6] is credited with pioneering the GitOps model. The story, de- scribed in a 2021 blog post [1.7], is very interesting. Back in 2017, Weaveworks was practitioners to further refine their practices. If DevOps is the culture, GitOps is the operating model that is best suited for cloud-na- tive architectures. So, although GitOps isn’t necessarily new, it

installment in the largest and 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 concepts – speed and stability – might be expected to represent a trade-off. On the contrary, DORA’s data shows businesses that perform well in one tend to perform well in the other. Moreover, businesses Business Performance: The Facts 5 WHAT IS GITOPS? GitOps is a set of best practices and an operational model that reduces the complexity of Kubernetes and makes it easier to deliver on the promise of DevOps

Self-service developer experience (DX) In the past, the only way a developer could get access to servers, data, or software was to ask a system administrator. In the modern era, however, developers require on-demand and organized them by low, mid, and high DevOps maturity. The report highlighted a DevOps maturity model that shows 80% of organizations being ‘stuck in the middle’, yet to reach high levels of DevOps maturity services on-premise, across multiple sites, clouds, and at the edge with the standard GitOps operating model. Our application teams have more or less all the basics in their hands to start deploying and running

The GitOps Application Delivery Model 8 Source Git Repository Config Git Repository Image Registry Kubernetes CI CD The GitOps Application Delivery Model Pull Request Push Pull Push Pull Pull Request 9 Source Git Repository Image Registry CI The GitOps Application Delivery Model Config Git Repository Kubernetes Deploy Monitor Detect drift Take action CD Continuous Repository Config Git Repository Image Registry Kubernetes The GitOps Application Delivery Model on OpenShift Pull Request Push Pull OpenShift Builds 12 Automate building container images

questions. Ideally, a GitOps solution should have native support for measuring and storing historical data for: ● Business features implemented in each release ● The journey of each software release between different environments is arguably the biggest challenge with GitOps tools right now. The model of using a Pull request which triggers a deployment once it is merged works great for a single environment On the other hand, Codefresh already has strong CD foundations, but they are based on the push-model (deploying Helm packages on a cluster). With the addition of Argo, our customers can now create

a successful transition. The first hurdle is modifying your application to fit the cloud-native model. This process involves re-architecting applications fit into a standardized and vendor-agnostic workflow and behavior of a system based on its external outputs, events, and data. It involves gathering and analyzing various types of data including logs, metrics, and traces in order to gain insights into a

when implementing and dealing with GitOps. Let’s take a look. Declarative system In the GitOps model, the complete system is configured declaratively. This declarative approach is focused on the result trails to identify details related to infrastructure changes such as Responsible users Deployment data time Affected resources Etc. The GitOps approach also helps to streamline the management of authentication

deployment workflows. Built-in observability allows engineers to make informed decisions on real-time data. For example, when a deployment is being rolled out, a final health check can be made against your Git as a single source of truth for declarative infrastructure and applications. As an operating model for Kubernetes and other cloud-native technologies, GitOps provides a set of best practices that

drive operations. GitOps is a way to do Continuous Delivery. More specifically, it is an operating model for building Cloud Native applications that unifies Deployment, Monitoring and Management. It works 4. Higher Reliability 5. Increased Consistency and Standardization Because GitOps provides one model for making infrastructure, apps and add on changes, you have consistent end to end workflows across

(Amazon EKS). WKP includes enterprise-grade features that extend the richness of GitOps using a model-based system to configure and define clusters and components. The underlying architecture of WKP