Stop Drowning in Vulnerabilities. Start Addressing Real Risk.
Security teams identify thousands of vulnerabilities across connected devices, but lack the resources to address them all. ORDR delivers risk-based vulnerability prioritization that reduces remediation noise by up to 97% while maintaining the same impact on attack surface reduction.
Find Vulnerabilities Across Every Connected Device
Traditional vulnerability scanners cannot effectively profile connected devices. They miss IoT, OT, and medical devices entirely. ORDR uses passive discovery to identify vulnerabilities without disrupting operations, mapping device intelligence to NVD, MITRE, ICS-CERT, FDA Recall DB, and OpenVAS for relevant, sector-specific insights.
- Passive Discovery Without Risk: identifies device make, model, firmware, and OS via deep packet inspection
- Seamless Scanner Integration: consolidates data from Tenable, Qualys, and Rapid7 with deduplication
- Unscannable Asset Coverage: detects vulnerabilities on sensitive or legacy devices using KB/HF correlation
- Industry-Specific Intelligence: correlates with NVD, MITRE, ICS-CERT, FDA Recall DB, and OpenVAS
Prioritize Remediation Based on Organizational Risk
CVSS scores measure technical severity. Security teams need to understand business impact. ORDR's Asset Risk Score considers device criticality, exploit likelihood, network exposure, data sensitivity, and operational context. Assets are scored from Level 1 (low risk) to Level 5 (mission-critical), reducing remediation volume by 97% while maintaining the same impact on attack surface reduction.
- Device Criticality: AI/ML classification identifies function and business importance
- Exploit Likelihood: EPSS scores predict exploitation probability, KEV identifies active exploits
- Network Exposure: internet accessibility, segmentation status, and lateral movement paths
- Data Sensitivity: PHI, PII, and financial data handling capabilities weighted appropriately
From Identification to Resolution Automatically
Device context flows directly into remediation workflows through ServiceNow, Jira, and ITSM platforms. For devices that cannot be patched due to vendor contracts, FDA regulations, or lack of available patches, ORDR recommends compensating controls: segmentation policies that isolate the device, communication policies that limit blast radius, and monitoring rules that detect exploitation attempts.
- Auto-create tickets in ServiceNow and Jira with full device context
- Segmentation policies isolate vulnerable assets automatically until patches are available
- Communication allow-lists scoped to required device functions for unpatchable assets
- Behavioral monitoring baselines to detect CVE exploitation in real time
Vulnerability Metrics That Actually Mean Something
Effective risk-based vulnerability management focuses on reducing real-world risk rather than simply counting vulnerabilities. ORDR tracks high-risk assets, mean time to remediation, and overall attack surface exposure over time. Reports are aligned to NIST, CIS, CMMC, and other regulatory frameworks, keeping teams audit-ready by design.
- Track risk reduction over time, not raw vulnerability counts
- Mean time to remediation (MTTR) tracking with device-class breakdown
- Continuous enforcement and reporting aligned with NIST, CIS, CMMC, and more
- Framework-mapped reports reduce audit friction and recurring findings
Who Risk-Based Vulnerability Prioritization Is For
This is the best solution for organizations that:
Healthcare systems with medical IoT devices, manufacturing facilities with OT equipment, or enterprises with extensive IoT deployments, where traditional vulnerability scanners cannot effectively profile all assets.
Security teams are drowning in thousands of High and Critical CVSS findings, making it hard to focus remediation efforts on vulnerabilities that pose real organizational risk.
Environments where active vulnerability scanning would disrupt operations, such as patient care areas, production floors, or critical infrastructure.
Enterprises using Tenable, Qualys, Rapid7, ServiceNow, Splunk, or other security platforms that need a unified view of vulnerabilities across managed and unmanaged devices.
Frequently Asked Questions
Related Resources
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Learn moreSecuring IoT-Heavy Environments When Patching Falls Short
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Learn morePrioritizing Vulnerability Management Across Connected Assets
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