MCP server for Arm64 Linux performance: parse perf output, suggest NEON intrinsics, audit deps.
An MCP server that helps AI assistants optimize Linux workloads on Arm64. It parses output, recommends NEON SIMD intrinsics for hot loops, and audits Python dependency manifests for arm64 wheel availability — all offline, all structured, all callable from Claude Code, GitHub Copilot, and Codex. — parse into a ranked list of hot symbols — semantic + keyword search over 110 curated NEON intrinsics…
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”.
An MCP server that helps AI assistants optimize Linux workloads on Arm64. It parses output, recommends NEON SIMD intrinsics for hot loops, and audits Python dependency manifests for arm64 wheel availability — all offline, all structured, all callable from Claude Code, GitHub Copilot, and Codex. ** — parse into a ranked list of hot symbols — semantic + keyword search over 110 curated NEON intrinsics — flag packages in , , or that lack arm64 wheels or require special handling An MCP-compatible AI…
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.