"Wireshark" matching MCP servers:

Enables Claude Desktop to run tshark queries and statistics against packet capture files and to queue GUI display-filter, highlighting, column, and frame-navigation actions for the packet analyzer.

Enables AI assistants to analyze, filter, and capture network traffic using Wireshark/tshark, allowing natural language interaction with packet captures.

Exposes Wireshark CLI tools to AI agents through MCP interfaces for network analysis.

Enables LLMs to perform automated network forensics, threat hunting, and traffic analysis using Wireshark/TShark.

Enables LLMs to capture, analyze, and summarize network traffic using Wireshark CLI tools, supporting live capture, pcap analysis, and LLM-oriented summaries.

Enables AI assistants to analyze network traffic using Wireshark/tshark, providing packet statistics, protocol analysis, and anomaly detection through natural language interaction.

Exposes Wireshark/tshark packet capture, analysis, threat detection, and reporting tools for AI agents and local testing.

Enables local LLM clients to capture and analyze network traffic using Wireshark's CLI tools, providing packet summaries, protocol hierarchies, conversations, endpoints, expert info, and stream reassembly without shell access.

Enables AI assistants to triage packet captures in natural language by parsing protocols, extracting TLS/JA3 fingerprints, hunting credentials and C2 beaconing, calculating DNS entropy, and reassembling TCP/UDP streams into structured JSON evidence.

A Model Context Protocol server that enables AI assistants to perform network packet analysis, capture, and security operations on a remote machine via Wireshark/tshark.

A comprehensive MCP server that provides AI assistants with professional-grade network analysis capabilities, combining Wireshark packet analysis, nmap scanning, and threat intelligence for enhanced network troubleshooting and security analysis.

Provides AI assistants with direct access to Wireshark network analysis capabilities, enabling live packet capture, PCAP file analysis, protocol statistics, and network monitoring through a secure MCP interface.

An MCP server that leverages Wireshark/Tshark for real-time and offline network traffic analysis, enabling AI assistants to capture, parse, and detect threats with automated scanning and threat intelligence.

Bridges AI assistants and network packet analysis by exposing Wireshark/TShark functionality through MCP, enabling PCAP investigation, protocol discovery, packet filtering, stream analysis, and live capture.

Wireshark MCP server for Windows that enables AI agents to capture live packets, analyze pcap files, apply display filters, reassemble TCP/UDP streams, generate statistics, and export packets or protocol objects.

Enables AI assistants to interact with tshark and related command-line tools for live packet capture, PCAP analysis, filtering, stream following, and capture file merging.

Network capture and analysis via tshark, exposing 20 tools including composite workflows for reconnaissance, device identification, and security auditing, enabling AI assistants to perform deep packet inspection.

Bridges AI assistants with network packet analysis, enabling PCAP investigation, protocol discovery, packet filtering, stream analysis, and live capture through natural language.

Enables AI assistants and security analysts to inspect PCAP/PCAPNG captures through MCP tools or REST endpoints, reassembling TCP/UDP streams, extracting payload artifacts, detecting CTF flags, credential leaks and network anomalies, and generating formal PDF or Markdown forensic reports. Every finding is bound to exact frame numbers, timestamps and endpoints with SHA-256 deduplicated evidence provenance.

Enables LLM-based assistants to diagnose network problems from PCAP/PCAPNG packet captures, offering tools for capture summaries, TCP conversation analysis, security anomaly detection, and JSON-RPC extraction without requiring Wireshark.