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114,548 tools. Last updated 2026-04-21 17:43
  • Traverse knowledge graphs from seed nodes to discover related concepts and relationships for depth-first exploration and structured insight generation.
  • Create visual diagrams of concepts and thought processes using mind maps, flowcharts, or hierarchy charts to clarify complex ideas.
    MIT
  • Discover semantically related concepts using ConceptNet's similarity algorithms to expand exploration, find related terms, and understand semantic neighborhoods.
  • Look up semantic concepts in codebases to find variants, related terms, naming conventions, function signatures, and file locations in one query.
    MIT
  • Clarify unclear thinking by applying Socratic questioning to examine assumptions and understand concepts better.
    MIT
  • Resume cognitive work by reconstructing thinking stages, open questions, and decisions for any domain. Returns previous context including emotional tone and concepts.
    MIT

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  • Find relevant Smart‑Thinking memories fast. Fetch full entries by ID to get complete context. Spee…

  • Transform any blog post or article URL into ready-to-post social media content for Twitter/X threads, LinkedIn posts, Instagram captions, Facebook posts, and email newsletters. Pay-per-event: $0.07 for all 5 platforms, $0.03 for single platform.

  • Search Tenzir documentation by keyword to find operators, functions, or concepts, and explore related content through cross-references for comprehensive understanding.
    Apache 2.0
  • Match project descriptions to knowledge graph concepts using embedding similarity to identify relevant architectural patterns and generate consultation sessions.
    AGPL 3.0
  • Visualize codebase domain concepts and directory structure to understand semantic layout before exploring specific elements.
    MIT
  • Add multiple memory nodes with automatic similarity linking. Computes embeddings and creates connections between related concepts, files, or notes for semantic intelligence.
    MIT
  • Calculate semantic relatedness scores between concepts to quantify similarity, analyze relationships, and compare ideas across languages using ConceptNet embeddings.
  • Create knowledge graphs to visualize relationships and dependencies across system components, project timelines, change histories, requirements, or domain concepts.
    MIT
  • Facilitate structured thinking by creating, questioning, and refining ideas across stages like research, analysis, and synthesis to enhance problem-solving and decision-making.
    MIT
  • Analyze cognitive data with stats for overview, domain distribution, thinking pulse, conversations, embeddings, GitHub activity, and document corpus.
    MIT
  • Clear the current thinking session to start fresh, enabling structured sequential problem-solving by resetting reasoning paths for complex analysis.
    MIT
  • Predict research concepts and confidence scores from text titles or abstracts using OpenAlex's scholarly classification system.
    MIT
  • Analyze a query to determine if deeper thinking is required, assessing complexity and context for informed decision-making within the MCP Agile Flow server.
    MIT
  • Create Obsidian canvas files to visualize concepts and connections for knowledge management. Build persistent semantic graphs from AI conversations stored in Markdown files.
    AGPL 3.0
  • Analyzes user prompts and LLM thinking to automatically inject relevant AutoHotkey v2 documentation context for coding assistance.
  • Generate novel ideas by applying creative frameworks like SCAMPER and Design Thinking, integrating domain context, clustering concepts, analyzing feasibility, and refining iteratively.
    MIT
  • Generate structured reasoning chains to break down complex topics into sequential thinking steps for clearer problem-solving and analysis.
    MIT
  • Look up exact Pine Script API terms and known concepts to get accurate documentation paths for functions like ta.rsi or strategy.entry.
    MIT
  • Search Redis documentation to understand concepts like caching, session management, rate limiting, semantic search, RAG, and real-time analytics for AI applications.
    MIT
  • Explore relationships between architecture concepts by traversing a knowledge graph to identify prerequisites, alternatives, conflicts, and synergies in multi-agent system designs.
    AGPL 3.0
  • Clear the current thinking session to start fresh with a new problem when previous reasoning becomes irrelevant.
    MIT
  • Access API documentation for managing submittals in Autodesk Construction Cloud. Learn endpoints, parameters, workflows, and key concepts to integrate with the Submittals API.
  • Fetch and format official Ilograph documentation to learn concepts, tutorials, and implementation patterns in clean markdown.
    MIT
  • Adjust runtime server settings like model selection, thinking depth, and temperature to optimize video research and analysis performance.
    MIT
  • Retrieve structured academic details for courses, assignments, exams, and concepts. Track deadlines, study resources, and progress to plan effectively and stay organized.
  • Analyze file structure to identify classes, functions, and methods with domain concepts and semantic roles without reading file contents.
    MIT
  • Get function or class details without reading source code — returns signature, parameters, callers, callees, and domain concepts to understand what a symbol does and how it fits into the codebase.
    MIT
  • Browse all concepts in an architecture knowledge graph to identify patterns for multi-agent system reviews. Filter by name or include definitions as needed.
    AGPL 3.0
  • Create or update memory nodes in a semantic graph to represent concepts, files, symbols, or notes with auto-generated embeddings for linking and retrieval.
    MIT
  • Process AntV-related queries by identifying, parsing, and structuring user requirements for visualization tasks. Extracts topics, detects intent, and prepares structured data for precise solutions.
    MIT
  • Search a curated DeFi knowledge base to understand Base chain protocols and concepts before using related tools. Get instant explanations on topics like flash loans, AMMs, MEV, and gas optimization.
    MIT
  • Assemble minimal, token-efficient context for concepts or entities by combining function bodies, structural summaries, domain concepts, and logic clusters into compact text blocks suitable for LLM prompt injection.
    MIT
  • Retrieve chronological breakthrough entries from handwritten journals to track thinking evolution, identify patterns, and discover key insights.
  • Create a Neo4j knowledge graph project with optimized schema for organizing topics, articles, authors, and concepts. Deploys to staging for building searchable knowledge bases from text.
  • Correct or update previous thoughts in a thinking session when you identify errors or need to add missing information.
  • Search Flutter and Dart documentation, classes, packages, and concepts with unified results and relevance scoring to find accurate development information.
    MIT
  • Identify related legislation by finding companion bills across House and Senate chambers, tracking identical bills, and discovering bills with related provisions for comprehensive legislative research.
    MIT