Verizon DBIR reporting highlights vulnerability exploitation as a top breach path. CVE Watch, KEV, EPSS, and exposure context help teams patch what attackers actually use.
BlueHammer coverage shows why endpoint patching, CISA KEV context, CVE Watch, and IOC enrichment have to work together when local privilege escalation becomes ransomware tradecraft.

Microsoft patched 206 vulnerabilities in June 2026, including publicly disclosed zero-days. Security teams need CVE Watch, KEV context, exploit evidence, and enrichment to avoid patch fatigue.

CISA added Cisco SD-WAN, Google Chromium V8, and Arista EOS vulnerabilities to KEV in June 2026. Here is how SOC and vulnerability teams should turn that signal into action.

The PeopleSoft CVE-2026-35273 exploitation reports show how vulnerability response, ransomware intelligence, IP enrichment, and incident response must work together.

YellowKey made a quiet assumption loud again: encrypted endpoints still need vulnerability intelligence, asset context, and incident workflows. Here is how to respond when a last-resort control becomes a live risk.

Les données CVE deviennent plus puissantes lorsqu’elles alimentent API, dashboards, SIEM, alerting et workflows de remédiation avec un contexte complet.

Le catalogue CVE global n’est utile que s’il devient local : périmètres, CPE, findings, statuts, export et suivi de remédiation.

Les preuves de concept et templates publics changent la priorité CVE, mais doivent être utilisés comme signaux défensifs, pas comme raccourcis risqués.

Les advisories expliquent quoi corriger, quelle version viser, quel contournement appliquer et comment communiquer le risque CVE aux équipes.

Une CVE globale ne devient actionnable que lorsqu’elle est reliée à un produit, une version et un périmètre. Comprendre le rôle des CPE dans CVE Watch.

EPSS aide à trier les CVE selon leur probabilité d’exploitation, mais il doit être combiné avec KEV, CVSS, CPE, exposition et criticité métier.

Les vulnérabilités exploitées activement ne doivent pas rester dans le backlog standard. KEV et GCVE aident à distinguer la dette technique du risque immédiat.

Un catalogue CVE incomplet fausse les métriques, les timelines et les décisions patch. Voici pourquoi le backfill NVD est une fondation de sécurité, pas une tâche technique secondaire.

Les CVE ne sont pas seulement un sujet patch management : elles structurent la priorisation SOC, le threat hunting, les contrôles compensatoires et la communication de crise.

NVD, OpenCVE, CISA KEV, GCVE, EPSS, CERT-FR, MSRC, GHSA, Exploit-DB, Nuclei et advisories fournisseurs : comprendre le rôle de chaque source dans une plateforme CVE exploitable.

Build a modern supply-chain security program: generate SBOMs, map CVEs to components, integrate EPSS and KEV, and coordinate fixes across vendors and open-source maintainers.

Understand how CVEs are born—from initial vulnerability discovery through CNA assignment, coordinated disclosure, and publication—plus how this pipeline shapes defender priorities and SEO-visible vulnerability data.

Understand how access brokers monetize footholds, how ransomware affiliates purchase them, and which defensive controls break the supply chain—from phishing to exposed services.

Cut through scoring confusion: compare CVSS severity, EPSS exploit probability, and CISA KEV active exploitation—and learn a practical model for patch and compensating-control decisions.

A practical guide to the Exploit Prediction Scoring System (EPSS)—how it works, how it complements CVSS and KEV, and how security teams can use EPSS probabilities to prioritize vulnerability management at scale.

A practical guide to the CVE ecosystem, CVSS scoring, exploitability signals, and how security teams prioritize vulnerabilities without drowning in scanner noise.

Master the Common Vulnerability Scoring System v4.0 with a practical breakdown of base, threat, environmental, and supplemental metrics—and learn how to translate CVSS into real-world risk decisions.