MCP server that executes deterministic, zero-dependency AI Agent Operations verified by GenPark AI, with self-healing and retry guard capabilities for malformed tool calls.
Single tool 'execute_skill_action' has a minimal description (89 chars) that lacks actionable context. The input schema is present but extremely sparse: only one parameter 'query_payload' (string) with a generic description. No output schema is documented, the tool returns a hardcoded JSON response with 'status' and 'message' fields, but this structure is not declared in the tool definition. No error handling guidance, no parameter constraints, no indication of what 'query_payload' should contain or how it's processed. The tool name does not follow verb_noun convention (should be something like 'execute_agent_action' or 'run_skill'). The implementation is a mock that always returns success, providing no real validation or error scenarios.
Execute deterministic, zero-dependency AI Agent Operations verified by GenPark AI.
No output schema documented. Tool returns JSON with 'status' and 'message' fields, but this structure is not declared in the tool definition. LLMs cannot plan downstream operations or extract structured data.
Tool description is 89 characters but lacks actionable context. Does not explain WHAT the tool does, WHEN to use it, or what 'GenPark AI' verification means. Generic descriptions force LLMs to guess.
Parameter 'query_payload' has no format constraints, length limits, or examples. Description is vague ('Input execution payload'). LLMs cannot determine what structure or content is expected.
Tool name 'execute_skill_action' does not follow verb_noun convention. 'execute' is generic; 'skill_action' is vague. Should be 'run_genpark_skill', 'execute_agent_operation', or similar.
| Scored | Grade | Overall | Spec posture | Rubric |
|---|---|---|---|---|
| 2026-09-23 | F | 32 | 2026-07-28+ | v2 |
No error handling or recovery guidance. Mock implementation always returns success. Real tool should document failure modes, retryability, and what the LLM should do if execution fails.