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Vulnerability Risk Management

Prioritize vulnerability risk and keep the remediation system under statistical control.

A centralized Vulnerability Risk Management platform built around two complementary engines: SSVC for risk- and context-based prioritization, and VRCM™ for statistical control of backlog aging, aged-exposure persistence, and remediation clearance capacity. Supported findings are aggregated and normalized with source-level idempotent deduplication, then handled through unified remediation tracking and reporting.

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Built around

01SSVC decision-oriented prioritization

02VRCM backlog and exposure control

03Centralized remediation handling

04Unified risk and performance reporting

Proof points

SSVC

Prioritization engine

VRCM

Statistical control engine

Centralized remediation tracking

Handling

Security and engineering teams

Built for

How the exposure workflow runs

Findings flow from sources through prioritization to remediation and closure. Every step is tracked, owned, and auditable.

Ingest supported sources

Plugin-based connectors bring in findings from represented vulnerability, cloud security, SCA, container, and workflow systems.

Normalize and preserve source identity

Findings are normalized for centralized handling with idempotent deduplication within each source.

Prioritize with SSVC

Findings are evaluated against exploitation status, automatable exposure, mission impact, and asset context. The output is an operational decision—not just a number.

Assign and route

Findings are routed to owners based on asset tags, business service mapping, and team responsibilities. Ownership is explicit, not assumed.

Control with VRCM

Monitor backlog aging, aged-exposure persistence, remediation clearance capacity, and remediation performance statistically.

Validate, report, and improve

Track closure evidence and report unified priorities, trends, exposure, and remediation performance.

Full module capabilities

From scanner noise to one exposure queue with evidence behind each decision.

The module connects supported source ingestion, operational prioritization, remediation control, validation, and reporting while preserving source identity.

Multi-source aggregation

Qualys, CrowdStrike, Tenable, Rapid7, Snyk, Microsoft Defender

AWS Security Hub, Azure Policy, GCP SCC

Mend.io, Dependency-Track, Red Hat ACS

Represented plugin sources from the collectors layer

Multi-source aggregation

Act: 3Attend: 3

SourceDecisionFindingAssets

QualysActOracle Java SE Critical Deserialization RCE64

CrowdStrikeActMicrosoft Edge Chromium V8 Type Confusion47

SnykActApache Log4j 1.2 Remote Code Execution24

TenableAttendOracle Java SE April Critical Patch Update59

DefenderAttendOpenSSL Buffer Overflow in X.509 Verification31

AWS HubAttendcurl HSTS Bypass via IDN Hostname Mismatch18

SSVC prioritization

Actionable decisioning instead of score-only ranking

Exploitation status and automatable exposure

Mission impact and asset criticality context

Operational decisions rather than CVSS-only triage

VRCM statistical control

Backlog aging and aged-exposure persistence

Remediation clearance capacity

Control-window trend monitoring

Statistical control of remediation performance

Remediation operations

Ownership assignment and routing

Remediation tracking and target dates

Jira workflow integration

Validation queue and closure proof

Remediation Pipeline

4 active1 overdue

JIRA-4521

Patch Java Runtime across prodPlatform

3d left

JIRA-4518

Fix Log4j dependency chainAppSec

Closed

JIRA-4515

Rotate exposed API keysIAM Team

Overdue

JIRA-4512

TLS 1.0 deprecation rolloutNetwork

7d left

JIRA-4509

S3 bucket public exposureCloud Team

12d left

SLA compliance80% on time

Integrations: plugin-based, not locked in

The platform connects to the represented tools you already run through the collectors layer, so teams can centralize handling without replacing every source system.

Vulnerability scanners

Qualys VMDR, CrowdStrike Falcon, Tenable.io, Rapid7 InsightVM, Microsoft Defender for Endpoint.

Application security

Snyk (Code + Container), Mend.io (SCA), Dependency-Track (SBOM + SCA), Red Hat ACS (StackRox).

Cloud security

AWS Security Hub, Azure Policy, GCP Security Command Center. Multi-cloud posture findings in one queue.

Workflow and SOC

Jira for workflow and Splunk for SOC telemetry, represented through the plugin integrations layer.

How prioritization works in practice

The platform does not stop at scanner severity. It evaluates exploitability, exposure, business impact, and operational context so teams can decide what actually needs action now.

From severity to action

The output is an operational decision, not just a score. Teams can separate items that need immediate action from issues that should be scheduled, watched, or left in the background queue.

Considers exploitation status in the wild

Weighs automatable exposure and mission impact

Reflects asset criticality and exposure context

Replaces subjective severity debates with structured decisions

What the model actually considers

A high-severity issue on an isolated test host is not the same as a lower-rated issue on a critical internet-facing service. Prioritization reflects where the asset sits, how exposed it is, and whether the weakness is realistically actionable by an attacker.

Asset criticality and business impact

Internet-facing vs internal-only exposure

Active exploitation vs theoretical risk

Automatable attack chains vs manual exploitation

Built for the full remediation chain

Designed for real operating roles, not generic personas.

Security teams

Centralize supported findings, use SSVC for contextual decisions, and operate remediation from one prioritized handling flow.

Engineering and platform teams

Work from a clear response queue with ownership, deadlines, and validation. Know exactly what to fix, in what order, and prove it was done.

CISOs and executive stakeholders

See backlog aging, risk exposure, remediation capacity, and performance trends in one reporting view.

Platform fit

See how Vulnerability Risk Management fits inside the wider platform.

The product stands on its own, but it becomes more valuable when it connects to governance, trust, audit readiness, and operational security in the same system.

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