"Arch Linux" matching MCP servers:

Helps AI assistants optimize Linux workloads on Arm64 by parsing perf report output, recommending NEON SIMD intrinsics for hot loops, and auditing Python dependency manifests for arm64 wheel availability — all offline and structured.

Enables AI agents to query Linux kernel source code, git history, LKML discussions, Patchwork patches, and documentation with evidence-ranked results, citations, and explicit assumptions or contradictions.

Analyzes codebases for cross-platform compatibility issues, detecting platform-specific APIs, file path problems, line ending inconsistencies, and shell command incompatibilities across Windows, macOS, and Linux.

Enables MCP clients to read only explicitly allowlisted Linux project files and selected Codex conversation turns. It supports listing projects and files, reading UTF-8 files, bounded text search, and paged reading of authorized conversations.

Provides AI-powered architecture analysis and visualization of codebases, exposing 17 MCP tools for querying components, dependencies, and generating interactive diagrams.

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Enables Windows-native malware analysis and reverse engineering inside Flare-VM by exposing 50 tools for static and dynamic analysis, memory injection scanning, debugging, network simulation, and automated triage playbooks without requiring a Kali Linux host, WinRM, or SMB shares.

Floor plans as code. Compile, describe, lint, validate, score, repair, fix, finish, suggest and complete ArchLang (.arch) plans: a deterministic open-source DSL and compiler that renders floor plans to SVG, DXF or PDF with geometric validation. Runs locally over stdio; no API key or network needed.

MCP server that provides tools for architecture analysis, risk diagnosis, quality metrics, and regression guarding to support AI-driven code review and incremental refactoring workflows.

Enables AI coding assistants to run Positive Technologies' static application security analyzer through MCP, exposing code analysis and vulnerability findings directly inside agent workflows. A bundled CLI also installs, configures, and updates the analyzer across supported agents on Windows, macOS, and Linux.

Enables security researchers and developers to run Kali Linux tools such as Nmap, nm, objdump, strings, and tshark through an MCP client, supporting network scanning, binary and symbol analysis, string extraction, traffic capture, and isolated Docker-based command execution.

Enables running Kali Linux security tools through an MCP client, including Nmap network scanning, nm symbol analysis, objdump binary disassembly, strings extraction, and tshark traffic capture. It also provides a Docker-based sandbox for isolated command execution with configurable resource limits and file copying.

Enables running Kali Linux security tooling through MCP, including Nmap network scanning, nm symbol analysis, objdump disassembly, strings extraction, and tshark traffic capture and pcap analysis. Also supports executing commands in an isolated Docker sandbox with configurable resource limits and bidirectional file copying.

An MCP server that enables AI-powered Linux kernel development, exposing tools for symbol search, static analysis, build automation, QEMU/GDB debugging, and more via IBM Bob.

Enables using Kali Linux tools such as Nmap, nm, objdump, strings, and tshark for network scanning, binary and symbol analysis, string extraction, and network traffic analysis, plus sandboxed Docker command execution.

Governed development control plane for VedaOps projects, letting authorized agents inspect, search, patch, test, lint, and coordinate registered software without exposing a general shell.

Enables MCP clients to run Kali Linux security tools for network scanning, binary and symbol analysis, string extraction, live traffic capture, and Docker-sandboxed command execution.

Automates project scaffolding for Domain-Driven Design and Clean Architecture, providing professional naming, structure verification, and bilingual documentation generation.

Enables security testing and reverse engineering through MCP clients by providing Kali Linux tools for network scanning, binary and symbol analysis, string extraction, packet capture/analysis, and sandboxed Docker command execution.

Enables users to run Kali Linux security tools such as Nmap, nm, objdump, strings, and tshark through MCP clients for network scanning, binary analysis, and traffic capture, with Docker sandbox support for isolated command execution.