QuickDesk

QuickDesk combines remote desktop access with an MCP server that lets compatible AI clients inspect and control a computer. It is best suited to developers and users who want AI-driven desktop workflows and are comfortable with remote-access setup. Its unrestricted free plan is a strong draw, though the published downloads and installer requirements narrow the fit for some setups.

Overview

QuickDesk joins human remote control and AI computer use in one open-source application. Its MCP server exposes tools for screenshots, mouse and keyboard input, clipboard actions, OCR, and UI element detection, so an AI client can both interpret a screen and act on it. That breadth is useful for workflows built around desktop interfaces; it is less compelling if the goal is only to use a general-purpose AI assistant or only to access a computer remotely.

Key features

Remote control and AI tools

For people operating a remote computer, QuickDesk provides keyboard and mouse mapping, cursor synchronization, two-way clipboard sync, adaptive frame rate and bitrate, and performance statistics. Those controls cover the core interaction needs while adapting streaming to performance demands. For AI workflows, the combination of screenshots, OCR, and UI element detection offers several ways to understand the screen rather than relying on visual input alone.

The MCP server works with Cursor, Claude Desktop, VS Code, and other MCP clients. It supports stdio and HTTP/SSE transports; HTTP/SSE is the practical choice when multiple AI clients need to connect. This makes QuickDesk relevant to developers integrating desktop actions into AI tooling, rather than just users looking for a standalone remote desktop client.

Access and self-hosting

Devices connect with a 9-digit Device ID and a temporary access code. The code can be configured to refresh at intervals from 30 minutes to 24 hours, or never. That gives administrators control over how often access credentials change, though choosing never removes the benefit of regular rotation.

Users can deploy their own signaling and TURN servers. The documented signaling stack uses Go, PostgreSQL, and Redis, with coturn for relay, so self-hosting offers control but requires infrastructure and operational work. The web admin panel adds TOTP two-factor authentication, operation audit logs, and CIDR-based IP whitelisting. On Windows 10 version 2004 or later, privacy mode blacks out the host display and blocks local keyboard and mouse input during remote control, a useful safeguard when a session must not be visible or interrupted locally.

Pricing

Free (open-source): free. The MIT-licensed plan has no feature restrictions or connection limits, making it suitable for individuals and teams that want the full feature set without a subscription. QuickDesk's own code is free for commercial use under MIT; the bundled quickdesk-remoting component uses the BSD 3-Clause license. There is no paid tier or free-trial decision to weigh against the free plan.

Platforms

QuickDesk's supported platforms include Windows, macOS, Android, and web browser, with API access and self-hosted deployment also supported. The README describes Linux support and iOS and Android clients as roadmap items, so those should not be treated as ready options. The README lists a Windows x64 installer and a macOS ARM64 disk image; Windows installation requires administrator rights. That makes it a less direct fit for users without admin access or those who need a currently downloadable Linux or mobile client.

Who it's for

QuickDesk suits developers connecting MCP-compatible AI clients to remote computers, as well as users who want human remote control and AI interaction in the same tool. It is especially attractive when unlimited connections and self-hosting matter more than a managed setup. Users who need Linux or mobile clients now, or cannot install software with administrator privileges on Windows, should look elsewhere.

Pros and cons

• Pro: The free plan has no feature restrictions or connection limits, so users can access the complete offering without per-seat or usage caps.
• Pro: MCP tools combine screen interpretation and control, while multiple clients can connect over HTTP/SSE.
• Pro: Self-hosting and admin security controls give technically capable operators options for managing their own infrastructure and access.
• Con: The documented server stack includes Go, PostgreSQL, Redis, and coturn, making self-hosting a meaningful infrastructure commitment.
• Con: Linux and iOS/Android clients are roadmap items, while the README's downloadable builds are Windows x64 and macOS ARM64.
• Con: Windows installation requires administrator rights, which may block use on managed computers.

Alternatives

For a broader set of options focused on computer-use software, browse AI Computer Use Agents.

• Claude Code is an alternative for users who want an AI coding product; its free plan does not include Claude Code.
• Gemini is a better fit for users seeking an AI assistant with image generation and editing, Deep Research, Gemini Live, Canvas, and Gems on its free plan.
• Screenbox is another free, self-hosted option, with Linux support among its listed platforms.
• Clawd Cursor is a free, MIT-licensed open-source alternative for Linux, macOS, self-hosted, and Windows environments.
• Lapu AI is an alternative for users seeking a freemium agent for macOS or Windows.
• ChatGPT for Excel is a web-based alternative for users focused on working with Excel.
• DesktopCtl is a free macOS option that works with any desktop app and requires no integrations.
• Verdesk is a freemium Windows alternative with a free plan for personal use.

Verdict

QuickDesk is a strong choice for developers and technically capable users who want unrestricted remote desktop access alongside MCP tools for AI clients, especially when self-hosting is desirable. Its breadth and zero connection limits are the main reasons to choose it. Look elsewhere if you need a ready Linux or mobile client, or cannot meet the Windows administrator-rights requirement.