The runtime-based vulnerability prioritization has been the biggest improvement for us. Instead of a flat CVE list per image, ARMO shows which vulnerable packages are actually loaded and in use at runtime, which cut the list we have to act on down to something a small team can realistically handle. The eBPF sensor gives that visibility without us having to change our deployments or add sidecars. We also get a lot of value out of the generated network policies and the way ARMO builds them from observed traffic rather than asking us to write them from scratch — it turns network segmentation from a project into a review step. Compliance reporting against frameworks like NSA-CISA and CIS has been useful for demonstrating posture to customers without maintaining our own spreadsheets. Onboarding remains genuinely fast: a single Helm install per cluster, and the Slack integration keeps new findings visible in the channels the team already works in. The combination of posture, vulnerability and runtime data in one platform means we're not stitching together three tools to answer one question.

ARMO Platform has truly transformed the security posture of our Kubernetes application clusters. As a cybersecurity professional integrating new solutions for mission-critical environments, I’ve found ARMO’s detection and remediation capabilities for vulnerabilities and misconfigurations far superior to traditional tools. Its real-time compliance monitoring, user-friendly dashboards, and broad compatibility with existing CI/CD pipelines let us quickly identify issues and automate fixes—saving hours on manual security checks. The visualization of risk posture, along with actionable recommendations, is invaluable for both technical teams and executive reporting.

CADR is an innovative approach that felt like a missing piece in the traditional security