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From Single Device Agent to Multi-Device Galaxy
📖 Language / 语言:
English |
中文
 
 
 
 
 
 
📚 Quick Links:
🌌 UFO³ README •
🖥️ UFO² README •
📖 Full Documentation
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🎯 Choose Your Path
**UFO³ Multi-Device Agent Galaxy**
**✨ NEW & RECOMMENDED**
**Perfect for:**
- 🔗 Cross-device collaboration workflows
- 📊 Complex multi-step automation
- 🎯 DAG-based task orchestration
- 🌍 Heterogeneous platform integration
**Key Features:**
- **Constellation**: Task decomposition into executable DAGs
- **Dynamic DAG editing** for adaptive workflow evolution
- **Asynchronous execution** with parallel task coordination
- **Unified AIP protocol** for secure agent communication
**📖 Galaxy Documentation →**
**📖 Galaxy Quick Start →** ⭐ **Online Docs**
**UFO² Desktop AgentOS**
**STABLE & BATTLE-TESTED**
**Perfect for:**
- 💻 Single Windows automation
- ⚡ Quick task execution
- 🎓 Learning agent basics
- 🛠️ Simple workflows
**Key Features:**
- Deep Windows OS integration
- Hybrid GUI + API actions
- Proven reliability
- Easy setup
- Can serve as Galaxy device agent
**📖 UFO² Documentation →**
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🎬 See UFO³ Galaxy in Action
Watch how UFO³ Galaxy orchestrates complex workflows across multiple devices:
🎥 Click to watch: Cross-device task orchestration with UFO³ Galaxy
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🌟 What's New in UFO³?
Evolution Timeline
🚀 UFO³ = **Galaxy** (Multi-Device Orchestration) + **UFO²** (Device Agent)
UFO³ introduces **Galaxy**, a revolutionary multi-device orchestration framework that coordinates intelligent agents across heterogeneous platforms. Built on five tightly integrated design principles:
1. **🌟 Declarative Decomposition into Dynamic DAG** - Requests decomposed into structured DAG with TaskStars and dependencies for automated scheduling and runtime rewriting
2. **🔄 Continuous Result-Driven Graph Evolution** - Living constellation that adapts to execution feedback through controlled rewrites and dynamic adjustments
3. **⚡ Heterogeneous, Asynchronous & Safe Orchestration** - Capability-based device matching with async execution, safe locking, and formally verified correctness
4. **🔌 Unified Agent Interaction Protocol (AIP)** - WebSocket-based secure coordination layer with fault tolerance and automatic reconnection
5. **🛠️ Template-Driven MCP-Empowered Device Agents** - Lightweight toolkit for rapid agent development with MCP integration for tool augmentation
| Aspect | UFO² | UFO³ Galaxy |
|--------|------|-------------|
| **Architecture** | Single Windows Agent | Multi-Device Orchestration |
| **Task Model** | Sequential ReAct Loop | DAG-based Constellation Workflows |
| **Scope** | Single device, multi-app | Multi-device, cross-platform |
| **Coordination** | HostAgent + AppAgents | ConstellationAgent + TaskOrchestrator |
| **Device Support** | Windows Desktop | Windows, Linux, Android (more coming) |
| **Task Planning** | Application-level | Device-level with dependencies |
| **Execution** | Sequential | Parallel DAG execution |
| **Device Agent Role** | Standalone | Can serve as Galaxy device agent |
| **Complexity** | Simple to Moderate | Simple to Very Complex |
| **Learning Curve** | Low | Moderate |
| **Cross-Device Collaboration** | ❌ Not Supported | ✅ Core Feature |
| **Setup Difficulty** | ✅ Easy | ⚠️ Moderate |
| **Status** | ✅ LTS (Long-Term Support) | ⚡ Active Development |
🎓 Migration Path
**For UFO² Users:**
1. ✅ **Keep using UFO²** – Fully supported, actively maintained
2. 🔄 **Gradual adoption** – Galaxy can use UFO² as Windows device agent
3. 📈 **Scale up** – Move to Galaxy when you need multi-device capabilities
4. 📚 **Learning resources** – Migration Guide
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✨ Capabilities at a Glance
🌌 Galaxy Framework – What's Different?
🌟 Constellation Planning
**Benefits:**
- Cross-device dependency tracking
- Parallel execution optimization
- Cross-device dataflow management
🎯 Device Assignment
**Smart Matching:**
- Capability-based selection
- Real-time resource monitoring
- Dynamic reallocation