"Information on Penetration Testing (Pentest)" matching MCP servers:

Provides access to over 40 industry-standard penetration testing tools, including Nmap, SQLMap, and Metasploit, within an isolated Kali Linux Docker container. It enables security professionals to perform comprehensive network reconnaissance, web application testing, and vulnerability research through natural language commands.

Enables AI clients to drive professional penetration-testing workflows—subdomain enumeration, host probing, content fuzzing, vulnerability scanning, brute-force, traffic capture, and exploitation sweeps—through a single MCP interface with stdio, Streamable HTTP, and legacy SSE transports plus bearer/OIDC auth. It also records engagement artifacts and generates client-ready reports with scope handling, cutting manual pentest administration.

Unified penetration testing MCP server for Claude Desktop providing 34 security tools for reconnaissance, web scanning, code analysis, and authenticated testing.

Enables agents to store, search, and manage a personal penetration testing knowledge base via MCP, using BM25-ranked retrieval with Chinese tokenization, plus draft approval, deduplication, and sensitive-data redaction workflows.

Enables MCP-compatible agents to query structured penetration testing engagement state captured from tmux sessions, including credentials, hosts, and command provenance with exact source bytes.

An automated penetration testing framework that enables intelligent security assessments through reconnaissance, vulnerability scanning, and controlled exploitation. Features AI-driven workflow management with comprehensive reporting for authorized security testing.

Enables AI agents to orchestrate 25+ security tools for penetration testing through natural language, automating scans, vulnerability detection, and report generation.

AI-powered security scanning MCP server that exposes 25+ professional tools, enabling penetration testing and security assessments through natural language interaction with AI agents like Claude Desktop.

A Model Context Protocol server that integrates essential penetration testing tools (Nmap, Gobuster, Nikto, John the Ripper) into a unified natural language interface, allowing security professionals to execute and chain multiple tools through conversational commands.

Enables professional penetration testers to run authorized reconnaissance, web/content scanning, brute-force checks, traffic capture, extraction sweeps, and reporting workflows through MCP-compatible transports. It supports engagement record management and client report generation with bearer-token/OIDC authentication.

Enables authorized penetration testers to run reconnaissance, web fuzzing, vulnerability scanning, brute-force/password cracking, traffic capture, privilege-escalation audits, wordlist generation, and client-report workflows over stdio, HTTP, or SSE with optional bearer/OIDC authentication.

Enables authorized penetration-testing workflows through MCP by exposing tools for network scanning, web fuzzing, subdomain enumeration, vulnerability scanning, brute-force checks, packet capture, and report generation with HTTP/STDIO/SSE transports and bearer/OIDC authentication.

Enables authorized penetration testers to run reconnaissance, scanning, brute-force, exploitation, traffic capture, wordlist generation, and client-report workflows through MCP clients, with stdio/HTTP/SSE transport and OIDC bearer authentication.

Enables professional penetration testers to orchestrate reconnaissance, web/content scanning, brute-force checks, traffic capture, privilege-escalation auditing, wordlist generation, and client reporting through MCP transports with optional bearer/OIDC authentication.

Enables professional penetration testers to run reconnaissance, exploitation, brute-force, and credential-cracking tooling (nmap, gobuster, nikto, John the Ripper, hashcat, subfinder, httpx, ffuf, nuclei, hydra, sqlmap, tcpdump) through MCP clients over stdio or HTTP. It also captures engagement records and generates client reports with scope-of-work handling and bearer/OIDC authentication.

Enables authorized penetration testers to run reconnaissance, enumeration, vulnerability scanning, brute-force checks, traffic capture, and exploitation workflows via MCP tools, with STDIO/HTTP/SSE transport support. It also manages engagement records and generates client reports.

Enables professional penetration testers to run reconnaissance, network and web scanning, content fuzzing, vulnerability templates, brute-force checks, SQLi extraction, traffic capture, and engagement report generation through MCP clients.

Enables professional penetration testers to run reconnaissance, exploitation, brute-force, traffic capture, and reporting workflows through stdio, HTTP, and SSE transports with auth and engagement record management.

Enables professional penetration testers to orchestrate reconnaissance, web scanning, brute-force testing, exploitation, traffic capture, hash cracking, wordlist building, privilege escalation audits, and client report generation via STDIO/HTTP/SSE transports with optional bearer/OIDC authentication.

Enables professional penetration testers to drive recon and exploitation tooling — including nmap, gobuster, nikto, John the Ripper, hashcat, subfinder, ffuf, nuclei, hydra, and sqlmap — over stdio, Streamable HTTP, or SSE transports with bearer/OIDC auth. Also supports wordlist generation, engagement record capture, and automated client report creation with scope-of-work handling.

Enables professional penetration testers to run reconnaissance, exploitation, password cracking, web fuzzing, vulnerability scanning, traffic capture, and client-reporting workflows through MCP transports with auth support.

Enables professional penetration testers to run reconnaissance, scanning, brute-force, exploitation, traffic capture, and reporting workflows through a unified MCP interface with STDIO, Streamable HTTP, and deprecated SSE transports plus bearer/OIDC authentication. Supports tools including nmap, gobuster, nikto, JtR, hashcat, subfinder, httpx, ffuf, nuclei, hydra, sqlmap, and wordlist generation.

Enables professional penetration testers to run reconnaissance, vulnerability scanning, brute-force checks, traffic capture, and client-report generation with stdio, HTTP, or SSE transports and optional bearer/OIDC authentication.

Enables professional penetration testers to run reconnaissance, exploitation, brute-force, traffic-capture, and reporting workflows through MCP tools over STDIO/HTTP/SSE transports with bearer/OIDC authentication and Dockerized host tooling.

Enables professional penetration testers to run reconnaissance, vulnerability scanning, brute-force checks, traffic capture, exploitation support, and report generation through a unified tool interface. Supports local and networked transports with bearer/OIDC authentication.

Enables professional penetration testers to run reconnaissance and exploitation tooling—nmap, gobuster, nikto, John the Ripper, hashcat, subfinder, httpx, ffuf, nuclei, hydra, and SQLi extraction sweeps—alongside wordlist generation, engagement-record capture, and client report creation. Supports stdio, Streamable HTTP, and legacy SSE transports with bearer-token/OIDC authentication.

MCP server providing Kali Linux security tools for authorized penetration testing, with tiered tool sets for network scanning, web testing, and more, run via Docker stdio.

Enables professional penetration testers to orchestrate reconnaissance, scanning, brute-force checks, traffic capture, privilege-escalation auditing, and reporting workflows through MCP transports. It integrates tools including nmap, GoBuster, Nikto, John the Ripper, Hashcat, ffuf, Nuclei, Hydra, and sqlmap.

Enables authorized penetration testers to orchestrate reconnaissance, scanning, brute-force, traffic capture, wordlist generation, and reporting workflows via stdio, HTTP, or SSE with optional bearer/OIDC auth and structured engagement records.

Enables professional penetration testers to execute reconnaissance, scanning, brute-force, traffic capture, and reporting workflows through integrated tools with STDIO/HTTP/SSE transports and optional bearer/OIDC authentication.