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458,158 tools. Updated 2026-08-14 23:05

"How to break tasks into smaller steps" matching MCP tools:

  • Break down complex problems into structured steps to identify how to approach and analyze them effectively.
    MIT
  • Lists actionable tasks for a project: open tasks with no unfinished blockers (oldest first) and blocked tasks with their open blockers. Optionally view a plan's steps instead.
    MIT
  • Organize code changes into well-structured commits with clear messages. Break large modifications into smaller, logical commits for better history.
    MIT

Matching MCP Servers

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    Task planning and execution MCP server with durable SQLite storage and a browser UI for reviewing plans and following progress.
    1
    ISC
  • A
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    A minimal MCP server with get_weather and create_ticket tools, used for testing MCP servers across protocol, unit, eval, transport, and auth layers.
    MIT

Matching MCP Connectors

  • Zoom Tasks server for creating, updating, assigning, and synchronizing task workflows.

  • Recurring agent jobs that run on our servers and ping you only when the result changed.

  • Break down large tasks into smaller subtasks with dependencies and tags, clarifying priorities and making progress easier to track.
    MIT
  • Record numbered thinking steps for structured reasoning, enabling complex problems to be broken into sequential steps with branching and revision. Manage session history, reset when needed, and finalize to persist outcomes to Memory Bank.
    MIT
  • Break down user requests into structured tasks with subtasks, dependencies, and notes to initiate organized workflows in TaskFlow MCP.
    MIT
  • Break down a project goal into a dependency-ordered task graph by specifying tasks, their order, and roles for streamlined execution.
    MIT
  • Break down tasks into subtasks with optimistic, realistic, and pessimistic estimates to calculate a weighted expected duration, including a configurable buffer for uncertainty.
    MIT
  • Break a vague goal into a small ordered list of atomic tasks with explicit acceptance criteria and dependency edges. Tasks are estimated to take 5-90 minutes and are returned without persistence.
    AGPL 3.0
  • Break into a running target to pause execution and regain control. Use when the program is executing and you need to interrupt it for inspection.
    MIT