Stop patching everything. Start patching what matters.
The risk-based vulnerability management platform that turns CVE noise into a ranked, automated, audit-ready remediation pipeline — across IT and OT — so your team always knows exactly where it hurts, and fixes that first.
Risk-based, not score-based · One platform for IT and OT · Prioritization that’s defensible and audit-ready.
Scanner output · unscored
everything looks critical- CVE-2026-9931critical?
- CVE-2026-1188critical?
- CVE-2026-3375critical?
- CVE-2026-0042critical?
- CVE-2026-2210critical?
- CVE-2026-5560critical?
- CVE-2026-7741critical?
Security teams are drowning in CVEs flagged “critical”
A typical enterprise faces tens of thousands of open CVEs, each one flagged critical by some scanner. Traditional tools tell you what is vulnerable — not what is actually being exploited, which of your assets are affected, what to do next, or who owns the fix. The result: alert fatigue, wasted patching cycles, and real threats buried under theoretical ones.
Open CVEs in a typical estate
New CVEs published per year
Of CVEs ever exploited in the wild
Alert fatigue
When everything is “critical,” nothing is. Teams burn out triaging noise instead of risk.
No real-world context
CVSS says how severe — not whether it’s being exploited, reachable, or business-critical.
Decision paralysis
Without ranked, owned, defensible decisions, remediation stalls and threats linger.
Patch by risk, not by score
Most tools rank vulnerabilities by CVSS alone — a static severity number that says nothing about real-world risk. VulnerabilityManager was designed for the risk-based world: it fuses multiple independent threat signals into a configurable, weighted priority score, so a medium-CVSS bug under active exploitation on an exposed, business-critical asset outranks a “critical” one nobody can reach.
CVSS
How severe is this technically?
NIST NVD
EPSS
How likely is it to actually be exploited?
FIRST.org EPSS
CISA KEV
Is it being exploited right now, in the wild?
CISA Known Exploited Vulnerabilities
Asset exposure & context
Is the asset reachable, critical, or business-sensitive?
Federated asset discovery
Fully configurable weights and thresholds — tune prioritization from the dashboard, no code changes.
Prioritizing security updates based on risk
The industry — and regulators — are converging on a clear principle: patch based on risk, not on raw CVSS score. VulnerabilityManager is built around the four factors that decide what truly deserves urgent attention, so the most dangerous exposures get fixed first and genuinely low-risk findings can wait for the next maintenance window.
Exposure
Is the vulnerable asset publicly or network exposed? Federated discovery resolves where each asset lives and whether it’s reachable.
Active exploitation
Is it known to be exploited? Native CISA KEV correlation plus EPSS exploitation-likelihood scoring.
Automatability
Can an adversary exploit it automatically, at scale? EPSS and AI-assisted analysis surface mass-exploitable CVEs.
Impact
Does exploitation grant partial or total control? CVSS impact metrics combined with asset criticality and ownership.
Aligned with the direction security frameworks and regulators are taking — defensible, audit-ready prioritization, by design.
One platform for IT and OT — including the hardest estates
Most tools were built for tidy, modern IT. The real world is tunnels, toll roads, traffic-control systems, rail and transport networks, industrial sites, and sprawling legacy infrastructure — where a single unpatched device can halt physical operations and patching on demand isn’t an option.
OT & critical infrastructure
IoT/OT device visibility so field controllers, sensors, and embedded devices get the same risk-based treatment as your servers.
Transport & mobility
Tunnels, toll systems, traffic management, and rail telemetry — geographically distributed assets where downtime has public-safety consequences.
Large, heterogeneous estates
Tens of thousands of assets across business units, sites, and concessions, unified through federated asset discovery across 6+ sources.
Legacy systems
The long tail of hard-to-patch infrastructure. Risk-based prioritization tells you which legacy exposures are genuinely dangerous and which can safely wait.
From scan to defensible decision — end to end
Discover
Find vulnerabilities and code-security findings across IT, cloud, OT/IoT, and source repositories.
Enrich
Enrich every CVE in real time with CVSS, EPSS, KEV, and AI-generated context.
Prioritize
Rank by risk — exposure, exploitation, automatability, and impact — surfacing the true top of the queue.
Map to assets
Map each finding to affected business assets via federated asset discovery.
Support the decision
Show where it hurts, why, and what to do — with a defensible, auditable rationale.
Orchestrate
Create and sync Jira tickets bidirectionally, with a full audit trail.
Track
Track compliance, ownership, and progress through an operational dashboard.
Report
Report with exportable data, live metrics, and historical trends.
Everything a modern VM program needs
01 · Risk-Based Prioritization Engine
Capability 01
Risk-Based Prioritization Engine
Multi-signal scoring — CVSS + EPSS + CISA KEV + asset exposure — with fully configurable weights and thresholds.
- Built on a four-factor risk model: exposure, exploitation, automatability, and impact.
- AI-powered CVE analysis for instant, plain-language context.
- Custom prioritization rules tunable from the dashboard — no code changes.
- A medium-CVSS, actively-exploited, exposed bug outranks an unreachable “critical.”
Capability 02
Decision Support — Where It Really Hurts
Translates raw findings into a ranked, defensible action list: what to fix first, what can wait, and why.
- Asset vulnerability heatmaps pinpoint the units, sites, and systems carrying real risk.
- Every prioritization decision is transparent and auditable.
- Ready for regulators, boards, and internal review.
Capability 03
Unified Triage Workspace
A high-density vulnerability table with 20+ configurable columns and advanced multi-criteria filtering.
- Inline editing of status, priority, owner, and notes — plus bulk operations.
- Tabbed detail view: General, Technical, Enrichment, Quick Analysis, Jira.
- One-click CSV / JSON export and a complete field-level audit trail.
Capability 04
Federated Asset Discovery (IT + OT)
A single query resolves an asset across 6+ data sources — IoT/OT, IPAM, NetBox, CMDB, endpoint, and cloud.
- Inventory with vulnerability counts, grouped by business unit, site, or concession.
- Drill down into live integration data, including IoT/OT risk scores.
- Graceful degradation — if one source is down, discovery continues with the rest.
Capability 05
Native Code Security Integration
A direct pipeline for code findings: SCA vulnerabilities, IaC misconfigurations, and exposed secrets.
- Repository and owner views — see who owns what.
- Link findings straight to Jira; no manual CSV imports.
- Findings reconcile automatically into the vulnerability lifecycle.
Capability 06
Closed-Loop Jira Automation
Bidirectional sync that creates parent asset issues and per-vulnerability sub-tasks, then keeps them in sync.
- Polls Jira continuously and tracks field-level changes with full history.
- Environment-aware retry and config caching keep the workflow resilient.
- No fragmented ticketing — one closed loop, fully audited.
Capability 07
Operational Visibility
A real-time executive dashboard plus a live Command Center and a built-in compliance module.
- KPI breakdowns by severity, priority, and status; heatmaps and trend charts.
- Command Center with streaming operational logs and pipeline metrics.
- AI Assistant — ask natural-language questions about your posture.
Capability 08
Enterprise-Ready UX
Built for the way large security teams actually work — bilingual, themeable, and role-aware.
- Full bilingual interface (English & Spanish) with localized formats.
- Dark / light themes and custom branding.
- Role-based access control: Admin / Analyst / Viewer with granular permissions.
Built to clear a security team’s bar
Security teams hold their tools to a high standard. VulnerabilityManager is hardened end to end — from authentication to a verifiable supply chain.
Verifiable supply chain
Every container image is signed with keyless Sigstore signatures, with SLSA build provenance and SBOMs attached. Images are vulnerability-scanned in CI before release.
Strong authentication
JWT with HTTP-only cookies and short-lived sessions; passwords hashed with bcrypt and strong salt rounds.
Granular RBAC
Three built-in roles plus fine-grained, document-based permissions across the platform.
Hardened transport
TLS termination at the edge, HSTS, CSP, X-Frame-Options, and a full security-header suite.
Injection-resistant
Parameterized queries, automatic output escaping, and sanitized markdown rendering.
Hardened runtime
Services run as non-root inside containers, minimizing blast radius.
Cloud-native, and built to scale
A cloud-native, microservices platform that scales horizontally to match enterprise workloads — web-native, real time, and observable by default.
Web-native
A modern web dashboard behind a hardened reverse proxy — nothing to install on the client.
Horizontally scalable
Enrichment API and async worker pools scale out for high-volume, large-estate environments.
Asynchronous by design
Message-queue-backed processing decouples ingestion from enrichment and smooths load spikes.
Intelligent caching
An enrichment cache with LRU eviction dramatically reduces redundant external lookups.
Observability built-in
Standard metrics, centralized logging, and health checks for your monitoring stack.
CI/CD with clean rollbacks
Automated build → scan → sign → publish, with semantic-version image tags.
Risk dimensions modeled
External integrations
Asset-discovery sources
Containerized microservices
Dashboard workspaces
Interface languages (EN · ES)
At the center of your security stack
VulnerabilityManager pulls intelligence from — and pushes work to — the tools you already run.
Endpoint, Workload & OT/IoT
- Cortex XDR
- Prisma Cloud
- Strata IoT Security
Code Security
- Cortex XSIAM AppSec
Threat Intelligence
- NIST NVD
- FIRST.org EPSS
- CISA KEV
- OpenCVE
Workflow & Collaboration
- Jira
- N8N
- OpenAI
- SendGrid
For the teams who own the risk
Security Operations
Cut through scanner noise and work the highest-risk findings first.
OT / critical infrastructure
Transport, tunnels, toll roads, rail, utilities, and industrial sites where patching is constrained.
VM programs
Align with risk-based mandates and frameworks, and produce audit-ready decisions.
AppSec teams
Consolidate code findings (SCA, IaC, secrets) alongside infrastructure vulnerabilities.
CISOs & leaders
Executive dashboards, compliance tracking, and measurable remediation progress.
MSSPs
Manage multi-asset, multi-source, large and legacy environments at scale.
Why teams choose it
Risk-based, not score-based
Patch by risk — exposure + exploitation + automatability + impact, not just CVSS.
Decision support, not a report
Tells you where it really hurts and what to do, with a defensible, auditable rationale.
One platform for IT and OT
From cloud workloads to tunnels, toll roads, and legacy industrial networks.
Code-to-runtime visibility
One platform spanning source-code findings and live infrastructure vulnerabilities.
Federated asset discovery
Resolve any asset across six-plus sources with a single query.
Closed-loop Jira automation
Bidirectional sync with full, field-level audit trails. No fragmented ticketing.
Enterprise-grade by design
RBAC, audit logs, compliance module, bilingual UI, dark mode, hardened containers.
Verifiable supply chain
Every image signed via keyless Sigstore, with provenance and SBOMs.
From CVE chaos to a prioritized, defensible decision — automatically. See VulnerabilityManager on your stack.