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Wireshark MCP

by bx33661

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    TDQS

    C2.8/5.0

    Scored across 54 tools

    Disambiguation3/5

    The tools are grouped into recognizable categories (security detections, packet retrieval, statistics, capture/file operations), but several analytics tools overlap substantially: aggregate, index, extract_fields, analyze_protocol, quick_analysis, and the stats_* tools can all answer similar traffic-summary questions. Packet-access tools are mostly distinct, but the deprecated read_packets and the multi-action case tool add avoidable ambiguity. Descriptions help, but an agent still faces non-trivial tool-selection risk.

    Naming Consistency3/5

    Most tools use a wireshark_ prefix, but action encoding is mixed: many follow verb_noun (detect_*, extract_*, get_*), while others are bare verbs/nouns (capture, index, aggregate, case), noun_verb (filter_save, text2pcap_import), or subsystem-prefixed (editcap_*, stats_*). The pattern is readable but not predictable enough for a 5 or 4.

    Tool Count2/5

    At 54 tools, the surface is heavy for an MCP server and several capabilities could be consolidated (e.g. packet listing/detail/bytes/search plus deprecated read_packets; multiple stats and aggregate tools). The Wireshark domain is broad enough that this is not a trivial or nonsensical set, but the count is well beyond a well-scoped tool surface.

    Completeness5/5

    The set covers a full Wireshark workflow: live capture, file open/metadata/merge/import, packet listing/details/bytes/search, streams, protocol stats, security detections, credential/object extraction, TLS/WPA decryption, field extraction, case management, and export/edit operations. There are no obvious lifecycle gaps for traffic analysis, and workarounds exist for advanced edge cases.

    Maintenance

    ActivityActive
    ResponsivenessUnresponsive