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Kubernetes platform assurance

Qumuli.Build + Qumuli.Operate

See whether your Kubernetes workloads still match the platform you intended.

Connect cloud foundations, managed control planes, cluster configuration and workload evidence across AKS, EKS and GKE. Qumuli keeps platform decisions, operating conditions and approved changes in one traceable record.

The Kubernetes platform problem

The cluster is not the whole platform.

A managed Kubernetes environment depends on cloud identity, network boundaries, control-plane configuration, cluster policy and the workloads deployed on top. When these layers are reviewed separately, teams cannot easily determine whether the running environment still reflects the approved platform standard.

Define the platform standard

Compare intent with running conditions

Return change through a controlled path

From platform standard to verified operation

Keep the platform you approved connected to the workloads that actually run.

Qumuli.Build preserves managed-cluster design and delivery context. Qumuli.Operate connects provider, control-plane, cluster and workload evidence. Qumuli Assurance Intelligence analyses it and recommends action for human approval and verification.

01Intent

Set the platform standard

Define the managed-cluster architecture, ownership, boundaries and expected controls before platform change is approved.

02Delivery

Deliver the foundation

Validate cloud and cluster dependencies and delivery artifacts before approved infrastructure change is executed.

03AI-assisted

Analyse clusters and workloads

Qumuli Assurance Intelligence applies AI-assisted analysis to connected provider, control-plane, Kubernetes API and workload evidence and recommends the priorities that warrant action.

04Alignment

Reconcile and verify

The accountable owner approves the response, the change follows the team's controlled process and Qumuli.Operate confirms whether the platform state is aligned.

The Kubernetes operating stack

Follow the platform from cloud foundation to running workload.

Qumuli connects the cloud foundation to cluster and workload evidence without removing the provider context behind AKS, EKS or GKE. Each layer remains linked to the platform standard it is expected to uphold.

Cloud foundation

Identity, network, managed-service configuration and the infrastructure supporting the cluster.

Managed control plane

Provider-managed configuration, logging and the controls defining the cluster boundary.

Cluster configuration

Kubernetes API evidence, access, policy, service exposure and operating settings.

Workload state

Workload configuration, security context, network conditions and current evidence.

Connected Kubernetes coverage

Where Qumuli connects platform intent and operating conditions.

Qumuli.Build + Qumuli.Operate

Platform design and delivery

  • Managed-cluster and cloud-foundation design
  • Ownership and platform requirements
  • Security and policy expectations
  • Architecture validation before delivery
  • Versioned infrastructure and delivery artifacts

Cluster and workload evidence

  • AKS, EKS and GKE provider context
  • Managed control-plane configuration
  • Kubernetes API and cluster evidence
  • Workload configuration and exposure
  • Applicable control and benchmark evaluation

Controlled change and assurance

  • Accountable findings and recommended action
  • Utilization and rightsizing context where applicable
  • Human-approved response and decision history
  • Controlled implementation evidence
  • Reassessment and verified closure

Coverage noteKubernetes coverage spans Qumuli.Build and Qumuli.Operate across AKS, EKS and GKE. Exact delivery artifacts, evidence sources and benchmark versions remain explicit.

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Kubernetes assurance

Keep Kubernetes intent and operation
aligned.

Connect cloud foundations, managed clusters, workloads and verified change across AKS, EKS and GKE.