{ "id": "red-hat-openshift-service-on-aws-vs-azure-red-hat-openshift", "ids": [ "red-hat-openshift-service-on-aws", "azure-red-hat-openshift" ], "title": "Red Hat OpenShift Service on AWS vs Azure Red Hat OpenShift: Kubernetes integration and operating responsibilities", "heading": "Red Hat OpenShift Service on AWS vs Azure Red Hat OpenShift", "kicker": "Software architecture comparison", "deck": "Both are managed OpenShift offerings. The practical distinction is the AWS or Azure environment around the cluster, including identity, network connections, purchasing scope and the organisation's OpenShift operating requirements.", "description": "Compare Red Hat OpenShift Service on AWS vs Azure Red Hat OpenShift for Kubernetes integration and operating responsibilities.", "answerHeading": "Which option fits the requirement?", "answer": "Both are managed OpenShift offerings. The practical distinction is the AWS or Azure environment around the cluster, including identity, network connections, purchasing scope and the organisation's OpenShift operating requirements.", "checkedAt": "2026-10-25", "researchTag": "Deployment, compatibility and cost scope", "researchLimit": "Official product material reviewed. Acceptance checks are proposed exercises, not completed product trials, performance measurements or reliability guarantees.", "datasetDescription": "Seven technical differences and four proposed acceptance checks for Red Hat OpenShift Service on AWS vs Azure Red Hat OpenShift.", "type": "workflow-buying", "sharedBuyingNeed": "Evaluate alternative approaches to Kubernetes integration and operating responsibilities.", "rows": [ [ "Cloud provider", "AWS and Red Hat", "Microsoft Azure and Red Hat" ], [ "Platform", "Managed OpenShift", "Managed OpenShift" ], [ "Deployment object", "ROSA OpenShift clusters", "Azure Red Hat OpenShift clusters" ], [ "Image ecosystem", "OpenShift image workflows and registries", "OpenShift image workflows and registries" ], [ "Identity context", "OpenShift and AWS identity configuration", "OpenShift and Azure identity configuration" ], [ "Network context", "OpenShift networking in AWS", "OpenShift networking in Azure" ], [ "Cost components", "Selected OpenShift subscription and cloud resource scope", "Selected OpenShift and Azure resource configuration" ] ], "scenarios": [ { "name": "Application manifests", "question": "Can the team deploy the representative application and its dependencies?", "left": "With Red Hat OpenShift Service on AWS, deploy the representative application and its dependencies.", "right": "With Azure Red Hat OpenShift, deploy the representative application and its dependencies.", "note": "The workload becomes ready and all mandatory integrations work." }, { "name": "Persistent data", "question": "Can the team restart a stateful test workload using its volume configuration?", "left": "With Red Hat OpenShift Service on AWS, restart a stateful test workload using its volume configuration.", "right": "With Azure Red Hat OpenShift, restart a stateful test workload using its volume configuration.", "note": "The workload recovers the expected data." }, { "name": "Workload identity", "question": "Can the team access one cloud service through the intended workload identity?", "left": "With Red Hat OpenShift Service on AWS, access one cloud service through the intended workload identity.", "right": "With Azure Red Hat OpenShift, access one cloud service through the intended workload identity.", "note": "Only the required permissions are granted." }, { "name": "Upgrade exercise", "question": "Can the team rehearse a supported non-production upgrade?", "left": "With Red Hat OpenShift Service on AWS, rehearse a supported non-production upgrade.", "right": "With Azure Red Hat OpenShift, rehearse a supported non-production upgrade.", "note": "Downtime, rollback and remaining operating tasks are documented." } ], "exampleTable": { "caption": "Proposed checks using authorised non-production resources. Record the actual account, region, version, configuration and observed outcome.", "headers": [ "Requirement", "Proposed exercise", "Accept when" ], "rows": [ [ "Application manifests", "Deploy the representative application and its dependencies.", "The workload becomes ready and all mandatory integrations work." ], [ "Persistent data", "Restart a stateful test workload using its volume configuration.", "The workload recovers the expected data." ], [ "Workload identity", "Access one cloud service through the intended workload identity.", "Only the required permissions are granted." ], [ "Upgrade exercise", "Rehearse a supported non-production upgrade.", "Downtime, rollback and remaining operating tasks are documented." ] ] }, "sections": [ { "id": "scope-and-architecture", "title": "Scope and architecture", "paragraphs": [ "Both are managed OpenShift offerings. The practical distinction is the AWS or Azure environment around the cluster, including identity, network connections, purchasing scope and the organisation's OpenShift operating requirements.", "A common Kubernetes API does not make cloud storage, ingress, workload identity and network policy configuration automatically portable. OpenShift also adds its own platform conventions and administration model." ], "links": [ { "url": "https://docs.aws.amazon.com/rosa/", "label": "Red Hat OpenShift Service on AWS product information" }, { "url": "https://azure.microsoft.com/en-us/products/openshift/", "label": "Azure Red Hat OpenShift product information" } ], "navLabel": "Architecture" }, { "id": "cost-and-migration", "title": "Cost and migration planning", "paragraphs": [ "For Red Hat OpenShift Service on AWS, include selected OpenShift subscription and cloud resource scope. For Azure Red Hat OpenShift, include selected OpenShift and Azure resource configuration. Use the same workload and resilience assumptions, then confirm current vendor terms for the selected configuration.", "Deploy the actual manifests, images, secrets, ingress and persistent volumes in a non-production environment. Document remaining node, upgrade, security-policy and capacity responsibilities for the exact selected operating mode." ], "navLabel": "Costs & migration" } ], "faqs": [ { "question": "How should we choose between Red Hat OpenShift Service on AWS and Azure Red Hat OpenShift?", "answer": "Both are managed OpenShift offerings. The practical distinction is the AWS or Azure environment around the cluster, including identity, network connections, purchasing scope and the organisation's OpenShift operating requirements." }, { "question": "Which costs belong in the comparison?", "answer": "For Red Hat OpenShift Service on AWS, include selected OpenShift subscription and cloud resource scope. For Azure Red Hat OpenShift, include selected OpenShift and Azure resource configuration. Use the same workload and resilience assumptions, then confirm current vendor terms for the selected configuration." }, { "question": "What should we validate before a production move?", "answer": "Deploy the actual manifests, images, secrets, ingress and persistent volumes in a non-production environment. Document remaining node, upgrade, security-policy and capacity responsibilities for the exact selected operating mode." } ], "sources": [ { "url": "https://docs.aws.amazon.com/rosa/", "facts": "Official product scope, deployment and integration context used for Kubernetes integration and operating responsibilities." }, { "url": "https://azure.microsoft.com/en-us/products/openshift/", "facts": "Official product scope, deployment and integration context used for Kubernetes integration and operating responsibilities." } ], "relatedLinks": [ { "path": "/categories/container-management/", "title": "Container Management software" }, { "path": "/guides/cloud-cost-checklist/", "title": "Cloud workload and cost checklist" } ] }