iphone-mirror-mcp

Let any LLM drive a real iPhone.

An MCP server that controls a physical iPhone through the built-in macOS iPhone Mirroring app, and automates Xcode development testing — build, test, install, and launch on simulators and devices, then operate the app on the mirrored screen with taps, swipes, typing, and OCR.

No jailbreak. Nothing installed on the phone. No XCUITest target.

run_on_iphone (build → install → launch on the paired iPhone)
   → screenshot / read_screen / tap / paste_text     drive the app on-device
   → wait_for_text / tap with expect / sim_log       assert what the user sees

63 tools. Works with Claude, GPT, Gemini, local models — anything that speaks MCP over stdio.

Quick start

git clone https://github.com/nickatnight96/iphone-mirror-mcp.git
cd iphone-mirror-mcp
./install.sh

The installer checks your machine, builds a release binary, verifies permissions end to end, and prints the exact config for your client.

Then, for Claude Code:

claude mcp add --scope user iphone-mirror -- ~/.local/bin/iphone-mirror-mcp

Or for any other MCP client:

{
  "mcpServers": {
    "iphone-mirror": {
      "command": "/Users/YOU/.local/bin/iphone-mirror-mcp"
    }
  }
}

Ask your model:

Take a screenshot of my iPhone and tell me what app is open.

Or grab the .mcpb bundle from the latest release if your client installs MCP bundles and you would rather skip the toolchain (see the caveats — it is ad-hoc signed but not notarized).

→ Full getting-started guide · per-client config

Related MCP server: SilbercueSwift

Requirements

• macOS 15+ with iPhone Mirroring, paired to an iOS 18+ iPhone (nearby, locked, same Apple Account)

• Xcode — for the xcode_*, device_*, and sim_* tools

• Accessibility and Screen Recording permission, granted to the app that launches the server (your terminal, or the desktop app hosting your client) — details

Check everything at once:

iphone-mirror-mcp doctor

It tests all four permissions, captures a real frame, and confirms macOS is actually delivering synthetic input — rather than just reading permission flags. Run it before you suspect anything else.

What it can do

→ Complete tool reference — all 63, with parameters, generated from the server's own catalog so it cannot drift.

Coordinate contract

Every x/y is a pixel position in the most recent screenshot, origin top-left. At input time the window bounds are re-queried and the pixel maps proportionally into the current bounds — so a window that moved or was resized between screenshot and tap still receives the tap in the right place.

Documentation

Known limitations

Tested, not guessed — the full list explains why.

• Pinch and rotate cannot be synthesized. Trackpad gestures do not travel the CGEvent pipeline; an event tap sees nothing during a physical pinch, so there is nothing to reproduce.

• One phone at a time — device switching has no scriptable menu.

• The session pauses whenever the phone is unlocked or picked up. Apple's design; resuming needs it locked again.

• No accessibility tree — OCR and template matching are the element model. Face ID, Control Center, and hardware buttons are unreachable, and DRM content captures black.

Security

This server can see and control whatever iPhone the Mac is paired with while mirroring is active. Treat it like handing your unlocked phone to the model. Run it only from clients you trust.

The phone locks the session the moment it is picked up or unlocked physically, which is a real kill switch. paste_text briefly places text on the Mac clipboard and restores what was there; read_clipboard reads it.

See SECURITY.md for the trust model and how to report a vulnerability.

Contributing

Issues and pull requests welcome — see CONTRIBUTING.md.

scripts/run_tests.sh                    # build + unit/protocol tests + CLI smoke
MIRROR_MCP_LIVE=1 scripts/run_tests.sh  # + live tests (real window, capture, input)

License

MIT