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Scored across 28 tools
Most tools have clear individual purposes, but there are overlapping boundaries: r2_get_xrefs duplicates the list operations of r2_manage_xrefs, r2_analyze_target and r2_analyze_file both perform analysis, and generic escape hatches like r2_run_command and termux_command cover many specialized actions. The detailed descriptions help, but an agent could still misselect among the analysis and xref tools.
Tool names are readable and mostly follow a verb_noun style, but the conventions are mixed: r2_, os_, and termux_ prefixes are inconsistent, and several names like r2_config_manager, r2_analysis_hints, sqlite_query, and r2_test are noun-style rather than action-style. There is no chaotic case mixing, but the set is not predictable enough for a high consistency score.
At 28 tools, the server exceeds the 25-tool threshold and feels heavy, especially since several specialized tools overlap or could be expressed through r2_run_command. The broad reverse-engineering and Android environment scope justifies some breadth, but this could be consolidated into a tighter, more coherent toolset.
The toolset covers the main binary-analysis lifecycle: open, analyze, disassemble, decompile, list functions/strings, inspect xrefs, patch, simulate, rename, annotate, and close, plus useful Android/Termux helpers like sqlite and logcat. Minor gaps exist, such as no explicit session listing, generic file-write, or undo/revert patch tool, but r2_run_command and termux_command provide reasonable workarounds.