- 📋 Overview
- 🎯 Why Choose AstronRPA
- ✨ Core Features
- 🛠️ Tech Stack
- 📱 Screenshots
- 🚀 Quick Start
- 📦 Component Ecosystem
- 🏗️ Technical Architecture
- 📚 Documentation
- 🤝 Contributing
- 💖 Sponsorship
- 📞 Getting Help
- 📄 License
AstronRPA is an all-in-one Robotic Process Automation (RPA) development tool that provides enterprises and developers with a complete RPA automation solution from design to deployment. The platform integrates the latest AI language models, rich component libraries, various development modes and frameworks, enabling developers to build powerful automation processes in the most convenient way.
AstronRPA is derived from the "iFlytek RPA Platform" which has served tens of thousands of enterprises and millions of developers, and we have made its core engine completely open source. Through visual design and build tools, developers can quickly create and debug robots, applications, and workflows using no-code or low-code approaches, enabling powerful RPA application development and more customized business logic.
- 🏭 Production Ready: Mature platform serving tens of thousands of enterprises
- 👨💻 Developer Friendly: Visual design + comprehensive APIs and documentation
- ☁️ Cloud Native: Built on microservices architecture with containerization support
- 🔓 Open Source: Core engine completely open source, community-driven development
- 🤖 AI Powered: Integrated with DeepSeek and other large language models
- 🧩 Rich Components: 25+ professional RPA component library
- 🚀 High Performance - Python 3.13+ based high-performance execution engine with distributed support
- 🔒 Enterprise Security - Complete permission management, audit logs, and data encryption
- 🔧 Easy Integration - Rich API interfaces and SDKs with multi-language support
- 📊 Real-time Monitoring - Complete execution status monitoring, performance metrics, and alerting
- 🌍 Multi-platform Support - Windows, Linux, and containerized deployment support
- 📈 Elastic Scaling - Microservices architecture with horizontal scaling and load balancing
- Drag-and-drop process designer
- Real-time preview and debugging
- Rich component templates
- Smart connection and layout
- Intelligent element recognition
- OCR text extraction
- Automatic CAPTCHA recognition
- Natural language process generation
- 25+ professional RPA components
- Standardized component interfaces
- Custom component extensions
- Component version management
- Real-time execution status
- Detailed logging
- Performance metrics statistics
- Exception alert notifications
- Web-based online editing
- Desktop local execution
- Mobile monitoring view
- API interface integration
Frontend: Vue 3 + TypeScript + Vite + Ant Design Vue Backend Services: Java Spring Boot + Python FastAPI Data Storage: MySQL + Redis Message Queue: Asynchronous task processing support Containerization: Docker + Docker Compose Desktop App: Tauri (Rust + Web) Package Management: pnpm workspace monorepo Monitoring: Integrated SkyWalking distributed tracing
- Framework: Vue 3 + TypeScript + Vite
- UI Components: Ant Design Vue + VXE Table
- State Management: Pinia
- Desktop App: Tauri (Rust + Web Technologies)
- Package Management: pnpm workspace monorepo
- Main Service: Java Spring Boot 2.3.11
- AI Service: Python FastAPI + DeepSeek Integration
- OpenAPI Service: Python FastAPI
- Resource Service: Java Spring Boot
- Database: MySQL + Redis
- Message Queue: Support for asynchronous task processing
- Language: Python 3.13+
- Framework: FastAPI + asyncio
- Component Architecture: 25+ professional RPA components
- Executor: Support atomic operations, workflows, record & replay
- Communication: WebSocket real-time communication
- Locating Technology: Image recognition, OCR, UI automation
- Containerization: Docker + Docker Compose
- Microservices: Independent service modules, deployable separately
- Observability: Integrated SkyWalking distributed tracing
- Load Balancing: Nginx reverse proxy
- Operating System: Windows 10/11 (primary support), macOS, Linux
- Node.js: >= 22
- Python: 3.13.x
- Java: JDK 8+
- pnpm: >= 9
- rustc：>= 1.90.0
- UV: Python package management tool
- 7-Zip: For creating deployment archives
Recommended for quick deployment:
# Clone the repository
git clone https://github.com/iflytek/astron-rpa.git
cd astron-rpa
# Enter docker directory
cd docker
# Start the container stack
docker-compose up -d
# Check service status
docker-compose ps- Access the application at
http://localhost:8080 - For production deployment and security hardening, refer to Deployment Guide
-
Prepare Python Environment
# Prepare a Python 3.13.x installation directory # Can be a local folder or system installation path # The script will copy this directory to create python_base and python_core
-
Run Packaging Script
# Using local Python313 folder (auto-detected) pack.bat # Specify custom Python directory pack.bat "" "C:\Python313" pack.bat "" "D:\Python" pack.bat "" "Python313" # With custom 7-Zip path and Python directory pack.bat "D:\Tools\7-Zip\7z.exe" "C:\Python313"
-
Build Frontend Application
cd frontend pnpm install copy packages/web-app/.env.example packages/web-app/.env pnpm build:web -
Build Tauri Application
cd frontend pnpm install pnpm build:tauri
# Install dependencies
cd frontend
pnpm install
# Configure environment variables (for required fields, please refer to the comments in .env)
copy packages/web-app/.env.example packages/web-app/.env
# Start web development server
pnpm dev:web
# Start Tauri desktop app (development mode)
pnpm dev:tauri
# Start backend services (need to configure database first)
cd backend/robot-service
mvn spring-boot:run- rpasystem: System operations, process management, screenshots
- rpabrowser: Browser automation, web page operations
- rpagui: GUI automation, mouse and keyboard operations
- rpaexcel: Excel spreadsheet operations, data processing
- rpacv: Computer vision, image recognition
- rpaai: AI intelligent service integration
- rpadatabase: Database connections and operations
- rpanetwork: Network requests, API calls
- rpaemail: Email sending and receiving
- rpadocx: Word document processing
- rpapdf: PDF document operations
- rpaencrypt: Encryption and decryption functions
- atomic: Atomic operation definition and execution
- executor: Workflow execution engine
- recording: Operation recording and playback
- param_utils: Parameter processing tools
- rpaframe: RPA framework core
- rpawebsocket: WebSocket communication
- locator: Element locating technology
- Drag-and-drop process designer
- Real-time preview and debugging
- Rich component templates
- Smart connection and layout
- Intelligent element recognition
- OCR text extraction
- Automatic CAPTCHA recognition
- Natural language process generation
- 25+ professional RPA components
- Standardized component interfaces
- Custom component extensions
- Component version management
- Real-time execution status
- Detailed logging
- Performance metrics statistics
- Exception alert notifications
- Web-based online editing
- Desktop local execution
- Mobile monitoring view
- API interface integration
- 📖 User Guide
- 🚀 Deployment Guide
- 📖 API Documentation
- 🔧 Component Development Guide
- 🐛 Troubleshooting
- 📝 Changelog
We welcome any form of contribution! Please check Contributing Guide
- Follow existing code style
- Add necessary test cases
- Update relevant documentation
- Ensure all checks pass
- Fork the repository
- Create your feature branch (
git checkout -b feature/AmazingFeature) - Commit your changes (
git commit -m 'Add some AmazingFeature') - Push to the branch (
git push origin feature/AmazingFeature) - Open a Pull Request
- 📧 Technical Support: cbg_rpa_ml@iflytek.com
- 💬 Community Discussion: GitHub Discussions
- 🐛 Bug Reports: Issues
This project is open source under the Open Source License.
Developed and maintained by iFlytek
AstronRPA - Making RPA development simple and powerful!
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