
EPSS Percentiles: Prioritise Patching by Real-World Exploit Risk
EPSS percentiles reveal that most vulnerabilities never see wild exploitation, allowing teams to ignore low-risk CVEs and focus finite resources on genuine threats.
Vulnerabilities coverage from DarkWeb Dispatch holds 36 articles, 25 of them reference guides. The newest was published on October 16, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include National Vulnerability Database and CVE Program.

EPSS percentiles reveal that most vulnerabilities never see wild exploitation, allowing teams to ignore low-risk CVEs and focus finite resources on genuine threats.

NetScaler breaches often bypass perimeter defences by exploiting how the application delivery controller processes untrusted input before authentication occurs.

Weak signing algorithms and missing expiry times often hide in plain sight, allowing attackers to forge tokens without triggering standard security alerts.

Segmentation stops lateral movement faster than patching because attackers exploit the gap between update and restart.

Browser extensions often possess deeper system privileges than the websites they visit, turning a simple productivity tool into a vector for persistent data theft.

Runtime Application Self-Protection sits inside your code to see attacks in real time, stopping threats that external tools miss by understanding context.

Rejected CVEs often indicate misclassification rather than safety, requiring manual validation before you skip a vendor patch.

Broken object level authorisation fails because the application trusts the client to define access rights, allowing lateral data theft without further authentication.

Wormable flaws bypass human interaction to spread automatically, turning a single unpatched device into a rapid network-wide crisis within minutes rather than days.

Regular expression denial of service exploits catastrophic backtracking in pattern matching engines to freeze application threads indefinitely.

Fuzz testing finds crashes by breaking inputs, not by understanding business logic or validating security policies against known attack vectors.

Technical controls often provide stronger protection than code fixes by blocking the attack path regardless of whether the underlying bug remains unpatched.

Automating updates without verifying digital signatures exposes your server to supply-chain attacks that mimic legitimate software releases.

A security researcher demonstrates unauthenticated remote code execution on Google developer sites via a leaked signing key in session cookies.

A critical vulnerability in IBM i allows remote attackers to execute code via the HTTP Server Administration web application, affecting versions 7.3 through 7.6.

Huntress researchers report that threat actors are chaining two vulnerabilities in AhsayCBS to deploy webshells and disguised cryptocurrency miners on unpatched systems.

Attackers force you to use their chosen identifier before login, bypassing the randomisation that usually protects your active connection to a web application.

CISA added five exploited vulnerabilities to its catalog. Each entry lists a due date of 11 October 2026 for remediation.

Threat actors are exploiting two unpatched vulnerabilities in Ahsay Cloud Backup Server to gain SYSTEM-level access and deploy malicious payloads on exposed infrastructure.

A critical vulnerability in Privasys Go allows attackers to relay attestation certificates, enabling them to impersonate secure enclages on remote servers.

Authenticated users can exploit CVE-2026-103412 in Apache Camel Karavan to execute remote code via path traversal, requiring an immediate upgrade to version 4.22.1.

Open-source task manager Vikunja patched a high-severity flaw where database leaks allowed attackers to hijack accounts using exposed password-reset tokens.

A protection mechanism failure in IBM identity products allows authenticated attackers to run arbitrary code, posing a severe risk to enterprise access controls.

Small firms face disproportionate risk from zero-days because they lack the specialised teams that large enterprises use to manage unpatched software flaws.