Security vulnerabilities and automated fixes for api keys issues
6 posts found
A critical sensitive data exposure vulnerability was discovered in `nodes/google_gemini.py` where the Google Gemini API key was returned in plaintext through a web endpoint. The fix masks the token in API responses, preventing credential theft from any client that queries the token endpoint. This protects downstream users of this Node.js library from unauthorized access to their Google Gemini services.
A critical vulnerability in `utils/common.js` allowed API keys to be transmitted over unencrypted HTTP connections to remote servers, exposing them to network interception. The `buildModelApiRequest` function at line 490 constructed API requests without validating the transport protocol, enabling man-in-the-middle attacks. The fix enforces HTTPS for all remote API endpoints while preserving HTTP access for local development servers on loopback addresses.
A critical hardcoded API key for ipregistry.co was discovered embedded as a fallback value in `src/utils.js` at line 65 of a Node.js library. This key (`f8n4kqe8pv4kii`) was visible to anyone inspecting the JavaScript bundle, allowing unauthorized use of the service. The fix removes the hardcoded fallback, requiring callers to explicitly provide their own API key.
A critical security vulnerability was discovered in `js/douban.js` where the Douban API key (`0ac44ae016490db2204ce0a042db2916`) was hardcoded directly in client-side JavaScript. This exposed the API credential to any user who could view the page source or use browser developer tools. The fix removed the hardcoded key, preventing unauthorized API access and potential abuse.
A high-severity security issue was discovered in the Context7 API documentation where a hardcoded API key placeholder (`CONTEXT7_API_KEY`) could be copied directly into production code. The fix replaced the static string with a proper environment variable reference using `os.environ`, preventing developers from accidentally deploying exposed credentials.
A critical security vulnerability was discovered and patched in the nullclaw-init script, where API keys were hardcoded directly into the source code at multiple locations. This type of exposure means anyone with read access to the repository or installed files can silently extract and abuse credentials without any technical hacking required. The fix eliminates this risk by removing hardcoded secrets in favor of secure credential management practices.