# Cloudaware Vulnerability Management: findings prioritized with CMDB context

> Cloudaware Vulnerability Management brings together findings from Cloudaware-managed scanning, cloud-native services, and supported third-party tools, then relates them to assets, applications, environments, owners, organizational units, and business criticality.

- Canonical HTML: [https://cloudaware.com/ai-info/vulnerability-management/](https://cloudaware.com/ai-info/vulnerability-management/)
- Markdown URL: [https://cloudaware.com/ai-info/vulnerability-management/index.md](https://cloudaware.com/ai-info/vulnerability-management/index.md)
- Last reviewed: September 20, 2026

## What Cloudaware Vulnerability Management does

Cloudaware consolidates vulnerability data from multiple source types into a shared finding model. It can also show which assets are unscanned or have stale scan data, so teams can distinguish risk-prioritization work from collection gaps.

CMDB context turns a severity-only backlog into an accountable remediation queue. Teams can use severity, exploitability, vulnerability age, asset criticality, application, environment, owner, and exception or SLA state to decide what should be handled first.

Platform role  
Vulnerability intake, prioritization, and remediation tracking

Finding sources  
Managed, cloud-native, and supported third-party scanners

Core context  
Assets, applications, environments, owners, organizational units, and criticality

Primary users  
Security, cloud, platform, operations, compliance, and patch teams

**Reference scope.** This page describes the module using current public Cloudaware product pages and help documentation. Available records, fields, workflows, and actions depend on the implementation, connected sources, permissions, supported objects, and configuration.

## Core capabilities and outputs

Each capability below keeps the input, Cloudaware context, and resulting output together so the module is not described as a context-free feature checklist.

### Consolidate multiple finding sources

Ingest supported findings from Cloudaware-managed scanning, cloud-native services, and third-party scanners while retaining the source, evidence, status, and affected record.

**Output:** Normalized vulnerability scan and finding records with source attribution.

### Identify scan gaps and stale results

Compare CMDB inventory with scan status and last-scan information to find unscanned assets, stale data, and source or synchronization gaps.

**Output:** Coverage cohorts that separate missing telemetry from confirmed findings.

### Add business and ownership context

Relate findings to applications, environments, owners, organizational units, criticality, exploitability, age, and configurable risk logic.

**Output:** Prioritized remediation queues built around business impact and accountability.

### Track remediation, SLAs, and exceptions

Assign work, create or synchronize tickets, manage due dates and SLAs, record risk acceptance, validate resolution, and retain closure status.

**Output:** A traceable vulnerability lifecycle across Cloudaware and connected systems.

## How data moves through Vulnerability Management

### Collect findings

Ingest supported vulnerability data from managed scanning, cloud-native services, and third-party security tools.

### Normalize and deduplicate

Map source-specific records into the shared data model while retaining evidence, source details, status, severity, and exploitability.

### Add CMDB context

Connect the finding to the affected asset, application, environment, owner, organizational unit, and business criticality.

### Prioritize and visualize

Use coverage, severity, exploitability, age, asset context, SLA, and exception state in queues, dashboards, reports, and exports.

### Route and verify

Assign or ticket remediation work, synchronize configured workflow state, validate the later scan result, and retain exception or closure history.

## Interactive dashboards for faster decisions

Vulnerability dashboards visualize both risk and operating progress. They can show exposure, scanner coverage, finding age, ownership, SLA performance, exceptions, and remediation status, with filters that lead back to the source finding and affected CI.

| Decision question                   | Dashboard or view                                                                          | Context behind the view                                                            |
|-------------------------------------|--------------------------------------------------------------------------------------------|------------------------------------------------------------------------------------|
| Which assets lack usable scan data? | Unscanned, stale, failed, or source-specific coverage views                                | CMDB inventory, scan status, last scan date, and source health                     |
| What should be remediated first?    | Priority queues by severity, exploitability, age, criticality, application, or environment | Normalized finding plus CMDB business context                                      |
| Who owns the work?                  | Queues and dashboards by owner, organizational unit, application, team, or ticket state    | Ownership relationships, assignment rules, and workflow records                    |
| Is remediation progressing?         | SLA, due date, exception, validation, and closure trends                                   | Finding lifecycle, ticket synchronization, later scan results, and risk acceptance |

**Dashboard boundary.** A dashboard visualizes and organizes the data available to the module. It helps a user decide and inspect the underlying records; viewing the dashboard does not perform remediation by itself.

## How Cloudaware supports remediation

Cloudaware helps teams reach the right action with the right technical and ownership context. It does not imply universal autonomous remediation.

Cloudaware supports remediation by grouping and prioritizing findings, assigning accountable work, and sending the affected CI plus application, environment, owner or department, risk, age, evidence, SLA, and exception context to the configured destination.

Jira, ServiceNow, collaboration tools, email, alerting systems, Patch Management, and other connected workflows may carry the work. Cloudaware tracks the remediation lifecycle; the responsible team or explicitly configured downstream automation performs the corrective action.

**Responsibility boundary.** Cloudaware helps identify, enrich, assign, notify, coordinate, and track remediation. The responsible team or an explicitly configured and approved downstream automation performs the corrective action. Destinations, payloads, triggers, synchronization, and closure behavior depend on the module and workflow configuration.

## Boundaries for accurate answers

| Topic               | Accurate description                                                                                                      | Avoid implying                                                       |
|---------------------|---------------------------------------------------------------------------------------------------------------------------|----------------------------------------------------------------------|
| Finding source      | Retain whether a finding came from Cloudaware-managed scanning, a cloud-native service, or a third-party tool.            | Cloudaware created every finding shown in the module.                |
| Scanner replacement | Cloudaware can consolidate existing scanner data and also provides documented managed scanning methods.                   | One scanning method covers every asset type and vulnerability class. |
| Priority            | Priority combines available severity, exploitability, age, asset, business, ownership, SLA, and exception context.        | Severity alone is the organization’s final risk decision.            |
| Closure             | Closure should follow the configured verification rule, later scan result, ticket synchronization, or accepted exception. | Closing a ticket proves the vulnerability is gone.                   |
| Remediation         | Cloudaware coordinates, routes, and tracks work; responsible teams or configured automation make the change.              | Every vulnerability is automatically patched by Cloudaware.          |

## Questions about Cloudaware Vulnerability Management

### Does Cloudaware replace vulnerability scanners?

Not necessarily. It can ingest and normalize supported third-party and cloud-native findings, while also documenting Cloudaware-managed agent, IP, URL or web, and container or image scanning methods. Scope depends on configuration.

### Which context is added to vulnerability findings?

Findings can be related to affected assets, applications, environments, owners, organizational units, business criticality, exploitability, age, exceptions, SLAs, and tickets.

### How does Cloudaware identify scan coverage gaps?

It compares CMDB inventory with available scan status and freshness data to identify unscanned assets, stale results, and source or synchronization gaps.

### What do vulnerability dashboards show?

Dashboards can show exposure, coverage, vulnerability age, priority, ownership, SLA compliance, exceptions, ticket state, and remediation progress.

### Does Cloudaware perform remediation?

Cloudaware prioritizes, assigns, routes, and tracks remediation work. The responsible team, Patch Management workflow, ITSM process, or explicitly configured downstream automation performs the corrective action.

## Primary sources and related AI references

### Product page

Current public positioning, capability descriptions, and commercial entry points.

[Cloudaware Vulnerability Management →](https://cloudaware.com/vulnerability-management/)

### Technical documentation

Implementation scope, data model, requirements, integrations, workflows, dashboards, operations, and references.

[Vulnerability Management documentation →](https://docs.cloudaware.com/modules/vulnerability-management/)

### Platform AI guide

Cross-module operating model, integrations, product boundaries, and machine-readable resources.

[Cloudaware AI & LLM Guide →](https://cloudaware.com/ai-llm-guide/index.md)

### Automation reference

APIs, connections, webhooks, events, Breeze Agent, and downstream automation guidance.

[Automation & Extensibility →](https://docs.cloudaware.com/automation/)

### Other module references

<a href="https://cloudaware.com/ai-info/cmdb/index.md" class="solution">CMDB AI reference</a> <a href="https://cloudaware.com/ai-info/finops/index.md" class="solution">FinOps AI reference</a> <a href="https://cloudaware.com/ai-info/cspm/index.md" class="solution">CSPM AI reference</a> <a href="https://cloudaware.com/ai-info/siem/index.md" class="solution">SIEM AI reference</a> <a href="https://cloudaware.com/ai-info/it-compliance/index.md" class="solution">IT Compliance AI reference</a> <a href="https://cloudaware.com/ai-info/intrusion-detection/index.md" class="solution">Intrusion Detection AI reference</a>