OSSEVA FOR NODE.JS
Node.js — patched, protected, operated.
Drop-in CVE patches for Node.js 14 through 20 — including EOL community versions no longer receiving upstream security fixes. HTTP/2 CONTINUATION flood, prototype pollution, and V8 engine vulnerabilities covered for the versions running in your production environment.
Last reviewed
Trusted globally by enterprises
Why now
Node.js 14 and 16 are fully end-of-life
Node.js 14.x reached EOL in April 2023. Node.js 16.x reached EOL in September 2023. Many long-lived services still run them, with no upstream CVE patch path since EOL.
HTTP/2 request-flood classes keep landing on the server runtime
HTTP/2 frame handling has produced repeated denial-of-service advisories across every major server implementation, Node.js included — the CONTINUATION flood class being the best known. These are reachable by any unauthenticated client that can open a connection, which makes them a standing risk for any Node.js version no longer receiving upstream fixes.
Node.js upgrade paths involve npm ecosystem compatibility risk
Moving from Node.js 14 to 18 or 20 requires validating every npm dependency against the new V8 engine and libuv version. For large microservice portfolios, that's a months-long compatibility validation exercise — not a weekend task.
Versions covered
All versions below receive active CVE patches from OSSeva. Version numbers in monospace are exact release identifiers.
| Version | Status | Active CVEs |
|---|---|---|
| 14.x (Fermium)(Full CVE coverage) | EOL | Clean |
| 16.x (Gallium)(Full CVE coverage) | EOL | Clean |
| 18.x (Hydrogen)(Community EOL 30 Apr 2025 — OSSeva patched) | EOL | 1 open |
| 20.x (Iron)(Community EOL 30 Apr 2026 — OSSeva patched) | EOL | Clean |
| 22.x (Jod)(Maintenance LTS) | Current | Clean |
What you get
Three tiers — pick the level of engagement that matches your team's operational needs and compliance requirements.
OSSeva Patch
CVE patches for Node.js 14–20. V8 and libuv CVEs included.
- Quarterly CVE patches for Node.js 14.x–20.x
- V8 engine and libuv CVE coverage included
- Docker / apt / yum / binary delivery
- Signed artifacts (GPG)
- CVE disclosure notifications
- Architecture review
- 24/7 managed operations
OSSeva Assure
Patch plus npm dependency scanning and compliance documentation.
- Everything in Patch
- npm dependency vulnerability scanning (transitive)
- HTTP/2 and TLS configuration security review
- SOC 2 / PCI DSS attestation package
- Node.js version upgrade path planning
- Container base image hardening review
- 24/7 managed operations
OSSeva Operate
Full MSP: 24/7 runtime monitoring, 15-min SLA, named Node engineers.
- Everything in Assure
- 24/7 process and cluster health monitoring
- 15-minute P1 incident response SLA
- Named senior Node.js engineer on your account
- Event loop and memory leak alerting
- PM2 / cluster mode operational support
- Node.js major version migration execution
All tiers priced per cluster/application — not per core. Contact for pricing →
How it installs
OSSeva artifacts arrive via your existing package infrastructure. Pull the patched version the same way you pull upstream today — just from the OSSeva registry.
FROM artifacts.osseva.io/node:18.20.3-osseva-1-alpine
WORKDIR /app
COPY package*.json ./
RUN npm ci --only=production
COPY . .
EXPOSE 3000
CMD ["node", "server.js"]# Add OSSeva apt repository
curl -fsSL https://packages.osseva.io/gpg | sudo gpg --dearmor -o /usr/share/keyrings/osseva.gpg
echo "deb [signed-by=/usr/share/keyrings/osseva.gpg] https://packages.osseva.io/apt stable main" \
| sudo tee /etc/apt/sources.list.d/osseva.list
sudo apt-get update
sudo apt-get install -y osseva-nodejs-18Migrate from Community Node.js (EOL)
Node.js 14.x and 16.x are fully EOL with no upstream patches. Enterprises running large microservice portfolios on these versions face a multi-month compatibility validation exercise before they can upgrade. OSSeva provides CVE coverage for your current version on your upgrade timeline.
Pricing model
OSSeva for Node.js is priced per application runtime — not per core or per deployment instance. Book a discovery call for a quote.
Frequently asked questions
Does OSSeva patch V8 (the JavaScript engine) separately from Node.js?
V8 CVEs are covered as part of the Node.js engagement. When a V8 vulnerability is disclosed, OSSeva assesses impact on each covered Node.js version and backports the fix as part of the Node.js patched build. You do not need a separate V8 engagement.
Does OSSeva cover npm or yarn supply chain vulnerabilities?
OSSeva Assure includes transitive npm dependency vulnerability scanning for your applications. This is separate from Node.js runtime CVEs — it covers your application's npm dependency tree for known vulnerabilities. We provide a prioritized remediation report.
What is the HTTP/2 CONTINUATION flood attack?
The CONTINUATION flood attack exploits the HTTP/2 protocol's CONTINUATION frame mechanism. An attacker sends a stream of CONTINUATION frames without closing the stream, causing the server to buffer unlimited headers in memory until OOM or crash. OSSeva's patched Node.js build limits CONTINUATION frame count per stream.
We use Node.js with PM2 for clustering. Is that configuration supported?
Yes. OSSeva supports Node.js in standalone, cluster mode, and PM2-managed deployments. OSSeva Operate includes PM2 cluster operational support — configuration review, worker process monitoring, and restart policy management.
Does OSSeva support Node.js in containerized / Kubernetes environments?
Yes. OSSeva provides patched Node.js Docker images (Alpine and Debian variants) suitable for Kubernetes deployments. The images are compatible with existing Kubernetes manifests — you update the image tag, nothing else changes.
Ready to get Node.js patched and supported?
Start with a 45-minute discovery call. We confirm your version coverage, scope the engagement, and have you onboarded within your first quarter.