Browse all 15 CVE security advisories affecting hapijs. AI-powered Chinese analysis, POCs, and references for each vulnerability.
This page aggregates common weak enumerations, classifications, and mappings associated with the hapijs vendor. It collects a comprehensive set of security vulnerabilities affecting the hapijs Node.js web framework, covering historical data from the early 2010s through recent disclosures. Here, you can track the vendor’s official security advisories, understand the specific characteristics of a weakness class such as HTTP header injection or path traversal, and look up the product’s vulnerability history to assess long-term risk trends. The hapijs framework, while powerful for building RESTful APIs, has been subject to various security reviews that highlight potential misconfigurations and input validation failures. By examining the aggregated data, security professionals can identify patterns in how vulnerabilities are reported, patched, and exploited over time. This resource serves as a centralized reference point for understanding the security posture of hapijs, allowing teams to correlate internal application usage with known external threats. It does not provide real-time alerting or automated patching solutions but rather offers static analytical insights into the product’s past and present security landscape. Users can compare different vulnerability types to prioritize remediation efforts based on severity and exploitability. The data is organized to facilitate easy navigation for researchers and developers who need to audit their dependencies against known flaws without sifting through scattered blog posts or individual CVE databases.
| CVE ID | Title | CVSS | Severity | Published |
|---|---|---|---|---|
| CVE-2026-48049 | @hapi/inert: Static-file confinement bypass via sibling-prefix path — inert CWE-22 | 5.3 | Medium | 2026-07-17 |
This page lists every published CVE security advisory associated with hapijs. Each entry links to a detailed page with CVSS scoring, CWE classification, affected products and references. AI-generated Chinese analysis is provided for fast triage.