It’s the practice of prioritizing vulnerabilities by the risk they actually pose — combining exploitation likelihood, known real-world exploitation, internet exposure, and asset criticality — rather than by raw severity score. It focuses remediation on the small set of flaws that genuinely threaten you.

CVSS rates theoretical severity, which creates false urgency — research finds only around 3% of vulnerabilities cause most impactful exposure, so the majority of high-CVSS findings pose little real-world threat. A vulnerability with a lower CVSS but high exploitation probability can be far more dangerous than a ‘critical’ one that no one is exploiting.

It builds a composite risk score from EPSS exploitation probability, CISA KEV status, whether the asset is internet-facing, and how business-critical it is. Anything confirmed as actively exploited escalates to the top tier immediately, regardless of CVSS.

Yes. Patches roll out through test rings and phased deployment inside maintenance windows, with approvals for sensitive changes and fast rollback if a patch misbehaves — so automation delivers speed without risking production.

Yes. Continuous, agent and agentless scanning covers operating systems and the applications running on them across Windows, Linux, and macOS, in hybrid and multicloud environments — and patches both layers.

It maps vulnerability posture to frameworks like CIS, NIST, and PCI-DSS, tracks remediation SLAs, and aligns to the risk-based remediation timelines regulators now require — with evidence available on demand and feeding directly into Smart Audit.