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226,758 tools. Last updated 2026-06-23 04:04

"A system for enhanced thinking processes and task management" matching MCP tools:

  • Retrieve the current thinking profile from the system configuration, falling back to a default structure if the file is missing.
    AGPL 3.0
  • Manage Windows processes by listing, monitoring, killing, and analyzing resource usage to optimize system performance and troubleshoot issues.
    Apache 2.0
  • Initialize and configure the task trellis system for operation in local or remote mode. Must be called before any other task management operations can be performed.
    GPL 3.0
  • Lists all running processes on a system with their IDs and names to enable process management and analysis for mobile and desktop applications.
  • Retrieve rootcheck audit results for a specified agent to identify rootkits, trojans, hidden processes, and other system anomalies.
    MIT

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

  • An MCP server for deep research or task groups

  • Monitor the health and configuration status of the thinking augmentation system to verify API availability and operational readiness.
    MIT
  • Display a snapshot of current system processes to view CPU and memory usage for each running task.
    TypeScript
    MIT
  • List and sort running processes by CPU or memory usage, filter by name, user, status, and thresholds, and exclude system processes for efficient system monitoring and management.
    Python
    GPL 3.0
  • Check system health, retrieve API version, and get system information for infrastructure management through the Coolify platform.
    MIT
  • Retrieve all projects from the task management system, including default Chore and Repeatable projects, to view and organize hierarchical tasks.
    MIT
  • Organize and analyze complex thoughts by creating branches, linking ideas, extracting tasks, and generating insights to structure thinking processes.
    MIT
  • Change thinking processes between analytical, intuitive, creative, critical, or meta-cognitive modes to adapt reasoning approaches for different tasks.
    MIT
  • Monitor system performance by displaying the top processes consuming resources, helping identify resource-intensive applications for system optimization.
  • Generate sequential reasoning chains to structure complex thinking processes by breaking topics into logical steps for clearer analysis.
    MIT