"Arch Linux" matching MCP servers:

Runtime governance proxy for MCP tool calls. Inspects tool results for prompt injection and capability abuse before they reach your agent, blocking attacks that exploit the MCP trust boundary.

MCP server for searching Russia's official software catalog (каталогпо.рф) containing 26,000+ domestic products. Enables finding Russian alternatives to foreign software, checking FSTEC/FSB certifications, and discovering vendors for import substitution directly from Claude or any MCP client.

Provides an MCP interface to a full Kali Linux environment running in Docker, enabling AI assistants to execute security tools like nmap, sqlmap, and metasploit. It allows users to start/stop the container, run shell commands, and transfer files for security testing and educational purposes.

Enables AI assistants to perform authorized penetration testing and security assessments by exposing 20+ Kali Linux security tools (nmap, sqlmap, gobuster, hydra, etc.) through a safe, validated interface with command allowlists, rate limiting, and input sanitization.

A Model Context Protocol (MCP) server for Kerberos abuse operations using Rubeus on Windows or Impacket on Linux/macOS.

An MCP server that provides AI assistants with access to CrackMapExec/NetExec network penetration testing capabilities via SSH to a Kali Linux host, supporting multiple protocols for enumeration, credential dumping, and command execution.

Enables read-only inspection of local Windows and Linux systems for host, resource, network, service, software, identity, startup, certificate, SSH key metadata, and environment-variable name evidence through MCP tools. It normalizes platform outputs into stable schemas while avoiding arbitrary shell execution, credential reads, secret values, or remediation.

Provides secure access to Kali Linux security tools through containerized execution, enabling network scanning, web application testing, and security assessments.

A secure MCP server for Windows Subsystem for Linux environments, facilitating safe command execution with extensive validation and protection against vulnerabilities like shell injection and dangerous commands.

Enables AI assistants to perform penetration testing by running real Kali Linux security tools and returning structured, verified findings instead of raw terminal output.

Provides access to 20+ Kali Linux penetration testing tools through isolated Docker containers, enabling network scanning, vulnerability assessment, password cracking, web security testing, and forensics through natural language commands.

Enables read-only verification of SR Linux and FRR network-device command output without device credentials, turning raw text into structured verdicts about interfaces, routes, BGP peers, and overall health. It also sanitizes that untrusted output by masking secrets and neutralizing prompt injection before a model reads it.

Enables AI clients to diagnose a local network and host security posture across Windows, Linux, and macOS — device inventories, DNS hijack checks, WiFi link health, port exposure, firewall state, and layered connectivity triage — all returned in one bounded, platform-normalized JSON envelope. Every answer comes with a concrete next tool call, and mutating actions like Wake-on-LAN require an explicit dry-run confirmation token.

Enables automated memory forensics analysis using Volatility 3, supporting Windows, Linux, and macOS memory dumps through a modular plugin interface.

Enables AI coding agents to dynamically inspect running software — API hooks, syscall summaries, memory inspection, and HTTP/TLS/DNS reconstruction from live traffic or pcaps — across Linux, macOS, and Android targets. Every finding is returned as a structured Evidence Record with observation, artifacts, confidence, and explicit limitations, so agents cite proof rather than guess.

Enables AI agents to securely invoke only allowlisted, read-only tools on a local Kali Linux host over an encrypted network with OAuth2 authentication and least-privilege enforcement.

Enables authorized AI coding agents to securely access development machines, repositories, terminals, and processes through a policy-enforced, audited control plane.

Enables AI assistants to execute penetration testing commands and security tools on Kali Linux remotely. Supports automated reconnaissance, vulnerability scanning, and CTF solving through integration with 25+ offensive security tools like nmap, gobuster, and nuclei.

Enables AI agents to inspect and manage Linux kernel-level eBPF security policies, including real-time status monitoring, policy retrieval, dynamic rule injection, and pre-execution SQL/syscall validation via natural language.

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.