Identify Outdated or Unsupported Systems

Organizations often operate large numbers of systems that run outdated operating systems, unsupported applications, or end-of-life software versions. Over time, these systems accumulate due to legacy dependencies, operational constraints, or lack of visibility across the environment.

Unsupported systems no longer receive security patches or vendor updates, making them highly attractive targets for attackers. In many cases, organizations are unaware of how many outdated assets exist or where they are located.

Without centralized visibility, outdated systems remain hidden inside the environment and continue to introduce unmanaged risk.

Why It Matters

Outdated and unsupported systems significantly increase organizational exposure because they cannot be reliably secured against newly discovered vulnerabilities.

These systems often:

• Lack vendor security updates and patches
• Contain known exploitable vulnerabilities
• Fall outside standard security and compliance policies
• Increase operational and audit risk

As attackers actively target legacy systems, organizations need the ability to quickly identify and prioritize unsupported assets before they become entry points for compromise.

Operational Impact

Without visibility into outdated or unsupported systems, organizations commonly face:

• Unknown exposure to unpatched vulnerabilities
• Difficulty identifying legacy assets across distributed environments
• Increased remediation backlog due to unmanaged technical debt
• Compliance gaps caused by unsupported software usage
• Delayed response during audits or security assessments

This creates operational blind spots that weaken overall security posture.

Understanding The Use Case

Identifying outdated or unsupported systems requires organizations to continuously monitor assets, software versions, vulnerabilities, and patch status across the environment.

This includes:

• Detecting systems running unsupported operating systems or applications
• Identifying assets missing critical patches or updates
• Prioritizing remediation based on business risk and exposure
• Tracking remediation progress and operational ownership
• Supporting audit and compliance reporting requirements

The objective is to reduce hidden legacy risk and maintain visibility into unsupported technology across the organization.

How It’s Generally Solved

Organizations often rely on separate asset inventories, vulnerability scanners, CMDBs, and endpoint management tools to identify unsupported systems. However, these systems are frequently fragmented and incomplete.

Common challenges include:

• Inconsistent asset visibility across environments
• Limited correlation between vulnerabilities and unsupported software
• Manual remediation tracking and reporting
• Difficulty prioritizing legacy systems based on actual risk exposure

As environments scale, maintaining accurate visibility into unsupported systems becomes increasingly difficult.

How Saner CVEM Solves It

1. Unified visibility across assets and vulnerabilities
Saner CVEM provides a centralized console that combines:

• Asset visibility
• Vulnerability findings
• Misconfigurations
• Missing patches

This unified view helps organizations quickly identify outdated and unsupported systems across the environment.

2. Risk-based prioritization and remediation workflows
The platform enables security teams to:

• Prioritize unsupported systems based on exposure and risk
• Launch remediation workflows including patching, mitigation scripts, and compensating controls
• Focus efforts on systems presenting the greatest operational or security impact

This improves remediation efficiency and reduces unmanaged legacy risk.

3. Operational dashboards and reporting
Saner provides:

• Dashboards for visibility into unsupported assets and remediation progress
• Reports for operational and compliance tracking
• APIs for integration with existing operational and audit workflows

These capabilities help organizations maintain ongoing visibility and governance over outdated systems.

Key Capabilities

• Unified visibility for assets, vulnerabilities, misconfigurations, and missing patches in one console
• Prioritization views and remediation workflows (patching, mitigation scripts, and controls) to reduce risk
• Dashboards, reports, and APIs to support operations and audit requirements