Fix Kubernetes misconfigurations, don't just find them
Mondoo finds the misconfigurations, risky RBAC, and drift that expose your clusters, prioritizes what actually puts you at risk, and ships the fix through your GitOps workflow.
Mondoo secures every layer of your cluster: control plane, RBAC, workloads, and network.
Clusters drift between scans
Every rollout, new namespace, and upgrade can loosen RBAC, widen a network policy, or drift a node off the CIS Kubernetes Benchmark.
Tools that only scan manifests in CI miss it, because the drift happens in the running cluster, between scans.
How Mondoo closes the loop
Mondoo does not stop at detection. AI agents run the full remediation loop against your clusters, and you approve every change.
Detect
Agentless assessment across every cluster, node, workload, and control plane surfaces misconfigurations, risky RBAC, weak network policy, and drift from the CIS Kubernetes Benchmark in real time.
Prioritize
Every finding is scored by real exploitability and blast radius inside your cluster, not raw severity, so the misconfigurations an attacker could chain rise to the top. Prioritization beyond CVSS.
Ship
Mondoo delivers the remediation as corrected manifests, policy, and admission rules in a pull request through your GitOps and Terraform workflows. When a fix has to wait, it proposes a mitigation, such as tightening a network policy or RBAC binding, so risk drops in the meantime.
Verify
Every fix is re-checked against the live cluster, proven closed, and written back as evidence, and Mondoo holds it closed through the next rollout so drift does not creep back.
You review and approve every fix; the agents do the heavy lifting. That is the difference between a scanner and a service: we sell the fix, not the finding.
Four layers, one posture
Cluster risk is not one setting. It stacks across four layers, and Mondoo assesses and fixes across all of them.
Control plane and nodes
API server, etcd, kubelet, and node hardening measured against the CIS Kubernetes Benchmark, with the fix shipped, not just the failing check reported.
RBAC and identity
Over-permissive roles, wildcard bindings, and stale service accounts closed down to least privilege before they become an attack path.
Workloads and pod security
Privileged pods, missing security contexts, exposed secrets, and weak pod security standards remediated in the manifest.
Network and admission control
Open network policies and missing admission rules tightened so only what you intend can run and talk.
Mapped to the CIS Kubernetes Benchmark and to SOC 2, ISO 27001, PCI DSS, and NIS2, and held in place with policy as code, so posture stays fixed instead of drifting back.
Where KSPM fits
A traditional KSPM detects cluster misconfigurations and reports on compliance. Useful, but detection-only. Mondoo covers KSPM and closes the loop by shipping and verifying the fix, and it joins up with the layers around it:
CSPM
Secures the cloud accounts and services around your clusters. KSPM covers what runs inside the clusters; CSPM covers the cloud they run on.
Container and image security
Secures the images and running containers inside your clusters, while KSPM secures how the cluster itself is configured and governed.
Managed Vulnerability Service
Closes CVE exposure in your workloads alongside cluster misconfiguration.
Buy KSPM on its own and you get another dashboard. Run it inside Mondoo and cluster posture becomes part of one closed remediation loop.
Common questions about KSPM
Ready to close your cluster exposure?
Get a Kubernetes posture assessment and see what Mondoo would close first.