Risk-based prioritization (vScore)
RBVM that goes beyond CVSS, EPSS, and KEV signals. vScore adds exploit simulation, asset criticality, and business context to confirm what exposes your environment and what needs fixing first.
fewer false positives
days average MTTR without contextual prioritization
faster time from detection to remediation
Fix the right vulnerabilities every time
Every hour spent on the wrong vulnerability is an hour real exposure stays open. vScore delivers a ranked, validated queue so your team fixes what matters, not what looks urgent.
No false alarms
Your risk, ranked
95% less noise
No tool switching
No manual triage
Know it worked
How vScore ranks real risk
vScore ingests CVSS, EPSS, and KEV signals alongside exploit simulation, weaponization intelligence, asset context, and business criticality to produce a single risk score for every CVE. The result is a prioritized queue your team acts on immediately.
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Everything you need to know
What is RBVM and how does Vicarius approach it?
RBVM, or Risk-Based Vulnerability Management, is the practice of prioritizing vulnerabilities based on real business risk rather than theoretical severity alone. Vicarius implements RBVM through vScore, combining CVSS, EPSS, and KEV signals with exploit simulation, asset criticality, and business context into a single prioritized remediation queue.
Why are CVSS, EPSS, and KEV not enough on their own?
CVSS rates theoretical severity. EPSS predicts exploit probability. KEV confirms active exploitation. Together they narrow the field, but none account for your specific environment, asset value, or business impact. vScore takes all three as inputs and adds the contextual layer that turns signals into a ranked, actionable queue.
What is vScore and how does it work?
vScore is Vicarius's RBVM scoring engine. It ingests CVSS, EPSS, and KEV data alongside exploit simulation results, asset criticality, and business context to produce a single risk score that reflects each vulnerability's real threat in your specific environment.
How does Agentic Exposure Validation reduce false positives?
vIntelligence runs exploit simulations against your live environment to test each vulnerability, confirming what is genuinely exploitable versus what is theoretical. This cuts 95% of false positives before they reach your remediation queue.
How does risk-based prioritization connect to remediation?
Once vScore ranks your vulnerabilities, vRx delivers a fix path for every one using automated patching, patchless protection, or AI-generated scripts. Re-validation then confirms each remediation reduced or removed the risk.
Can vScore work alongside my existing vulnerability scanner?
Yes. vIntelligence ingests findings from your existing scanners alongside signals from your EDR, SIEM, CMDB, and CSPM, normalizing them into a unified queue scored by vScore.
How does risk-based prioritization reduce analyst workload?
vScore delivers a validated, ranked queue that eliminates hours of manual CVE research, correlation, and triage. Your team works from one prioritized list instead of reconciling output from multiple disconnected tools.
