Structural similarity-based code filter. Stops malicious code pattern reaching execution tools.
A structural similarity-based code security filter for MCP (Model Context Protocol). Blocks dangerous code patterns before they reach execution tools by comparing code structure against a blacklist of known-bad patterns. 1. Parse code to Concrete Syntax Tree (CST) using tree-sitter 2. Normalize by stripping identifiers and literals → structural skeleton 3. Embed the normalized structure via…
Inferred from the transports this listing declares (stdio). A client not listed here hasn’t been ruled out — it just isn’t something Forge can confirm.
Verification confirms publisher identity (repo ownership), not code safety. The security scan covers known CVEs and suspicious install scripts.
Forge read 0 source files from the published package tarball and matched no MCP tool registrations. Extraction is pattern-based over shipped source: a server that builds its tool list at runtime, or that ships only bundled or minified code, registers nothing this can see. Treat it as “not detected”, not as “exposes none”.
A structural similarity-based code security filter for MCP (Model Context Protocol). Blocks dangerous code patterns before they reach execution tools by comparing code structure against a blacklist of known-bad patterns. 1. Parse code to Concrete Syntax Tree (CST) using tree-sitter 2. Normalize by stripping identifiers and literals → structural skeleton 3. Embed the normalized structure via Ollama 4. Compare against blacklisted patterns in ChromaDB 5. Block if similarity exceeds threshold,…
Forge's dependency resolver reads npm metadata only, so this PyPI package has no resolved tree. That is a gap in coverage, not a clean bill of health.