android-mcp-adb 2.0.0

Full Android control from any AI agent via MCP — 7 tools, 90fps viewer, WiFi ADB

Android MCP

Full Android control from any AI agent — Claude, OpenCode, Windsurf, Cursor… 7 categorical MCP tools · 90fps live viewer · WiFi ADB · zero app to install

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Quick demo

android_screen(action="screenshot")                          # PNG capture
android_screen(action="ocr")                                 # visible text
android_interact(action="tap", params={"x": 540, "y": 960}) # tap
android_interact(action="find", params={"text": "Send"})     # find + tap
android_system(action="battery")                             # battery info
android_screen(action="viewer")                              # 90fps interactive window on PC

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Architecture

AI Agent (Claude / OpenCode / Windsurf / Cursor…)
        ↓  MCP Protocol (stdio)
    server.py          ← 7 categorical tools
        ↓
    device_manager.py  ← device selection, multi-device
        ↓
    backends/
        ├── adb_backend.py       ← PRIMARY  : uiautomator2 + direct ADB
        └── companion_backend.py ← FALLBACK : Flutter app WebSocket
        ↓
    N Android phones / emulators

ADB backend (primary) — works on any device with developer mode enabled. Nothing to install on the phone. Uses uiautomator2 + ADB commands.

Companion backend (fallback) — optional Flutter app when ADB is unavailable on the network.

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Requirements

• Python 3.10+
• ADB in PATH (winget install Google.PlatformTools)
• Android: Developer mode + USB debugging (or WiFi debugging)

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Installation

git clone https://github.com/Steph-ux/android-mcp
cd android-mcp
pip install -r requirements.txt

# Initialize uiautomator2 (once per device)
python -m uiautomator2 init

Live viewer 90fps (optional)

winget install Genymobile.scrcpy
python viewer.py

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MCP Configuration

# Generate the correct JSON for your AI client
python mcp_config.py --client claude     # Claude Desktop
python mcp_config.py --client opencode  # OpenCode
python mcp_config.py --client windsurf  # Windsurf
python mcp_config.py --client cursor    # Cursor
python mcp_config.py --write            # write directly to config files

Claude Desktop example (claude_desktop_config.json):

{
  "mcpServers": {
    "android-mcp": {
      "command": "C:/Python312/python.exe",
      "args": ["D:/path/to/android-mcp/server.py"],
      "type": "stdio"
    }
  }
}

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WiFi connection without USB (Android 11+)

# On the phone: Settings → Developer options → Wireless debugging → Pair device
adb pair 192.168.1.42:38765    # enter the code shown on the phone
adb connect 192.168.1.42:5555

Full guide → WIFI_PAIRING.md

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The 7 MCP tools

Call convention: android_xxx(action="...", params={...}, device_id="serial") device_id is always optional (uses the currently selected device).

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android_device — Device management

Action	Params	Description
list	—	All connected devices (USB, WiFi, emulators)
select	serial	Set default device
connect	host, port	WiFi ADB connection
disconnect	—	Disconnect current WiFi device
info	—	Model, OS, resolution, density
status	—	Is device connected and ready?
setup	—	Configure animations, stay-awake, ATX agent

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android_screen — Capture & Stream

Action	Params	Description
screenshot	—	PNG capture (bypasses FLAG_SECURE) → image
region	x y width height	Capture a specific area → image
size	—	{width, height}
is_on	—	Is the screen on?
wake	—	Wake the screen
start_stream	—	Start ADB stream (~16fps)
stop_stream	—	Stop stream
live_frame	—	Latest stream frame → image
ocr	lang	Extract visible text (Tesseract)
find_image	template_b64 threshold	Template matching (OpenCV)
viewer	fps bitrate no_control	Launch scrcpy 90fps window on PC

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android_interact — Touch, Keyboard, UI

Action	Params	Description
tap	x y	Tap
double_tap	x y	Double tap
long_press	x y duration_ms	Long press
swipe	x1 y1 x2 y2 duration_ms	Swipe
drag	x1 y1 x2 y2 duration_ms	Drag & drop
pinch	x y scale duration_ms	Pinch zoom
multi_touch	points	Multi-finger gestures
type	text	Type text
clear	—	Clear active field
submit	text	Type + Enter
key	key	System key (HOME, BACK, ENTER, VOLUME_UP…)
combo	keys	Key combination (keycodes)
hierarchy	—	Full UI XML tree (uiautomator2)
find	text partial_match	Find element and tap it
wait	text timeout partial_match	Wait for element
scroll	text direction max_swipes	Scroll to element
assert	text partial_match	Assert text is visible

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android_app — Applications

Action	Params	Description
launch	package	Launch an app
close	package	Force-stop an app
list	include_system	List installed apps
install	apk_path	Install APK from PC
uninstall	package	Uninstall app
current	—	Foreground app package
url	url	Open a URL
intent	action uri package extras	Send Android intent
settings	section	Open system settings (main wifi bluetooth display…)

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android_files — Files

Action	Params	Description
push	local_path remote_path	PC → phone
push_b64	remote_path data	Base64 → phone
pull	remote_path local_path	Phone → PC
pull_b64	remote_path	Phone → base64
list	directory	List directory contents

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android_system — System & Network

Action	Params	Description
shell	command	ADB shell command
logs	lines package	Logcat
battery	—	Battery level and charging state
clipboard_get	—	Read clipboard
clipboard_set	text	Write to clipboard
volume	level stream	Set volume
rotation	rotation	Screen rotation (0-3)
wifi	enabled	WiFi on/off
bluetooth	enabled	Bluetooth on/off
mobile_data	enabled	Mobile data on/off
notifications	—	Active notifications
gps	lat lng	Mock GPS location
sensors	sensor	Accelerometer, gyro, light…
wifi_list	—	Available WiFi networks
wifi_connect	ssid password	Connect to WiFi
contacts	search limit	Read contacts
sms	to message	Send SMS (requires confirmation on phone)

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android_automation — Batch & Macros

Action	Params	Description
batch	actions stop_on_error	Run N actions in one call
macro_start	name	Start recording a macro
macro_record	action …params	Add action to macro
macro_stop	—	Save macro
macro_list	—	List saved macros
macro_replay	name delay_ms	Replay a macro
macro_delete	name	Delete a macro

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Live viewer — scrcpy 90fps

python viewer.py                  # auto-detect device, 90fps, interactive
python viewer.py --fps 60         # 60fps
python viewer.py --record         # record to .mp4
python viewer.py --record out.mp4 # named output file
python viewer.py --multi          # one viewer per connected device
python viewer.py --no-control     # read-only mode

Control	Action
Left click	Tap
Drag	Swipe
Right click	BACK
Scroll	Scroll
Alt+H	HOME
Alt+S	Screenshot → PC clipboard
Alt+F	Fullscreen
Alt+R	Rotation

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Tests

# Unit tests (no device required)
pytest tests/test_server_unit.py -v      # 94 tests

# Integration tests (ADB device required)
pytest tests/test_integration.py -v

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Project structure

android-mcp/
├── server.py              # MCP server — 7 tools
├── viewer.py              # scrcpy 90fps interactive viewer
├── mcp_config.py          # JSON config generator
├── device_manager.py      # Multi-device management
├── relay.py               # ⚠️ LEGACY — companion fallback only
├── requirements.txt
├── pyproject.toml
├── WIFI_PAIRING.md
├── backends/
│   ├── adb_backend.py     # Primary backend (uiautomator2 + ADB)
│   └── companion_backend.py  # Fallback backend (Flutter app)
├── examples/
│   ├── agent_loop.py      # Autonomous automation loop
│   └── whatsapp_auto.py   # WhatsApp automation example
└── tests/
    ├── conftest.py
    ├── test_server_unit.py   # 94 unit tests
    └── test_integration.py   # Real device tests

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Examples

# WhatsApp — send a message
await android_app("launch", {"package": "com.whatsapp"})
await android_interact("find", {"text": "Alice"})
await android_interact("type", {"text": "Hello!"})
await android_interact("key",  {"key": "ENTER"})

# Batch in a single call
await android_automation("batch", {"actions": [
    {"action": "key",  "key": "HOME"},
    {"action": "tap",  "x": 540, "y": 200},
    {"action": "type", "text": "search query"},
    {"action": "key",  "key": "ENTER"},
]})

# Macro: record + replay
await android_automation("macro_start",  {"name": "login"})
await android_automation("macro_record", {"action": "tap",  "x": 540, "y": 400})
await android_automation("macro_record", {"action": "type", "text": "password"})
await android_automation("macro_stop")
await android_automation("macro_replay", {"name": "login"})

See examples/whatsapp_auto.py and examples/agent_loop.py for full use cases.

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License

MIT