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622,051 tools. Updated 2026-09-29 17:22

"OpenRouter thinking or reasoning capabilities" matching MCP tools:

  • Configure and send prompts to OpenRouter models as a subagent, with reasoning controls, temperature, and optional multi-model Fusion synthesis.
    MIT
  • Replace a previous thought with updated reasoning, preserving the original in revision history. Corrects incomplete or wrong thinking.
    MIT
  • Toggle ask-fable reasoning-trace capture and live thinking at runtime. Persist trace_mode (full/safe) and stream_reasoning settings without editing config files or restarting.
    MIT
  • List available models, default selections, reasoning capabilities, and active backend status to choose the right configuration for your requests.
    MIT
  • Classify prompt complexity to select the optimal model tier and thinking effort, returning tier, effort, suggested model, confidence, and reasoning.
    MIT

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Matching MCP Connectors

  • OpenRouter Models MCP.

  • Deterministic company, entity and location lookups for agents - per call, x402 or API key.

  • Initiate structured reasoning sessions to analyze problems through sequential thinking steps, enabling systematic problem-solving with revision capabilities.
    MIT
  • Retrieve full details for a specific language model by ID, name, or OpenRouter ID. Use it to inspect model capabilities before routing tasks.
    MIT
  • Generate AI responses by combining DeepSeek's reasoning with Claude's generation through OpenRouter, maintaining conversation context for enhanced interactions.
    MIT
  • Break down complex problems into manageable steps, revise reasoning as understanding deepens, and explore alternative paths through structured sequential thinking.
    -
  • Perform deep reasoning and complex analysis by automatically routing to optimal AI capabilities for multi-step problem-solving and research questions.
    -
  • Generate sequential reasoning chains to structure complex thinking processes by breaking topics into logical steps for clearer analysis.
    MIT
  • Apply a 9-step reasoning framework to systematically analyze complex problems, breaking them down with structured logical thinking and methodical approaches for clear solutions.
    MIT