agentic-flow
ruvnet · ruvnet/agentic-flow
Một MCP server và bộ công cụ cho Claude Code cho phép chuyển đổi model, vận hành nhóm agent tự chủ và các hook tự học.
Easily switch between alternative low-cost AI models in Claude Code/Agent SDK. For those comfortable using Claude agents and commands, it lets you take what you've created and deploy fully hosted agents for real business purposes. Use Claude Code to get the agent working, then deploy it in your favorite cloud.
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Bạn có thể làm gì với nó
- Chuyển sang các model rẻ hơn cho các tác vụ thông thường bên trong Claude Code
- Điều phối các agent chuyên biệt cho việc lập trình, kiểm thử và kiểm tra phức tạp
- Thêm các hook thần kinh tự tối ưu hóa giúp cải thiện việc điều hướng agent theo thời gian
Kiểm tra an toàn
Dùng được, nhưng nên đọc ghi chú trước.
- ●Yêu cầu quyền quản trị (sudo).
.claude/skills/agentdb-advanced/SKILL.md - ●Gói npm tự chạy script khi cài đặt.
package.json - ●Không có giấy phép rõ ràng: hỏi tác giả trước khi dùng cho sản phẩm thương mại.
Quét tự động các file trong repo. Luôn xem lại code trước khi chạy.
Trích từ README
🚀 Agentic-Flow v2
Production-ready AI agent orchestration with 66 self-learning agents, 213 MCP tools, and autonomous multi-agent swarms.
Start · Capabilities · Hooks · Workers · Docs
⚡ Quick Start (60 seconds)
# 1. Initialize your project
npx agentic-flow init
# 2. Bootstrap intelligence from your codebase
npx agentic-flow hooks pretrain
# 3. Start Claude Code with self-learning hooks
claude
That's it! Your project now has:
- 🧠 Self-learning hooks that improve agent routing over time
- 🤖 80+ specialized agents (coder, tester, reviewer, architect, etc.)
- ⚡ Background workers triggered by keywords (ultralearn, optimize, audit)
- 📊 213 MCP tools for swarm coordination
Common Commands
# Route a task to the optimal agent
npx agentic-flow hooks route "implement user authentication"
# View learning metrics
npx agentic-flow hooks metrics
# Dispatch background workers
npx agentic-flow workers dispatch "ultralearn how caching works"
# Run MCP server for Claude Code
npx agentic-flow mcp start
Use in Code
import { AgenticFlow } from 'agentic-flow';
const flow = new AgenticFlow();
await flow.initialize();
// Route task to best agent
const result = await flow.route('Fix the login bug');
console.log(`Best agent: ${result.agent} (${result.confidence}% confidence)`);
🎉 What's New in v2
SONA: Self-Optimizing Neural Architecture 🧠
Agentic-Flow v2 now includes SONA (@ruvector/sona) for sub-millisecond adaptive learning:
- 🎓 +55% Quality Improvement: Research profile with LoRA fine-tuning
- ⚡ <1ms Learning Overhead: Sub-millisecond pattern learning and retrieval
- 🔄 Continual Learning: EWC++ prevents catastrophic forgetting
- 💡 Pattern Discovery: 300x faster pattern retrieval (150ms → 0.5ms)
- 💰 60% Cost Savings: LLM router with intelligent model selection
- 🚀 2211 ops/sec: Production throughput with SIMD optimization
AgentDB v3.0.0-alpha.6: Sparse Attention & Memory Revolution 🧠
Latest AgentDB release includes groundbreaking memory optimizations:
- 🎯 Sparse Attention (10-100x): PPR, random walk, spectral sparsification for massive graphs
- 📊 Graph Partitioning (50-80% memory reduction): Stoer-Wagner, Karger, flow-based mincut
- ⚡ Fused Attention (10-50x faster): Exceeded 20-25% target by 40x with kernel fusion!
- 🔍 Zero-Copy Optimization: 90% fewer allocations, 40-50% speedup
- 🏗️ Clean Architecture: 782 lines → 6 focused classes (<200 lines each)
- 🧪 129+ Tests: 100% passing, comprehensive coverage
- 📦 WASM/NAPI Bindings: 730 KB optimized binaries ready
ADR-072 Phase 1 Complete: Full RuVector advanced features integration
Complete AgentDB@alpha Integration 🧠
Agentic-Flow v2 now includes ALL advanced vector/graph, GNN, and attention capabilities from AgentDB@alpha v2.0.0-alpha.2.11:
- ⚡ Flash Attention: 2.49x-7.47x speedup, 50-75% memory reduction
- 🎯 GNN Query Refinement: +12.4% recall improvement
- 🔧 5 Attention Mechanisms: Flash, Multi-Head, Linear, Hyperbolic, MoE
- 🕸️ GraphRoPE: Topology-aware position embeddings
- 🤝 Attention-Based Coordination: Smarter multi-agent consensus
Performance Grade: A+ (100% Pass Rate)
📖 Table of Contents
- Quick Start
- What's New
- Key Features
- Performance Benchmarks
- Project Initialization
- Self-Learning Hooks
- Background Workers
- Installation
- API Reference
- Architecture
- Contributing
🔥 Key Features
🎓 SONA: Self-Optimizing Neural Architecture
Adaptive Learning (<1ms Overhead)
- Sub-millisecond pattern learning and retrieval
- 300x faster than traditional approaches (150ms → 0.5ms)
- Real-time adaptation during task execution
- No performance degradation
LoRA Fine-Tuning (99% Parameter Reduction)
- Rank-2 Micro-LoRA: 2211 ops/sec
- Rank-16 Base-LoRA: +55% quality improvement
- 10-100x faster training than full fine-tuning
- Minimal memory footprint (<5MB for edge devices)
Continual Learning (EWC++)
- No catastrophic forgetting
- Learn new tasks while preserving old knowledge
- EWC lambda 2000-2500 for optimal memory preservation
- Cross-agent pattern sharing
LLM Router (60% Cost Savings)
- Intelligent model selection (Sonnet vs Haiku)
- Quality-aware routing (0.8-0.95 quality scores)
- Budget constraints and fallback handling
- $720/month → $288/month savings
Quality Improvements by Domain:
- Code tasks: +5.0%
- Creative writing: +4.3%
- Reasoning: +3.6%
- Chat: +2.1%
- Math: +1.2%
5 Configuration Profiles:
- Real-Time: 2200 ops/sec, <0.5ms latency
- Batch: Balance throughput & adaptation
- Research: +55% quality (maximum)
- Edge: <5MB memory footprint
- Balanced: Default (18ms, +25% quality)
🧠 Advanced Attention Mechanisms
Flash Attention (Production-Ready)
- 2.49x speedup in JavaScript runtime
- 7.47x speedup with NAPI runtime
- 50-75% memory reduction
- <0.1ms latency for all operations
Multi-Head Attention (Standard Transformer)
- 8-head configuration
- Compatible with existing systems
- <0.1ms latency
Linear Attention (Scalable)
- O(n) complexity
- Perfect for long sequences (>2048 tokens)
- <0.1ms latency
Hyperbolic Attention (Hierarchical)
- Models hierarchical structures
- Queen-worker swarm coordination
- <0.1ms latency
MoE Attention (Expert Routing)
- Sparse expert activation
- Multi-agent routing
- <0.1ms latency
GraphRoPE (Topology-Aware)
- Graph structure awareness
- Swarm coordination
- <0.1ms latency
🎯 GNN Query Refinement
- +12.4% recall improvement target
- 3-layer GNN network
- Graph context integration
- Automati