CVE-2026-60999 Security Alert: CRITICAL Vulnerability

Urgent: CVE-2026-60999 requires immediate attention.

· 7 min read

Executive Summary

CVE-2026-60999 is a critical unauthenticated remote takeover issue in Oracle Data Integrator (ODI) 14.1.2.0.0, affecting the Rest Service component. An attacker with network access over HTTPS can compromise the service without valid credentials. Oracle rates this at CVSS 9.8 with full confidentiality, integrity, and availability impact.

For solo developers and small teams: if you run ODI directly, expose it through a reverse proxy, or bundle it into an internal platform, treat this as an emergency. Even though it is not currently in CISA KEV and not known exploited in the wild, the attack path is simple enough that public exploitation may follow quickly once details spread.

Immediate Action

  • Patch or upgrade immediately to the first Oracle-fixed release for ODI 14.1.2.0.0. If the exact fixed version is not yet confirmed in your environment, use the vendor advisory and apply the latest available CPU/patch set: Oracle Critical Patch Update / Security Alert.
  • Isolate the service now: restrict HTTPS access to trusted IPs/VPN only, or temporarily remove public exposure until patched.
  • Disable or block the Rest Service endpoint if your workflow allows it, especially if ODI is only used internally or on a schedule.
  • Take a rollback snapshot before changing anything so you can revert if the patch breaks integrations. Keep a copy of configs, JDBC settings, and deployment artifacts.
  • Rotate credentials and secrets after patching if the instance was internet-reachable, because takeover may expose downstream systems.
  • Review logs for unusual HTTPS requests to ODI endpoints and preserve evidence before cleanup.

Affected Versions

  • Oracle Data Integrator 14.1.2.0.0 — vulnerable
  • Oracle Fusion Middleware / ODI Rest Service component — vulnerable when running the affected ODI release
  • TODO_FIXED_VERSION_OR_LATER — safe once confirmed by Oracle advisory

Note: Oracle’s advisory should be treated as the source of truth for the exact fixed build. If your deployment is pinned to 14.1.2.0.0, assume it is exposed until you verify a patched release is installed.

Resolution Guide

Oracle / ODI

# TODO: Replace with the exact Oracle patch or installer path from the advisory
# Stop ODI before patching
systemctl stop odi || true

# Back up config and deployment state
tar -czf odi-backup-$(date +%F).tar.gz /opt/oracle/odi /etc/odi 2>/dev/null || true

# Apply vendor patch or upgrade package
# Example placeholder:
# ./runInstaller -applyRU /path/to/TODO_ORACLE_PATCH_DIR

# Restart after patch
systemctl start odi || true

Network hardening while you patch

# Allow only trusted admin networks to reach HTTPS
ufw deny 443/tcp
ufw allow from 10.0.0.0/8 to any port 443 proto tcp
ufw allow from 192.168.0.0/16 to any port 443 proto tcp

# Or with iptables
iptables -A INPUT -p tcp --dport 443 ! -s 10.0.0.0/8 -j DROP

Docker / containerized deployments

# TODO: Replace with the patched image tag from your vendor registry
docker pull oracle/odi:TODO_FIXED_TAG
docker stop odi
docker rm odi
docker run -d --name odi -p 443:443 oracle/odi:TODO_FIXED_TAG

Java / Maven / Gradle

This issue is in the Oracle product, not a normal library dependency, so dependency managers will not fix it by themselves. Still, you should verify your app is not embedding an affected ODI distribution.

# Search for ODI artifacts in your build
grep -R "oracle.*odi\|Data Integrator\|14.1.2.0.0" -n .

Python / Node ecosystems

These package managers do not apply directly to ODI, but use them to audit wrappers, automation scripts, or deployment tooling that may reference the vulnerable service.

# Python
pip freeze | grep -i -E 'odi|oracle'
pipx list

# JavaScript
npm ls | grep -i -E 'odi|oracle'
yarn why oracle
pnpm why oracle

Config hardening examples

# Example reverse-proxy rule: block the Rest Service path until patched
location /odi/rest/ {
    deny all;
    return 403;
}

# Example feature flag / service toggle
ODI_REST_SERVICE_ENABLED=false

Minimal patch pattern if you maintain a wrapper service

// Before: expose ODI REST directly
app.use('/odi', proxyToOdi());

// After: require auth and restrict by network
app.use('/odi', requireAdminAuth, allowTrustedNet, proxyToOdi());

Detection & Verification

Check whether you are vulnerable:

# Version check
grep -R "14.1.2.0.0" /opt/oracle /u01 /etc 2>/dev/null

# Locate ODI installation and release files
find / -iname "*odi*" -o -iname "*dataintegrator*" 2>/dev/null | head

# Inspect logs for exposed REST traffic
grep -R "REST\|/rest/\|401\|403\|500" /var/log /opt/oracle 2>/dev/null | tail -n 200

Verify the fix:

# Confirm patched version or build number from Oracle docs
cat /opt/oracle/odi/version.txt 2>/dev/null || true

# Confirm the service is no longer publicly reachable
curl -k -I https://YOUR_ODI_HOST/ | head
curl -k -I https://YOUR_ODI_HOST/odi/rest/ | head

# Confirm only trusted IPs can connect
nmap -Pn -p 443 YOUR_ODI_HOST

Dependency and asset audit:

# Search infrastructure-as-code and deployment manifests
grep -R "odi\|oracle.*middleware\|rest service" -n terraform/ k8s/ docker/ ansible/ .

Risk and Impact

If exploited, an attacker can take over Oracle Data Integrator completely, which may expose source data, transformation logic, credentials, and downstream database connections. Because ODI often sits near core data pipelines, compromise can spread beyond the application itself into databases, file shares, and analytics systems.

For small teams, the blast radius is often larger than expected: one exposed admin service can become the entry point to production data, CI/CD secrets, and customer records. Even without known active exploitation today, the combination of no authentication and full remote impact makes this a must-fix-now issue.

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