About
A Model Context Protocol server that lets AI agents run the Nikto web‑server scanner, providing JSON or CLI output for comprehensive vulnerability assessments.
Capabilities
Overview
The Nikto MCP Server bridges the gap between AI assistants and the widely used Nikto web‑server scanner, enabling automated, secure, and context‑aware vulnerability assessments directly from conversational agents. By exposing Nikto as an MCP server, developers can invoke comprehensive security scans without leaving their AI workflow, turning a traditionally manual command‑line tool into an interactive service that fits naturally into code review or security audit sessions.
Nikto is a mature, open‑source scanner that probes web servers for misconfigurations, outdated software, and known vulnerabilities. The MCP wrapper runs Nikto in a sandboxed environment with strict timeouts and minimal privileges, ensuring that the scanning process cannot compromise the host system. The server outputs results in both machine‑readable JSON and a rich CLI format, allowing AI assistants to parse findings for further analysis or present them in human‑friendly summaries. This dual format caters to both automated pipelines and developer-facing reports.
Key capabilities include:
- Full TypeScript implementation for reliable, type‑safe interactions and ease of maintenance.
- REST API endpoint that can be leveraged for remote scan orchestration, enabling CI/CD pipelines to trigger scans on demand.
- Docker support with volume mounting and JSON handling, simplifying deployment in containerized environments or serverless functions.
- Security‑first design with sandboxed execution, sensible default timeouts, and minimal privileges to mitigate the risk of running untrusted code.
Typical use cases span from integrating Nikto scans into an AI‑driven security assistant that recommends fixes during code reviews, to embedding the scanner in a DevSecOps workflow where an AI agent triggers scans after every pull request and surfaces actionable insights. In a penetration‑testing context, an AI collaborator can ask for “a quick Nikto scan of this host” and receive a structured report, complete with severity tags and remediation suggestions, all without leaving the chat interface.
By exposing Nikto through MCP, developers gain a powerful tool that blends deep security analysis with the conversational flexibility of modern AI assistants. The result is a seamless, automated workflow that elevates security posture while keeping the developer’s focus on building and improving software.
Related Servers
n8n
Self‑hosted, code‑first workflow automation platform
FastMCP
TypeScript framework for rapid MCP server development
Activepieces
Open-source AI automation platform for building and deploying extensible workflows
MaxKB
Enterprise‑grade AI agent platform with RAG and workflow orchestration.
Filestash
Web‑based file manager for any storage backend
MCP for Beginners
Learn Model Context Protocol with hands‑on examples
Weekly Views
Server Health
Information
Explore More Servers
Veeva MCP Server By CData
Read‑only MCP server exposing Veeva data via natural language queries
Metoro MCP Server
AI-powered Kubernetes insights via Metoro
MCP Servers Hub
Central hub cataloging MCP servers for seamless LLM integration.
MCPfinder
App Store for AI tools, instant capability discovery
MCP Backup Server
Instant, context‑aware backups for AI code editing
Flutter Tools MCP Server
Analyze and fix Dart/Flutter code effortlessly