A curated collection of CVEs, research, tools, and resources for WebSocket security testing and vulnerability research.
Awesome WebSockets Security is a curated GitHub repository that serves as a centralized knowledge base for WebSocket security. It compiles CVEs, research papers, tools, and real-world bug reports to help identify and mitigate vulnerabilities in WebSocket implementations. The project addresses the growing security concerns around real-time web communication protocols.
Security researchers, penetration testers, bug bounty hunters, and application developers who implement or audit WebSocket-based features and need to understand associated security risks.
It saves significant research time by aggregating scattered WebSocket security information into a single, structured resource. Unlike generic security lists, it focuses specifically on WebSocket vulnerabilities, providing actionable data like CVE details, exploit writeups, and dedicated testing tools.
Awesome information for WebSockets security research
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Features a detailed, searchable table of CVEs affecting popular libraries like ws, Socket.io, and Gorilla, with links to advisories and writeups for each entry.
Aggregates conference talks, academic papers, and blog posts from 2011 to present, including the 2021 OWASP talk on the STEWS tool with video and paper links.
Documents common WebSocket vulnerabilities like Cross-Site WebSocket Hijacking (CSWSH) and reverse proxy bypasses, referencing PortSwigger labs and original research posts.
Lists specialized security tools for discovery, fingerprinting, and fuzzing, such as STEWS and websocket-fuzzer, with direct GitHub links for easy access.
Provides a collection of writeups demonstrating practical exploits like CSWSH and RCE, sourced from HackerOne reports and medium articles for hands-on learning.
The repository is a passive collection of links and tables; it doesn't include interactive tools, automated scanning, or real-time updates, limiting active security testing.
Lacks beginner-friendly explanations or guided tutorials, making it less accessible for developers unfamiliar with security concepts or WebSocket protocols.
As a community project, coverage may be incomplete or outdated in some areas, and there's no guarantee of regular maintenance or comprehensive vulnerability tracking.
Focuses on vulnerabilities and tools but doesn't provide code examples or best practices for securely implementing WebSockets in production applications.