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691,721 tools. Updated 2026-10-23 15:23

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

  • Filter and retrieve task summaries by text, workflow, status, date range, and pagination. Access task details for tracking and management.
    MIT
  • Retrieve active tasks from Jinike's task management system, sorted by priority and due date. Filter by status or priority to focus on what matters next.
    MIT
  • Mark a task as completed in Jinike's task management system by providing its task ID. Use this to update task status when work is finished.
    MIT
  • List running processes on your system with optional name filtering. Check service status, find process IDs, or monitor resource usage.
    MIT

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  • List running processes with filtering and sorting. Retrieve PID, CPU, memory, and command line details for system monitoring.
    GPL 3.0
  • Retrieve complete job listings with full task details from the JPI scheduling system. Use for comprehensive job analysis and management.
    MIT
  • 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
  • Reads and returns the current thinking profile from the system configuration, automatically falling back to default values if the file is missing.
    AGPL 3.0
  • Retrieve a single task by UUID to view task details for pipeline management and follow-up audit, with options to include related people, properties, opportunities, and statuses.
    Apache 2.0
  • Diagnose your system environment by checking kernel version, BTF support, NVIDIA driver, CUDA libraries, and GPU processes.
    -
  • Retrieve the current thinking profile from system configuration, with automatic fallback to a default structure when no profile exists.
    AGPL 3.0
  • Samples system memory at set intervals over a chosen duration to reveal usage trends. Use it for read-only time-series analysis, not single snapshots, files, page algorithms, or processes.
    MIT
  • Mark a running task as completed after its processes have stopped and the worktree is committed, ensuring clean closure.
    MIT
    Destructive
  • Lists all running processes on a system with their IDs and names to enable process management and analysis for mobile and desktop applications.
    MIT
  • List running processes ordered by CPU or memory usage, or search by name to identify resource-heavy processes and monitor system activity.
    MIT
  • Run arbitrary PowerShell commands on a Windows PC for local development, system configuration, services, processes, and other tasks. Verify changes afterward.
    MIT
    Destructive
  • Retrieve running macOS applications with process IDs and visibility status. Optionally include background processes and agents for a complete system view.
    MIT