Reliable computer use via native OS accessibility trees. Use when an AI agent needs to see and operate desktop applications (click buttons, fill forms, navigate menus, read UI state, toggle checkboxes, scroll, drag, type text, take screenshots, manage windows, use clipboard, manage notifications). Covers 59 command…
Use when a task needs an isolated hidden Linux desktop or workspace-owned browser: GUI app QA, web/browser/shopping automation, sandboxed app observation, or stale workspace cleanup. Routes agent-workspace-linux MCP tools on demand. Does NOT apply to host desktop/Chrome control, generic MCP setup, or pure code/file…
A guide for coordinating independent AI coding agents such as Claude Code, OpenCode, or Hermes. It explains how to register each agent, check which ones are running, choose one for a task, and record stable information about how to use it.
Desktop software automation through screenshots and coordinate grids. It can repeat recorded actions as reusable templates without needing the software to provide an API or command line.
A set of rules for controlling Windows desktop applications through screen observation and simulated mouse and keyboard actions. It also describes how to find and launch installed applications and verify the results.
Drive native Windows apps with Trope CUA via the trope-cua CLI or MCP server. Use when the user asks to operate, inspect, automate, or test a real Windows GUI app while preserving the user's foreground app and real cursor whenever possible.
AX-first reading and grounded activation workflow for Nova desktop automation on macOS and Windows. Use for reading UI, clicking controls, OCR fallback, screenshots, and coordinate input without guessing.
Top-level macOS computer-use skill with a bundled standalone runtime that bootstraps itself without any local Claude installation, private native modules, or extracted app assets.
Design, implement, organize, document, and verify Stram platform OS collectors for macOS, Windows, or Linux using official OS API references, shared event envelopes, helper health, privacy-first metadata, and repo-native adapter boundaries.
Control local macOS applications through the installed Computer Use MCP tools. Use for GUI work that is not better served by a dedicated API, connector, or CLI.
Capture screenshots, short recordings, and milestone evidence during long-running agent tasks. Use when an agent is asked to perform multi-step browser, desktop, QA, troubleshooting, deployment, or admin workflows where the user wants checkpoint artifacts, progress evidence, error snapshots, or a final timeline of…
Inspect and drive live Windows desktop UI from the terminal with the uiamcp CLI - probe the desktop, find elements by name, class, automation id or screen point, walk the automation tree, read text, selection and tables, invoke control patterns, and wait for automation events. Windows only.
Drive real desktop applications through the OSWright MCP server - click, type, read on-screen text, manage windows and fill forms - while keeping token cost low by tracking what changed on screen instead of sending a screenshot after every step. Use when the user asks to operate a desktop app, automate a GUI that has…
Top-level Windows computer-use skill with a bundled standalone runtime that bootstraps itself without any local Claude installation, private native modules, or extracted app assets.
A Windows desktop automation skill for clicking controls, entering text, using keyboard shortcuts, scrolling, and taking screenshots. It can also carry out multi-step tasks through visual guidance.
How to drive claude (Claude Code) as a non-interactive CLI tool — headless runs, MCP servers, permissions, output formats, and piping. Use when scripting Claude, spawning a sub-agent from another process, or wiring Claude into CI/automation.
Top-level Linux computer-use skill with a bundled standalone runtime that bootstraps itself without any local Claude installation, private native modules, or extracted app assets.
Use when any AI needs eyes and hands on Windows — desktop UIA, browser CDP, files, registry, OS ops via Exo Control (MCP, CLI, or Python). Harness-agnostic.
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