How should the responsibility matrix be used?
For each row, write the provider scope, the internal accountable role and the pre-production test. The split follows the written service scope.
| Area | Provider scope | Platform / application team | Test |
|---|---|---|---|
| Control plane | Provisioning, availability, maintenance, backup and incident scope | Cluster request, dependencies and incident contact | Status page, maintenance notice and failure scenario |
| Versions and upgrades | Supported versions, timing, version-skipping and rollback boundary | API, webhook, add-on and workload compatibility | Staging upgrade, deprecated API scan and rollback rehearsal |
| Worker nodes | Image, operating system, runtime, patch and replacement scope | Node-pool sizing, taints or labels, drain and capacity plan | Node refresh and pod-disruption test |
| Access and RBAC | Identity integration, admin access, audit logs and secret boundary | Least privilege, service accounts, secret rotation and break-glass | Authorization test, access review and audit query |
| Networking | CNI, ingress, load balancer, private network, DNS and egress scope | NetworkPolicy, certificates, routes, firewalls and application access | North-south and east-west connectivity tests |
| Persistent data and recovery | StorageClass, CSI, snapshot, backup and restore scope | Application consistency, retention, RPO/RTO and restore procedure | Timed restore into a clean environment |
| Observability | Control-plane and infrastructure metric, log, audit and alert scope | Application SLI/SLO, dashboards, on-call and response workflow | Synthetic failure, alert and incident-runbook test |
| Capacity and GPU | Node options, quotas, autoscaling and any GPU integration boundary | Requests and limits, scheduling, driver dependencies and cost controls | Capacity, scaling and resource-exhaustion tests |
| Support and incidents | SLA, support hours, priorities, escalation and incident record | Initial triage, application record, business impact and communication owner | Tabletop incident and escalation exercise |
| IaC and change management | API or Terraform resource scope and provider version | State security, review, plan or apply and drift control | Create, update and destroy in a test project |
Evaluate version and upgrade readiness separately
Supported version differences between Kubernetes components are governed by the official version-skew policy, while provider-supported cluster versions and upgrade workflow are service-specific. Test deprecated APIs, admission webhooks, CNI or CSI, ingress controllers and monitoring add-ons in staging. Rehearse node drains, PodDisruptionBudgets and rollback boundaries before the maintenance window.
Separate security ownership by layer
Apply least privilege, separate service accounts and recurring access reviews to API access and RBAC. Clearly assign ownership for secret storage and rotation, pod security settings, image provenance and scanning, admission policy, NetworkPolicy and audit records. A managed control plane does not automatically secure an application image or an unsafe ClusterRole definition.
Do not confuse cluster recovery with application-data recovery
Control-plane resilience or a provider backup does not guarantee that PVCs, databases, object storage and application configuration can return to the intended recovery point. Inventory where state lives, define an application-consistent backup method and time a restore into a clean environment. RPO and RTO become meaningful only with the scope and result of that test.
What does VKE provide automatically in cluster operations?
VKE is the open-source Kubernetes engine developed by vMind. It automatically provides node-level autoscaling, load balancers and storage classes.
Turn the guide into a working file.
Manage ownership and progress in Excel, use the PDF during review meetings, or import the CSV or YAML version into your workflow.
The templates are for sharing ownership, progress and check steps with your team.
Frequently asked questions about Kubernetes
Does managed Kubernetes transfer all operations to the provider?
No. A provider may own some control-plane tasks, but applications, images, access, policy, data and recovery still need explicit team ownership.
Who patches worker nodes?
The upgrade plan records who owns node-image and operating-system updates, the schedule and the replacement method.
Does a Kubernetes backup include application data?
Not automatically. Cluster objects, PVCs, databases and external object storage may require different methods. Document scope and validate it through a clean-environment restore.
What does the application team own during a Kubernetes upgrade?
The application and platform team tests deprecated APIs, webhooks, add-ons, images, PodDisruptionBudgets and application behavior, and joins maintenance and rollback planning.
Does managed Kubernetes imply GPU-node support?
Managed Kubernetes on its own does not mean a GPU node. VKE automatically provides node-level autoscaling, load balancers and storage classes.
Research sources
Technical explanations are based on the primary sources below.
- Kubernetes cluster architecture
Official architecture of control-plane and node components.
- Publisher
- Kubernetes
- Type
- Official technical documentation
- Accessed
- Kubernetes version skew policy
Current rules for component-version relationships and supported skew.
- Publisher
- Kubernetes
- Type
- Official technical documentation
- Accessed
- Kubernetes security checklist
Official control areas for identity, RBAC, pods, networking, secrets, logs and policy.
- Publisher
- Kubernetes
- Type
- Official technical documentation
- Accessed
- Kubernetes RBAC good practices
Official guidance for least privilege, access scope and privileged accounts.
- Publisher
- Kubernetes
- Type
- Official technical documentation
- Accessed