Running on Borrowed Time: The Risk of End-of-Life and End-of-Support Technology
End-of-life and end-of-support technologies create permanent security risks, as they no longer receive patches and are actively targeted by attackers. Saner CVEM helps by continuously identifying unsupported assets, providing context, and enabling teams to prioritize and plan remediation effectively.
The Problem
End-of-life (EoL) and end-of-support (EoS) software and hardware are among the most persistent and underappreciated risks in enterprise security. When a vendor stops releasing patches for a product, every vulnerability discovered after that date becomes permanent. There is no fix coming. Attackers know this — and they actively target organizations still running obsolete technology because the math is simple: known vulnerabilities, no patches, guaranteed exposure.
The problem is pervasive. Windows Server 2012, older versions of Java and OpenSSL, legacy network firmware — these linger in enterprise environments for years after reaching EoL status, often because replacing them requires effort, budget, and change management processes that are slow to move. In the meantime, they sit quietly in the environment, accumulating risk.
The Use Case
Identifying EoL and EoS technology means having continuous, automated visibility into every asset in your environment that has reached or is approaching its support end date — across operating systems, applications, middleware, databases, and hardware — so that risk can be prioritized and remediation planned before it becomes a crisis.
How It’s Generally Solved
Organizations typically maintain manual spreadsheets of software versions and cross-reference them against vendor end-of-support announcements. This is labor-intensive, error-prone, and struggles to keep pace with the rate of change in large environments. Some asset management tools flag EoL status, but only for software explicitly added to a watch list — meaning gaps are common.
How Saner CVEM Solves It
1. Identify all assets with lifecycle status
Saner continuously scans all managed and unmanaged assets and builds a complete inventory of software and hardware. Each asset is mapped with lifecycle data, including whether it is supported, approaching end-of-support, or already unsupported.
This provides a single view of lifecycle status across operating systems, applications, middleware, databases, and hardware, without relying on manual tracking.
2. Search and isolate unsupported technology
Teams can search and filter assets based on lifecycle status to quickly identify systems that are already unsupported or nearing end-of-support.
Results show where these assets exist, how many systems are affected, and how they are distributed across the environment. This allows teams to isolate risk areas without reviewing data manually.
3. Understand impact using asset context
Saner allows teams to group and tag assets, making it easier to understand the role and importance of systems running unsupported technology.
Teams can assess whether affected assets are:
• Customer-facing
• Hosting sensitive data
• Part of critical business operations
This context helps prioritize which systems need immediate attention and which can be scheduled for later remediation.
4. Narrow down and plan remediation
Filtered views allow teams to focus on specific unsupported technologies, versions, or asset groups, and plan remediation steps accordingly.
Teams can export this data or integrate it into existing workflows, making it easier to track upgrades, replacements, or decommissioning efforts.
