Platform · Security Posture

See CVEs and CIS drift alongside APM and cost.

Q: What powers the vulnerability scanning?

Kubescape, running as part of the same data plane that collects your other signals, so scan results show up alongside APM and cost, not in a separate tool.

Q: Does this replace a dedicated CSPM or vulnerability management tool?

It covers CVE scanning and CIS Benchmark posture natively at the workload, namespace, and cluster level, correlated with the rest of your telemetry. Teams with deeper compliance or audit requirements may still run a dedicated CSPM tool alongside it.

Q: How does the CVE anomaly detection work?

It watches for sudden increases in critical or high-severity CVE counts across your workloads and raises an alert, through the same alerting integrations (Slack, email, PagerDuty, Teams) you already use.

Q: Does raw vulnerability data leave my environment?

No. Scanning and processing happen locally, in the same data plane as the rest of your telemetry. Only posture signals and alerts reach the control plane.

Powered by Kubescape, vulnerability and CIS Benchmark posture live in the same platform as APM and cost, not a separate security dashboard you check on a different day.

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CVE Scanning

CIS Benchmark Scoring

Compliance posture scored per workload, namespace, and cluster.

Cluster Security Dashboard

Vulnerability and CIS posture in the same platform as APM and cost, not a separate tool.

Workload-Level Posture

Drill down from cluster-wide exposure to the specific workload driving it.

Critical CVE Anomaly Detection

Alerts on sudden spikes in critical or high-severity CVEs, through the same channels as the rest of your alerting.

New: CVE anomaly detection

Get paged when critical exposure spikes, not just when it exists.

A long static list of CVEs is easy to ignore. Randoli watches for sudden increases in critical and high-severity CVEs across your workloads and raises it as an anomaly, through the same alerting your team already uses for everything else.

See how it fits with the rest of the platform in Observability for Kubernetes and Cost Management for Kubernetes.

Common questions

What powers the vulnerability scanning?

Does this replace a dedicated CSPM or vulnerability management tool?

How does the CVE anomaly detection work?

Does raw vulnerability data leave my environment?

Find the CVE spike before it finds you.

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