MCP-CyberAgent is an AI security assistant that integrates with Claude Desktop, enabling malware scanning, network discovery, threat intelligence gathering, and network health testing locally without cloud dependency.
Added on:
Created by:
Apr 09 2025
MCP-CyberAgent is an AI security assistant that integrates with Claude Desktop, enabling malware scanning, network discovery, threat intelligence gathering, and network health testing locally without cloud dependency.
Added on:
Created by:
Apr 09 2025
Jithukrishnan V
Featured
What is MCP-CyberAgent?
MCP-CyberAgent is an MCP-compliant AI tool designed for cybersecurity professionals. It connects with tools like VirusTotal, Nmap, Shodan, and PowerShell, allowing users to perform malware scans, discover open network ports, gather threat intelligence, and verify network connectivity through natural language commands. It automates hash extraction from running processes for malware detection, performs port scans, queries Shodan for internet-facing services, and checks public IP addresses and host latency. Running locally, it ensures privacy and security, making it suitable for individual security analysts, cybersecurity teams, and IT professionals seeking an integrated, AI-powered cybersecurity solution.
Who will use MCP-CyberAgent?
- Cybersecurity professionals
- IT security teams
- Network administrators
- Security researchers
- Cybersecurity students
How to use the MCP-CyberAgent?
- Step 1: Clone the MCP-CyberAgent repository from GitHub.
- Step 2: Create and activate a virtual environment (optional).
- Step 3: Install required dependencies using 'pip install -r requirements.txt'.
- Step 4: Add your API keys (VirusTotal, Shodan) in 'configs/api_keys.env'.
- Step 5: Configure Claude Desktop to recognize MCP-CyberAgent as a client.
- Step 6: Launch Claude and select MCP-CyberAgent from the MCP tab.
- Step 7: Use natural language commands like 'Scan for malware', 'Discover open ports', or 'Gather threat intelligence' to interact with the system.
MCP-CyberAgent's Core Features & Benefits
The Core Features
- Malware scanning with VirusTotal
- Network port and service discovery with Nmap
- Threat intelligence gathering using Shodan
- Public IP querying
- Network latency testing with ping
- Automated hash extraction from startup applications
The Benefits
- Local operation ensuring data privacy and security
- Integration with multiple cybersecurity tools for comprehensive analysis
- Natural language interaction for ease of use
- Automated threat detection and network diagnostics
- Open-source and free to use
MCP-CyberAgent's Main Use Cases & Applications
- Malware detection in enterprise environments
- Network security assessment and vulnerability scanning
- Threat intelligence gathering for incident response
- Monitoring network health and connectivity
- Educational purposes in cybersecurity training
FAQs of MCP-CyberAgent
Developer
You may also like:
Developer Tools
A desktop application for managing server and client interactions with comprehensive functionalities.
A Model Context Protocol server for Eagle that manages data exchange between Eagle app and data sources.
A chat-based client that integrates and uses various MCP tools directly within a chat environment for enhanced productivity.
A Docker image hosting multiple MCP servers accessible through a unified entry point with supergateway integration.
Provides access to YNAB account balances, transactions, and transaction creation through MCP protocol.
A fast, scalable MCP server for managing real-time multi-client Zerodha trading operations.
A remote SSH client facilitating secure, proxy-based access to MCP servers for remote tool utilization.
A Spring-based MCP server integrating AI capabilities for managing and processing Minecraft mod communication protocols.
A minimalistic MCP client with essential chat features, supporting multiple models and contextual interactions.
A secure MCP server enabling AI agents to interact with Authenticator App for 2FA codes and passwords.
Research And Data
A server implementation supporting Model Context Protocol, integrating CRIC's industrial AI capabilities.
Provides real-time traffic, air quality, weather, and bike-sharing data for Valencia city in a unified platform.
A React application demonstrating integration with Supabase via MCP tools and Tambo for UI component registration.
A MCP client integrating Brave Search API for web searches, utilizing MCP protocol for efficient communication.
A protocol server enabling seamless communication between Umbraco CMS and external applications.
NOL integrates LangChain and Open Router to create a multi-client MCP server using Next.js
Connects LLMs to Firebolt Data Warehouse for autonomous querying, data access, and insight generation.
A client framework for connecting AI agents to MCP servers, enabling tool discovery and integration.
Spring Link facilitates linking and managing multiple Spring Boot applications efficiently within a unified environment.
An open-source client to interact with multiple MCP servers, enabling seamless tool access for Claude.
Security
A Python-based MCP server enabling secure management and automation of OPNsense firewalls via API.
Enables interaction with SharePoint Online via REST API, supporting site, list, and user management functions.
A MCP server wrapper enabling full protocol utilization without tool limits or context overload.
A wrapper around MCP server to select which tools to expose to mcp clients, enhancing control and safety.
Securely run MCP servers without modifying configs by managing secrets safely through the launcher.
An advanced SSH client supporting MCP with security checks, session management, and confidential logging features.
Provides secure, relative filesystem access for AI agents with batch operations and detailed error reporting.
A client for connecting to MCP servers, enabling AI agents to discover and utilize tools via MCP protocol.
A server for sending notifications to self-hosted ntfy servers with secure token authentication support.
A client application for secure quantum-safe interactions with MCP environments using post-quantum cryptography.