JS Reverse MCP
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TDQS
Scored across 35 tools
Many tools have overlapping purposes: search_in_scripts and search_in_sources both search code, manage_reverse_task/start_reverse_task/orchestrate_reverse_task all handle task lifecycle, and recommend_next_step/explain_reverse_stage both provide guidance. This overlap makes it difficult for an agent to reliably select the correct tool.
The vast majority of tools follow a verb_noun convention (e.g., collect_code, analyze_source_maps, navigate_page), but there are minor deviations like network_request (noun only) and search_in_scripts/search_in_sources which use a different structure. Overall, the pattern is consistent enough.
With 35 tools, the server is heavily over-scoped. Many tools are narrowly specialized and could be consolidated (e.g., multiple export tools, multiple task-management entry points), and the count exceeds the recommended range, adding unnecessary selection overhead.
The set covers a broad reverse-engineering workflow including probing, code collection/search, network tracing, task management, and exporting. However, it references get_script_source which is not one of the tools, causing a dead end for viewing full script context. Other gaps include lack of direct script execution or editing capabilities.