lets administrators leave behind manual processes and avoid the drudgery of entering fields into a web form. Instead, they use configuration files to manage every component of the datacenter, from bare Infrastructure as Code Infrastructure as code grew from the need to scale up quickly in the cloud. Amazon Web Services launched its Elastic Compute Cloud (EC2) in 2006, letting clients scale their infrastructure version 2, the functions were broken up into individual components, called the GitOps Toolkit, and were based on controllers. These components include the source controller, the Kustomize controller

standardized workflow for how to deploy, configure, monitor, update, and manage Kubernetes, it components, and all the applications that run on it. In GitOps, a Git repository contains declarative guarantees to track and manage changes across the entire cluster. P.7 Run Weaveworks on Amazon Web Service (AWS) Weavework’s invented and honed GitOps to accelerate and automate the installation of extend the richness of GitOps using a model-based system to configure and define clusters and components. The underlying architecture of WKP is based entirely on GitOps best practices, reducing complexity

pushing changes, Argo pulls and syncs code changes to a cluster. When combined with Codefresh’s CI/CD components we can get something magical. Brandon Phillips Solutions Architect Agenda 1. Intro 2. GitOps Ready: SSO, multi-cluster, and audit trails ● Extensibility: Rich CLI, webhooks, events, and polished web UI @codefresh Argo CD A declarative GitOps continuous delivery tool for Kubernetes https://argoproj

approach brings. Benefits of the platform approach Platforms are exceptionally good at making components repeatable and reusable. This trait is especially useful when an application needs to be scaled sometimes 30 minutes or less, had the teams struggling to scale up to support a 10 fold increase in web traffic. Some of their applications that usually experience around 300 OPS (operations per second)

the original GitOps principles, but sometimes is preferable for managing varying infrastructure components outside the Kubernetes environment. Push vs. Pull-Based Architecture Push-based architecture allows for efficient development, testing, and deployment of both application and infrastructure components while ensuring clear separation and control over changes in each layer of the system. User

Demo About GitOps Second Demo What’s next? Control Plane Data Plane istiod Manages data plane components Handles Custom Resources Handles actual traffic Can be standalone or sidecar Other Container outside of cluster Version 1 Version 2 Manage inbound and outbound traffic, allowing non-sidecar components to work with VirtualService setup #IstioCon Brush up on Istio resources (cont’d) Target Audience

increased. This puts an additional burden on the developer as they now must oversee more and more components of the application. Ideally, the developer focuses mainly on delivering business value via Well, it helps in the recovery of infrastructure environments as the entire environment and components we would have present are declaratively defined in our Git repository. So disaster recovery in

CI solution again in order to run the smoke tests. The end result is a mixture of CI-CD-CI-CD components that goes against the main spirit of GitOps. There are also several underlying issues such as environment (e.g. QA/staging/production). Helm on its own does not dictate where those 3 components (source code, manifests, values) should reside. You can keep all of them in the same Git repository

configuration and management across your organization by bringing together all the tools, services and components that your teams need to operate and develop on Kubernetes into a single platform. WKP provides

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