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204,009 tools. Last updated 2026-06-14 22:14

"Improving Cursor Functionality with Structured Plans and Multi-Step Tasks" matching MCP tools:

  • Start a telemetry audit session to track agent compliance and tool success metrics for multi-step coding tasks, returning a unique session ID.
    MIT
  • Break down complex problems into atomic reasoning steps with decomposition-contraction at depth 5. Use for implementation plans, architecture decisions, and multi-step verification.
    MIT
  • Plan multi-step VM operations by validating actions and checking target existence in vSphere, generating a structured plan with rollback information for each step.
    MIT
  • Apply step-by-step reasoning with web grounding to complex questions. Ideal for math, logic, comparisons, and multi-step arguments. Returns reasoned answers with numbered citations. Supports recency, domain, and search context filters.
    MIT
  • Find step-by-step MCP tutorials for installing, configuring, comparing, and building servers to solve setup issues with clients like Claude, Cursor, and Cline.
    MIT
  • Record structured reasoning steps to plan, analyze, and process complex multi-step tasks before acting. Use when you need to navigate detailed policies or challenge conclusions.
    MIT

Matching MCP Servers

  • A
    license
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    maintenance
    MCP server providing managed persistent memory for AI agents. Read and write structured state across sessions, tools, and restarts at 1000+ requests per second, with no infrastructure to self-host or operate.
    Last updated
    2
    Apache 2.0

Matching MCP Connectors

  • A fully autonomous, Agent-to-Agent (A2A) patent data marketplace powered by the Model Context Protocol (MCP) and A2A standards. This server provides highly structured, AI-optimized JSON patent datasets curated for autonomous R&D agents, LLMs, and Quants. Currently exclusively hosting AI-ready patents from IPC/CPC Sections G (Physics & Computing) and H (Electricity).

  • Autonomous A2A marketplace providing AI-ready, structured USPTO patent JSON datasets. Features IPC/CPC Sections G (Physics/Computing, e.g., G01 Sensors, G06 AI/ML) and H (Electricity, e.g., H01 Semiconductors, H04 5G). Enables instant M2M data delivery via automated on-chain payment verification. Networks: Base (USDC), Polygon (USDC), Oasis (ROSE).

  • Generate a step-by-step consultation plan for multi-agent systems by assessing project complexity and providing structured recommendations with architecture diagrams.
    AGPL 3.0
  • Retrieve added, modified, and removed Planner tasks since the last poll, using a saved cursor for incremental synchronization. Returns change envelopes and cursor status.
    MIT
  • Executes a pre-configured AI agent workflow for tasks like due diligence, portfolio review, or market scanning. Provide the agent slug and inputs; receive step-by-step execution status and final output.
    MIT
  • Translate natural language design tasks into multi-step plans that classify intent, build execution steps, and run them automatically.
    MIT
  • Retrieve API endpoints with dependencies and schemas to plan multi-step workflows for accomplishing tasks, enabling structured API call execution.
    MIT
  • Automatically decompose complex tasks into multi-step pipelines across multiple LLMs, routing each step to the optimal model. Supports templates for common patterns or auto-decomposition.
    MIT
  • Record professional demo videos of browser automation sequences with cursor highlighting, step annotations, and customizable visual effects.
    MIT
  • Retrieve workflow guides for Arcadia addresses, automation setup, strategy templates, and pool evaluation. Use before multi-step LP management tasks.
    AGPL 3.0
  • Split complex tasks into manageable subtasks with defined dependencies, priorities, and structured updates. Ideal for streamlining workflows and adapting plans dynamically.
    MIT
  • Create a TODO list with optional tasks and markdown support to organize multi-step work, track bug fixes, or plan feature development. Use for explicit requests and structured task management.
  • Execute complex multi-page crawling tasks by providing a natural-language goal. The agent autonomously plans, navigates, and extracts structured data.
    MIT
  • Delegate complex multi-step tasks to autonomous agents for independent execution with dedicated context, maintaining conversation continuity across sessions.
    MIT