The Illumio MCP server is a service that provides an interface for interacting with the Illumio Policy Compute Engine (PCE), supporting the management of workloads, labels, and traffic analysis through conversational AI.

The Kong Konnect MCP Server is a model context protocol service for interacting with the Kong Konnect API, allowing AI assistants to query and analyze Kong Gateway configurations, traffic, and statistics.

The Kong Konnect MCP server is a Model Context Protocol service for interacting with Kong Konnect APIs, enabling AI assistants to query and analyze Kong gateway configuration, traffic, and statistics data.

SharkMCP is an MCP server for network packet capture and analysis based on Wireshark/tshark. It provides network traffic analysis capabilities for AI assistants and supports real-time packet capture, PCAP file parsing, and SSL/TLS decryption.

The TomTom MCP Server is a tool that simplifies geospatial development, providing seamless access to TomTom's location services, including search, route planning, traffic, and static map data, making it easy to integrate accurate location data into AI workflows and development environments.

An MCP server collection designed specifically for Kali Linux, aiming to enhance the capabilities of AI agents in reverse engineering and security testing, providing functions such as network analysis, target sniffing, traffic analysis, binary parsing, and automation.

An MCP server collection specifically designed for Kali Linux, aiming to enhance the capabilities of AI agents in reverse engineering and security testing, providing functions such as network analysis, target sniffing, traffic analysis, binary parsing, and automation.

An MCP server that integrates the Ubersuggest SEO platform, providing AI-assisted SEO analysis functions for the Cursor IDE, including domain analysis, keyword research, site audit, and traffic estimation.

This project encapsulates the Tmap REST API as a service through the MCP protocol, enabling AI tools such as the Cursor editor to directly call Tmap's navigation, location search, traffic information and other functions.

This project exposes PyShark's network packet capture and analysis functions to AI assistants through the MCP protocol. It supports real-time packet capture, file analysis, traffic statistics, etc., and needs to be used in conjunction with the Wireshark command-line tool.