QuickDesk vs Screenbox

QuickDesk is an open-source remote desktop application with an MCP server for AI agents to see and control remote computers. Its MCP tools include screenshots, mouse and keyboard control, clipboard actions, OCR and UI element detection. The server supports stdio and HTTP/SSE connections; HTTP/SSE can serve multiple AI clients. The README names Cursor, Claude Desktop and VS Code as compatible clients. For remote control, QuickDesk includes keyboard and mouse mapping, cursor synchronization, two-way clipboard sync, adaptive frame rate and bitrate, and performance statistics. Devices connect with a 9-digit Device ID and temporary access code; refresh settings range from every 30 minutes to 24 hours or never. Users can host their own signaling and TURN servers. Its self-hosted admin panel lists TOTP two-factor authentication, audit logs and CIDR-based IP whitelisting. QuickDesk's own code is MIT-licensed and free for commercial use; its bundled remoting component uses BSD 3-Clause. The README lists Windows x64 and macOS ARM64 downloads. Linux and iOS/Android clients are described as roadmap items.

Screenbox gives AI agents isolated virtual desktops with real browsers and desktop applications. Each desktop includes Chromium with DevTools and extensions, plus tools such as file managers, terminals, and office applications. Agents can use 21 MCP tools across more than 100 actions, including screenshots, OCR, clicks, typing, shell access, file operations, and clipboard control. It connects to MCP clients including Claude Desktop, Claude Code, and Cursor through stdio, streamable HTTP, or SSE. A web dashboard supports live viewing, agent management, snapshots, session logs, and a knowledge browser. Users can save and restore desktop states, including files and browser sessions, and clone desktops from templates. Activity can be viewed through RDP or noVNC, with mouse and keyboard control available. Desktops run in Docker containers with memory limits, network isolation, and no bind mounts; the maker cautions that they are not hardened sandboxes. The software is self-hosted and open source under AGPL-3.0. The maker says deployment data stays on the user's infrastructure and the software sends no telemetry to Screenbox or third parties. It requires about 2 GB of RAM per desktop and no GPU; idle desktops pause automatically.