Phase 1: Provision the infrastructure on VMware using Ansible Phase 2: Provision OpenShift Container Platform on VMware Phase 3: Post-deployment activities (operational management tasks). The fundamental concept behind director is that there are two clouds. When a Cinder persistent volume is used it is attached to a single infrastructure node which can become a single point of failure. Keep your systems secure with Red Hat's specialized responses to security vulnerabilities. For your security, if you’re on a public computer and have finished using your Red Hat services, please be sure to log out. For evaluation purposes, you can deploy this environment using the Installation Guide or Vagrant. This address is from the OpenStack floating IP pool. DEPLOYING RED HAT OPENSHIFT CONTAINER PLATFORM 3.9 ON RED HAT VIRTUALIZATION 4.2. The OpenShift solution is based purely on container strategy. Red Hat Enterprise Linux CoreOS (RHCOS) represents the next generation of single-purpose container operating system technology. Red Hat OpenStack Platform (RHOSP) version 13 and 16 . OPENSHIFT INFRASTRUCTURE ROLES 4.5.1. You can change the container volume size with the _`openshift_openstack_docker_volume_size Ansible variable in provision.yml. A record for the deployment server must be added manually, as openshift-ansible does not add it automatically. Written by Chris Callegari, this cloud provider Reference Architecture describes the best practices deployment of Red Hat OpenShift Container Platform 3.9 on AWS infrastructure and demonstrates how OpenShift can be deployed with High Availability (HA) by taking advantage of the native HA capabilities of Kubernetes and AWS. OpenShift Container Platform, The tenant user runs openshift-ansible from the deployment host. OpenShift pod placement 4.6. This reference architecture uses a deployment host. Build, deploy and manage your applications across cloud- and on-premise infrastructure. Products, How-tos, Notable content in this and recent versions of the document is Red Hat Single Sign-On (SSO), a fully federated central authentication service that can be used by both developers and end-users across multiple identity providers, using a simple user interface. OpenShift on OpenStack Architecture Overview. Red Hat OpenShift Container Platform is based on Docker-formatted Linux containers, Kubernetes orchestration, and Red Hat Enterprise Linux (RHEL). OpenShift Container Platform is installed into an OpenStack project. It also acts as a gateway for instances on internal networks that need to access the outside world. Topics covered include the following. OpenShift Container Platform is installed into an OpenStack project. Relationship between OpenShift and OpenStack, 3.1.1. The purpose of this document is to provide guidelines and considerations for deploying Red Hat OpenShift Container Platform on Red Hat OpenStack Platform 13. CHAPTER 1. A reference architecture for Red Hat OpenShift Container Platform 3.11 on Red Hat OpenStack … DNS CONFIGURATION 4.5. OpenShift Dedicated. You will need to consider whether this approach is acceptable in your deployment. Note that this was not done in this reference architecture. The controller manager server runs in an active-passive configuration with one instance elected as a cluster leader at one time. Select openstack as the platform to target. Single-tenant, high-availability Kubernetes clusters in the public cloud. Red Hat OpenShift Container Platform. The deployment includes AWS CloudFormation templates that build the AWS infrastructure using AWS best practices, and then pass that … Adjust the size based on the number of size of containers each node will run. Also described is dedicated storage for the Red Hat OpenShift Container Platform registry, dedicated storage for container images on all nodes, dedicated storage for pods' local storage on all nodes, and dedicated storage for etcd data on all masters. The masters run the control plane components including the API server, controller manager server, and the etcd state database. Red Hat OpenShift Online. Start your project on the right foot and take advantage of the Red Hat OpenShift Container Platform Reference Architecture implementation guides! Solution benefits for IT and business, 2.1. Engage with our Red Hat Product Security team, access security updates, and ensure your environments are not exposed to any known security vulnerabilities. To enable this support, Cisco ACI provides customized Ansible modules to complement the upstream OpenShift installer. The purpose of this document is to provide guidelines and considerations for deploying Red Hat OpenShift Container Platform 4.4 on Red Hat OpenStack Platform 13 and 16.0. The latest OpenShift Container Platform release supports both the latest RHOSP long-life release and intermediate release. To support the persistent storage requirements of containers, VMware developed the vSphere Cloud Provider and its corresponding volume plugin. For detailed installation steps, see Installing on OpenStack. Yeah, there are other options / combos, but I think eveyone can see the point: THIS IS CONFUSING! There are multiple ways to address the shared use case with OpenShift Container Platform 3.11 and Red Hat OpenStack Platform 13 but they are beyond the scope of this document. DEPLOYING AND MANAGING OPENSHIFT CONTAINER PLATFORM 3.9 ON VMWARE VSPHERE. Instanc e volumes 4.6.2. Single-tenant, high-availability Kubernetes clusters in the public cloud. While the channel is live according to this schedule, ... Every new release of OpenShift Container Platform comes with its set of treats for developers, and in the 4.6 release there is a new feature that lets you monitor your own application metrics within ... OpenShift Container Platform Reference Architecture Implementation Guides, Red Hat Single Sign-On (SSO) documentation, Monitoring your own workloads in the Developer Console in OpenShift Container Platform 4.6, A completely provisioned infrastructure in OpenStack using both manual and Heat orchestration, Native integration with OpenStack services like Heat, Neutron, Cinder and Ceilometer, Cinder storage for /var/lib/docker on each node, A role assigned to instances that will allow OCP to mount Cinder volumes, Auto-scaling OpenShift nodes with Heat and Ceilometer, Provisioning the infrastructure using Ansible, OpenShift node types, SDN, router, registry, Provisioning the infrastructure with Ansible, OpenShift Masters distributed across multiple Red Hat Virtualization hypervisor nodes utilizing anti-affinity groups, Infrastructure nodes likewise distributed across multiple Red Hat Virtualization hypervisor nodes with Router and Registry pods scaled accordingly, Native integration with Red Hat Virtualization services like thin-provisioned disks and HA, Validation of the environment including fail-over tests. Your Red Hat account gives you access to your profile, preferences, and services, depending on your status. For example, the kuryr-controller pod runs on a single infrastructure node. DEPLOYING AND MANAGING OPENSHIFT CONTAINER PLATFORM 3.9 ON AMAZON WEB SERVICES. The purpose of this document is to provide guidelines and considerations for deploying and managing Red Hat OpenShift Container Platform on Red Hat OpenStack Platform. This new reference architecture is a complete update and rewrite to the Deploying OpenShift Container Platform 3.11 on Red Hat OpenStack Platform 13 document released in the second half of 2019. An example public nsupdate key is shown in the following example: The DNS server is named ns1.example.io. They run as a daemonset that links the containers running on a node to the neutron network. Red Hat OpenStack Platform director. Additional subject matter covered includes: The deployment in this Reference Architecture includes a bastion instance, three master instances, three infrastructure instances, and three application instances, and demonstrates the deployment of between three-to-thirty application nodes, as illustrated in the following diagram. Reference architecture Deploying Red Hat OpenShift Container Platform 4.4 on Red Hat OpenStack Platform 13 and 16.0 Deploying and Managing OpenShift 3.11 on a … Single-tenant, high-availability Kubernetes clusters in the public cloud. Refer to this diagram to visualize the relationships between OpenShift roles and services, including the underlying OpenStack networks described in the later sections. Reference Architecture: Red Hat OpenShift Container Platform on Lenovo ThinkSystem Servers . For complete RHOSP release compatibility, see the OpenShift Container Platform on RHOSP support matrix. Using Amazon Web Services (AWS), resources are highly available using a REFERENCE ARCHITECTURE DIAGRAM 4.2. The image below provides a high-level representation of the components within this reference architecture. Networking Diagram. It is configured to forward addresses it cannot resolve to an external DNS server. ansible: bin: heat: library: README.adoc: deploy-dns.yaml: vars.sample.yaml: README.adoc DNS Service for OpenStack with Heat. This Quick Start sets up a cloud architecture and deploys Red Hat OpenShift Container Platform on AWS. In this OpenShift Container Platform 3.9 on Red Hat Virtualization 4.2 Reference Architecture Guide, Chandler Wilkerson targets system administrators and system architects that have a solid background with Red Hat Virtualization, and provides a comprehensive example demonstrating how OpenShift can be set up to take advantage of the native high availability capabilities of Red Hat Virtualization in order to create a highly available OpenShift Container Platform environment. This new reference architecture demonstrates a private cloud solution for enterprise, telco IT, government, and IT service providers … The installer will require inputs for the environment on which it’s being deployed. The combined phases cover a wealth of information, including: The infrastructure used for this Reference Architecture, as depicted in the following diagram, consists of a bastion instance, three master instances, three infrastructure instances, and three application instances. Fetching latest commit… Cannot retrieve the latest commit at this time. Note. If you are a new customer, register now for access to product evaluations and purchasing capabilities. These are OpenShift nodes that run the OpenShift Container Platform infrastructure components including routers, the cluster monitoring operator, the registry endpoint, and the kuryr controller. optimize Red Hat OpenShift on Red Hat OpenStack using HPE Synergy, the industry’s first composable infrastructure. Build, deploy and manage your applications across cloud- and on-premise infrastructure. It includes architectural details for: The reference architecture does not include step by step instructions for deploying OpenShift or OpenStack, you will need to refer to the official product documentation. Number of size of containers each node will run it ’ S being deployed installer will require for... 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