7 min read
CVE Explained: How Vulnerabilities Get Named and Scored
How the CVE system works: assignment, numbering, CVSS scoring, NVD enrichment, and what the CVE lifecycle means for your patching program.
How the CVE system works: assignment, numbering, CVSS scoring, NVD enrichment, and what the CVE lifecycle means for your patching program.
How the CISA Known Exploited Vulnerabilities catalog works, who must comply, and how to integrate it.
What vulnerability scanner plugins are, how they work, why plugin count matters, and how to evaluate scanner coverage for your environment.
How to scan Infrastructure as Code templates for security misconfigurations before they reach production. Covers Terraform, CloudFormation, and Kubernetes manifests.
A complete patch management lifecycle: discovery, prioritization, testing, deployment, and verification. Aligns with compliance framework requirements.
How to secure containerized workloads: image scanning, runtime protection, Kubernetes hardening, and compliance considerations.
A comprehensive guide to vulnerability scanning across network, application, container, and cloud environments. Types, tools, and compliance requirements.
90 days after NIST's NVD policy change, most CVEs go unenriched. Here's what broke, what alternatives exist, and how to fix your program.
What SBOMs are, why the federal government mandates them, and how they transform vulnerability management.
How CVE enrichment pipelines work, why NVD backlogs matter, and how real-time multi-source aggregation delivers sub-3-hour intelligence.
Why CVSS alone fails for vulnerability prioritization and how to implement risk-based triage using asset context, threat intel, and EPSS.
Why CVSS alone leads to alert fatigue and how EPSS (Exploit Prediction Scoring System) helps prioritize vulnerabilities by exploitation likelihood.