This project automates interactions across Android and iOS devices—perfect for managing large-scale phone farms used in app engagement, affiliate farming, or social signal generation. The main goal? Build a lightweight, script-driven automation framework that can scale across multiple real devices or emulators with minimal manual input.
The original request came from a forum discussion where a developer was looking for a collaborator to help build "simple automation software" for Android/iOS. While the project sounds straightforward, it taps into a powerful niche: mobile automation for growth hacking, engagement farming, and stealth operations. Think tap, swipe, scroll, click—but smarter.
- Cross-Platform Flexibility – Works on both Android and iOS devices using frameworks like Appium or Appilot.
- Plug & Play Scaling – Easily deploy to multiple devices or emulators with minimal setup, perfect for phone farms.
- Human-like Execution – Tap, swipe, and scroll actions mimic real user behavior with randomized intervals and patterns
Have a Custom Project in Mind please Contact?
[email protected]
Book a 30-minute Call
| Feature | Description |
|---|---|
| Cross-Device Automation | Supports both Android (via Appilot or ADB) and iOS (via XCUITest). |
| Task Scripting Engine | Create repeatable task sequences (e.g., open app → scroll → click → wait). |
| Proxy Support | Integrate proxies per device for isolated and secure sessions. |
| Fingerprint Spoofing | Use device-level spoofing to evade detection (Appilot or XPrivacyLua). |
| Real-Time Logs | Monitor task success, device uptime, and error reports via live console. |
| UI & CLI Options | Includes both user-friendly GUI and terminal commands for power users. |
| Scheduler & Looping | Automate tasks on timers or loop conditions. |
| Multi-Device Controller | Manage and sync commands across a full farm from one control panel. |
- Automation Accuracy: 98.4%
- 24/7 Session Uptime: Engineered for long-running tasks with minimal crashes
- Concurrent Device Support: Up to 100+ devices per hub
- Detection Rate: <1% flagged across major platforms using spoofing + randomized logic
- Languages: Python, Node.js
- Frameworks: Appium, Playwright, Appilot
- Device Control: ADB, XCUITest
- Stealth Tech: Proxy rotation, Device spoofing, IP isolation
- Deployment: VPS, local machine, or Raspberry Pi for phone farm hubs