What problem does it solve?
CVSS only measures the theoretical worst-case severity of a vulnerability, ignoring real-world exploit availability, AI-accelerated weaponization, CISA KEV status, and operational constraints like reboot requirements. This leads organizations to waste resources on low-risk high-CVSS bugs while under-prioritizing critical threats like AI-discovered kernel LPEs with public exploits that require 4-hour remediation windows.
Core Features & Use Cases
- RWEP Scoring Formula: A weighted scoring model that factors in CISA KEV listing, public PoC availability, AI-assisted discovery, confirmed active exploitation, blast radius, patch availability, and live-patch support to generate a 0-100 priority score.
- Pre-Calculated 2026 CVE Scores: Includes validated scores for high-profile vulnerabilities like Copy Fail (CVE-2026-31431, RWEP 90) and Fragnesia (CVE-2026-46300, RWEP 20) to demonstrate CVSS vs. real-world priority divergence.
- Framework Gap Analysis: Explicitly maps how major compliance frameworks (NIST 800-53, PCI DSS, ISO 27001, CIS Controls) fail to account for modern threat patterns, plus D3FEND defensive technique mappings per priority band.
- Use Case: A security operations team can use this skill to correctly prioritize CVE-2026-31431 (CVSS 7.8, RWEP 90) as a 4-hour emergency over a CVSS 9.8 bug with no public exploit, avoiding compliance theater from CVSS-banded SLAs.
Quick Start
Use the exploit-scoring skill to calculate the RWEP priority score and required 4-hour remediation timeline for CVE-2026-31431.