Rollout Patches Instantly to Mitigate Active Exploitation

The time between vulnerability disclosure and active exploitation continues to shrink. Threat actors rapidly weaponize newly disclosed vulnerabilities, often targeting organizations within hours or days of public disclosure.

Security teams are expected to respond immediately, but many organizations still rely on periodic scanning cycles and manual prioritization processes. This delays identification of exposed systems and slows patch deployment during active threat scenarios.

Without rapid visibility and response capabilities, organizations remain vulnerable even after patches are available.

Why It Matters

Actively exploited vulnerabilities represent immediate organizational risk. Delays in detection or remediation can result in:

• Unauthorized access to critical systems
• Ransomware deployment
• Data theft or operational disruption
• Rapid lateral movement across the environment

Security teams need the ability to quickly identify vulnerable assets, validate exposure, and prioritize remediation before exploitation spreads.

Speed and accuracy are essential during active exploitation events.

Operational Impact

Organizations without rapid vulnerability response capabilities often face:

• Delayed identification of exposed systems
• Incomplete visibility into internet-facing and remote assets
• Slow prioritization during high-profile vulnerability events
• Reactive patching workflows driven by manual analysis
• Difficulty tracking remediation progress across the environment

This increases the likelihood that exploitable vulnerabilities remain exposed during critical attack windows.

Understanding The Use Case

Rolling out patches instantly to mitigate active exploitation requires more than simply deploying updates. Organizations must first determine:

• Which vulnerabilities are actively exploitable
• Which assets are affected
• Which systems are internet-facing or business-critical
• How risk is evolving in real time

The process depends on continuous visibility, contextual prioritization, and rapid operational response.

The objective is to reduce exposure time as quickly as possible once active exploitation is identified.

How It’s Generally Solved

Organizations often combine vulnerability scanners, threat intelligence feeds, and emergency patching procedures to respond to actively exploited vulnerabilities. However, these workflows are frequently fragmented and slow.

Common challenges include:

• Delayed scan cycles that miss newly exposed systems
• Separate tools for vulnerability detection and threat intelligence
• Limited visibility into external attack surfaces
• Manual coordination between security and operations teams

As attack timelines accelerate, these approaches struggle to keep pace.

How Saner CVEM Solves It

1. Continuous vulnerability scanning for rapid detection
Saner CVEM continuously scans the environment using a large and frequently updated check library. This enables organizations to quickly identify newly disclosed and actively exploited vulnerabilities as they emerge.

2. Flexible scanning coverage across all environments

The platform supports:

• Agent-based scanning
• Agent-less scanning
• Network-based scanning
• Authenticated host scanning

This ensures visibility across endpoints, servers, remote systems, and distributed infrastructure.

3. Exploitability-driven prioritization

Saner enriches vulnerabilities with:

• Exploitability insights
• Risk analysis
• Proof of detection

This helps teams rapidly focus on vulnerabilities most likely to be targeted in active attacks.

4. Internal and external perimeter visibility
The platform scans:

• Internet-facing assets
• Internal systems
• Assets behind firewalls
• Systems outside the traditional perimeter

This helps organizations quickly identify exposed systems during active exploitation campaigns.

5. Real-time monitoring, alerts, and operational visibility
Saner provides:

• Dashboards and APIs for real-time operational tracking
• Vulnerability trending to monitor exposure reduction
• Security alerts for high-profile and actively exploited vulnerabilities

These capabilities support faster decision-making and coordinated response efforts.

6. Governance and controlled exception handling
Where immediate patching is not possible, Saner enables:

• Time-bound exclusion policies
• Controlled risk acceptance workflows

This ensures exceptions remain documented, visible, and governed during emergency remediation scenarios.

Key Capabilities

• Continuous, automated vulnerability scanning with a large, frequently updated check library
• Multiple scan modes (agent-based, agent-less, network scanner) including authenticated host scanning
• Vulnerability insights with exploitability and risk analysis, plus proof of detection
• Perimeter scanning (internal and external) including assets behind firewalls and outside the perimeter
• Vulnerability trending, dashboards/APIs, and security alerts for high-profile issues
• Exclusion policies to exempt accepted risks for a defined period