See every vulnerability. Prove you fixed it.

You don't have to replace your scanner. vRx works alongside it. Your existing scanner keeps running, vRx ingests those findings, adds its own agent-based and agentless detections via vRadar, and gives you a validated, deduplicated view across both sources. Where most tools stop at detection, vRx continues into prioritization and remediation in the same workflow, vPatch, patchless protection, or scripted fix. What you're missing today isn't detection. It's the closed loop between finding and fixed. Most Tenable and Qualys customers have thousands of open findings that have been "known" for months. vRx is what moves them from known to fixed, with a timestamped record to prove it.

CVSS alone is useless for prioritization, and you're right to distrust it. vRx combines four signals, EPSS probability (how likely this CVE gets exploited in the next 30 days), CISA KEV status (is it already being exploited in the wild), with vIntelligence you can perform exploit simulation to understand reachability in your specific environment (can an attacker reach and exploit the vulnerable asset), and business context you define (this asset is production-critical, this one is a test box). A CVE that scores 9.8 in CVSS but sits on an isolated dev server with no external exposure will rank lower than a 6.5 CVE on an internet-facing system running a process your CFO depends on. That's the calculation your scanner can't make.

Every remediation action vRx takes or triggers gets logged, timestamp, asset ID, vulnerability, remediation type (vPatch / vShield / vScript), operator or automation rule that ran it, and outcome. It's queryable by date range, asset group, or compliance framework. For SOC 2 and PCI audits specifically, you can export a per-control evidence package. For internal reviews, the risk score trend over time shows whether your posture is actually improving. The log is immutable, nothing gets quietly removed if a remediation was partial or failed.

The agent deploys in minutes across Windows, macOS, and Linux, and agentless scanning via vRadar starts immediately for assets where you can't install an agent. Your first prioritized finding list is ready the same day. The board-level risk dashboard takes about a week to configure properly, mostly because you'll want to define your asset criticality tiers before the scores mean anything. Six months is a scanner problem, scanners need tuning, exclusions, and credential management. vRx is built to show you something real on day one.

That's exactly where vShield comes in. When a patch doesn't exist yet, or when patching would break a critical production system during a change freeze, vShield applies dynamic binary instrumentation to block the exploit path at runtime without modifying the underlying software. The vulnerability stays technically present, the attack vector gets neutralized. It's not a permanent fix, and we won't pretend otherwise. But it closes your exposure window from "months until the vendor ships something" to "minutes after the CVE drops." For zero-days and actively exploited vulnerabilities, that window is the difference between a near-miss and a breach.