Open-PTC exposes 4 tools with significant quality gaps. Tool naming follows verb_noun convention (get_, execute_), but descriptions are minimal (10-50 chars, well below the 194-char baseline). Critical issue: execute_typescript_code and code_executor both execute arbitrary code with identical functionality, violates single-responsibility principle. Input schemas are present but lack parameter descriptions (required by pattern:tool-description). No output schemas documented. Error handling is absent, no recovery guidance, no categorization of retryable vs fatal errors. The two code execution tools create dangerous composition ambiguity and increase hallucination risk when LLMs choose between them.

• Merge execute_typescript_code and code_executor into a single tool with a 'language' parameter (typescript|javascript). Eliminate ambiguity and reduce LLM reasoning overhead.
• Expand all tool descriptions to 100-200 characters. Include WHAT the tool does, WHEN to use it, and what it returns. Example: 'get_tools_tree: Returns a hierarchical view of all available MCP tools organized by server. Use this to discover available capabilities before calling specific tools. Returns a tree structure with tool names and optional descriptions.'
• Add descriptions to every parameter. Example for execute_typescript_code: 'code (string, required): TypeScript code to execute in the sandbox. Must be valid TypeScript syntax. Has access to all registered MCP tools via the global tools object.'
• Document output schemas for each tool. Example: 'get_tools_tree returns {type: object, properties: {servers: {type: array, items: {name: string, tools: array}}}}'
• Add error handling and confirmation for code execution tools. Implement a dry-run mode or require explicit confirmation before executing irreversible code. Return actionable errors: 'Syntax error on line 5: unexpected token. Check your TypeScript syntax and retry.'