Vulnerability
ManagementYour vulnerability scanner produces thousands of findings per scan, most ranked by CVSS score alone
Prioritize vulnerabilities by actual exploitation likelihood, not just CVSS scores. Lynx combines vulnerability scanner data with attack surface intelligence, threat feeds, and business context to rank what matters most. Automated remediation workflows assign owners, set deadlines, and verify fixes are sustained — closing the gap between finding vulnerabilities and actually remediating them.
Platform Capabilities
Everything inside Vulnerability Management.
Multi-Scanner Ingestion
Import findings from Tenable, Qualys, Rapid7 InsightVM, Nessus, and other scanners. Normalize and deduplicate across sources for a unified vulnerability inventory.
Exploit Intelligence Overlay
Enriches findings with active exploitation data from CISA KEV, exploit databases, and threat intelligence feeds. Know which vulnerabilities are being weaponized right now.
Business Context Scoring
Weight findings by asset business criticality, data sensitivity, internet exposure, and operational dependency — not just technical severity scores.
Remediation Wave Planning
Group findings into time-bound remediation waves by severity, dependency, and maintenance window compatibility. Plan and execute patching campaigns efficiently.
Owner Assignment & SLA Tracking
Auto-assign findings to responsible owners with SLA deadlines based on severity tiers. Track progress, send reminders, and escalate overdue items automatically.
Automated Revalidation
Post-patch verification scans confirm fixes are correctly applied and sustained. Catches regressions, partial patches, and configuration drift before they become exploitable.
Attack Surface Correlation
Links vulnerability findings to attack surface exposure data. Internet-facing systems with known exploits get dramatically different priority than internal assets with the same CVE.
Aging & Velocity Metrics
Track how long vulnerabilities sit open, how quickly your team remediates, and how risk trending changes over time. Executive dashboards for governance and compliance reporting.
Core Capabilities
What Vulnerability Management delivers.
Your vulnerability scanner produces thousands of findings per scan, most ranked by CVSS score alone. But CVSS does not tell you which vulnerabilities are actually being exploited in the wild, which assets are business-critical, or which findings have been sitting in the backlog for 6 months. Your team wastes time patching low-risk vulnerabilities while genuinely exploitable ones remain open. The remediation process is manual, untracked, and unverified.
Risk-first prioritization
Blends CVSS score with active exploit data (CISA KEV, exploit databases), business criticality of affected assets, exposure context from attack surface management, and remediation delay metrics to rank what truly matters.
- CVSS alone is a terrible prioritization method. A CVSS 9.8 on an internal test server matters far less than a CVSS 7.2 with a public exploit on an internet-facing system. Our prioritization understands that difference.
Remediation orchestration
Create time-bound remediation waves by severity and dependency. Assign owners, set SLA deadlines, track progress, and escalate overdue findings automatically. Emergency change board routing for critical discoveries.
- Remediation without verification is just hope. Our revalidation loops confirm fixes are actually applied and sustained — catching the 8% of patches that are misapplied or regressed.
Patch verification
Automated revalidation scans confirm fixes are applied correctly and sustained over time. Catches regressions, misapplied patches, and configuration drift before they become exploitable.
- Built by incident responders who have seen exactly which unpatched vulnerabilities lead to real breaches. Our prioritization model reflects what actually gets exploited, not theoretical risk.
Cross-module correlation
Links vulnerability findings to attack surface exposures, threat intelligence feeds, and endpoint telemetry. A vulnerability on an internet-facing asset with a known exploit gets a very different priority than the same CVE on an internal system.
- Attack surface integration means a vulnerability on a system with internet exposure gets prioritized differently than the same CVE behind a firewall. Context matters.
Governance reporting
Executive dashboards showing remediation velocity, risk trending, SLA compliance, and aging vulnerability metrics. Prove to leadership, auditors, and insurers that your vulnerability program is effective.
- CVSS alone is a terrible prioritization method. A CVSS 9.8 on an internal test server matters far less than a CVSS 7.2 with a public exploit on an internet-facing system. Our prioritization understands that difference.
Why Lynx
Traditional approach vs. Lynx.
Prioritization method
Remediation tracking
Patch verification
Reporting capability
Scanner dependency
Cross-module context
Built for MSPs & SMBs
Why teams choose Lynx.
Purpose-built for managed service providers and growing businesses.
Patch Compliance as a Service
Offer vulnerability management and patch compliance to clients with automated workflows. Lynx handles prioritization and tracking — you manage the remediation and bill for the service.
Client QBR Dashboards
Executive-ready vulnerability dashboards showing risk trending, remediation velocity, and compliance posture. Prove the value of your services with concrete metrics at every quarterly review.
Multi-Scanner Flexibility
Works with whatever scanners your clients already use. No scanner lock-in, no rip-and-replace required. Normalize findings across your entire client base regardless of scanner vendor.
Risk-Based Patch Prioritization
Stop wasting billable hours patching low-risk vulnerabilities. Focus your team on the findings that actually matter — exploitable, exposed, and business-critical — and close them faster.
See Vulnerability Management in Action
Start a free trial or schedule a personalized demo with our team. No credit card required.
Our Process
From first call to full resolution.
Our structured process ensures nothing falls through the cracks — every phase has defined objectives, deliverables, and handoffs.
Ingest vulnerability findings from your
Step 1Ingest vulnerability findings from your scanners (Tenable, Qualys, Rapid7, Nessus) and platform intelligence modules.
Risk-first prioritization engine scores each
Step 2Risk-first prioritization engine scores each finding by exploitability, business criticality, exposure context, and remediation delay.
Top-priority findings are auto-assigned to
Step 3Top-priority findings are auto-assigned to owners with SLA deadlines based on severity and organizational policy.
Engineering teams remediate findings with
Step 4Engineering teams remediate findings with progress tracking, status updates, and escalation for overdue items.
Automated revalidation scans confirm patches
Step 5Automated revalidation scans confirm patches are applied correctly and vulnerabilities are truly closed.
Governance dashboards show remediation velocity,
Step 6Governance dashboards show remediation velocity, risk trending, SLA compliance, and aging metrics for leadership reporting.
Integrations
Connects with your existing stack.
FAQ
Frequently asked questions.
CVSS measures technical severity in isolation. Our risk-first prioritization adds active exploitation data (is this being weaponized right now?), business context (how critical is the affected asset?), exposure context (is this internet-facing or behind a firewall?), and remediation delay (how long has this been open?). A CVSS 7.2 with a public exploit on an internet-facing server is far more dangerous than a CVSS 9.8 on an internal test system.
Full-Spectrum Response
Related Services
Our services work together to cover every phase of an incident — from first response through full recovery.
Ready to strengthen your vulnerability management?
See how Vulnerability Management works inside the Lynx platform.