Critical gaps across all dimensions. No tool schemas visible in provided source code, cannot verify input parameter types, constraints, or output structures. Tool registration functions exist (src/tools/index.ts) but actual tool definitions are not shown. Descriptions for tools and parameters are not visible. Without access to the actual tool implementation files (submit-task.ts, list-processes.ts, etc.), schema and description scores default to 0. The server uses a custom logger and orchestrator pattern but provides no evidence of parameter validation, error recovery guidance, or LLM-optimized descriptions. STDIO-only transport caps protocol readiness at 50, further limiting overall score.

• Provide complete tool implementation files (src/tools/*.ts) showing input schemas with types, constraints, and descriptions for every parameter.
• Add LLM-optimized descriptions (50-200 chars) to each tool explaining WHAT it does, WHEN to use it, and any prerequisites. Example: 'submit-task: Submit a code task to an available Claude Code instance. Use when you need to delegate work to a team member. Returns task_id for tracking.'
• Document output schemas for all tools. Specify return types, field names, and include chaining IDs (e.g., if respond-to-process returns a process_id, ensure downstream tools accept process_id).
• Implement error handling with recovery guidance. For each tool, define retryable errors (e.g., 'Process busy, retry in 5s') vs user-fixable errors (e.g., 'Invalid role: must be one of: architect, developer, reviewer').
• Migrate from STDIO to HTTP+SSE or Streamable HTTP transport to enable remote accessibility and hosted client support.

Inferred effective spec: <=2025-11-25.

• Relies on Logging (deprecated) - log to stderr or use OpenTelemetry