clockwork-mcp-remote
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TDQS
Scored across 39 tools
Most tools target a distinct Clockwork data type (queries, cache, logs, views, middleware, etc.), so an agent can generally select the right one. A few high-level analysis tools like get_performance_summary, get_timeline, explain_request_flow, and get_call_graph have overlapping purposes and could cause misselection. The two Xdebug stub tools are also nearly identical in availability, but their names make the intended difference clear.
Tool names follow a very consistent verb_noun pattern, mostly built on get_, list_, search_, analyze_, detect_, compare_, and explain_. All names are snake_case and predictable. connect_clockwork is the only outlier, but it represents a distinct setup action and does not break the overall pattern.
39 tools is excessive for an MCP server surface and exceeds the 25-tool threshold where coherence degrades. Many getters for individual request components could be grouped or parameterized (e.g., a single get_request_data tool). Each tool is individually narrow, so the set feels more like an API dump than a curated toolset.
The server covers almost every Clockwork domain: requests, queries, cache, Redis, logs, events, views, HTTP calls, queue jobs, tests, commands, auth, session, middleware, route, exceptions, and performance. The only real gaps are the two Xdebug stub tools that are explicitly unavailable, creating minor dead ends. Overall this is a near-complete read-only profiling surface.