Fusionpact Vectordb

io.github.atul-fusionpact由 GitHub 账号 atul-fusionpact 发布v2.1.1更新于 Oct 24, 2026

Hybrid vector + reasoning retrieval, agent memory, multi-agent orchestration, MCP server, and RAG.

概览

AI 生成的概览

本地 MCP 服务器,向 AI 助手提供 FusionPact 的向量、树状推理与关键词混合检索、RAG 摄取和智能体记忆工具。

可以做什么
  • 创建并管理 HNSW 向量集合,执行语义向量搜索
  • 运行融合向量、树状推理与关键词结果的混合检索
  • 将文档摄取进 RAG 流程,并生成带引用的 LLM 可用上下文
  • 存储、召回、学习并共享情景、语义、程序与共享四类智能体记忆
  • 管理对话线程,并按需删除记忆
适用场景
适合需要让助手跨会话保留持久记忆,或基于自有文档做带引用的混合检索问答,且希望全部在本地运行、不依赖托管向量数据库的场景。
运行要求
通过 npx fusionpact mcp 作为本地进程运行,需要 Node.js 与 npm。环境变量 EMBEDDING_PROVIDER 选择 ollama(需本地 Ollama 及嵌入模型)、openai(需 OpenAI API 密钥)或 mock 用于测试。树状推理可选使用本地 LLM 提供方。
安装前请注意
记忆与文档内容由服务器保存在本地;forget 工具会删除记忆,请谨慎使用。选择 openai 嵌入提供方会把文本发送给 OpenAI 并按 token 计费。README 要求使用者在项目中注明归属信息。

安装

在 SourceWeft 中

  1. 打开 控制台中的 Fusionpact Vectordb,将其添加到工作区。
  2. 为需要使用其工具的对话启用该服务。

Desktop only,通过 STDIO。 STDIO 服务会启动本地进程,因此需要 SourceWeft 桌面宿主。

其他 MCP 客户端

参照 仓库 中的启动说明。

README

⚡ FusionPact

The Agent-Native Retrieval Engine

Hybrid Vector + Reasoning + Memory for AI Agents

[License] [Node] [npm]

Similarity ≠ Relevance. FusionPact is the first retrieval engine that combines HNSW vector search, reasoning-based tree retrieval, and agent memory in a single platform — purpose-built for AI agents and multi-agent systems.

Quickstart · Hybrid Retrieval · Agent Memory · Multi-Agent · MCP Server · Tree Index · RAG Pipeline · API Reference · Benchmarks · Contributing


Why FusionPact?

Traditional vector databases retrieve what's similar. But similar ≠ relevant. Ask a vector DB for "Q3 2024 revenue" and you might get Q2 or Q4 data — semantically similar, but the wrong answer.

FusionPact solves this by combining three retrieval paradigms:

StrategyHow It WorksBest For
Vector Search (HNSW)Embedding similarity, O(log N)Broad search across large collections
Tree ReasoningLLM navigates document structurePrecise retrieval in structured documents
Keyword Search (BM25)Term frequency matchingExact match requirements

Plus purpose-built agent memory, multi-agent orchestration, and MCP server — all zero-dependency, local-first, and free.

┌──────────────────────────────────────────────────────────┐│             FusionPact Retrieval Engine                   ││                                                          ││  ┌────────────┐  ┌─────────────┐  ┌────────────────┐   ││  │ Vector     │  │ Tree        │  │ Keyword        │   ││  │ (HNSW)     │  │ (Reasoning) │  │ (BM25)         │   ││  └─────┬──────┘  └──────┬──────┘  └───────┬────────┘   ││        └────────────┬────┴─────────────────┘            ││                     ▼                                    ││           Reciprocal Rank Fusion                         ││                     ▼                                    ││  ┌──────────────────────────────────────────────────┐   ││  │        Agent Memory (Multi-Agent)                │   ││  │  Episodic │ Semantic │ Procedural │ Shared       │   ││  └──────────────────────────────────────────────────┘   ││  ┌──────────────────────────────────────────────────┐   ││  │        MCP Server (Claude, Cursor, etc.)         │   ││  └──────────────────────────────────────────────────┘   │└──────────────────────────────────────────────────────────┘

⚡ Quickstart

bash
# Installnpm install fusionpact
# Run the demonpx fusionpact demo
# Start HTTP + MCP servernpx fusionpact serve --port 8080
# Start MCP server for Claude Desktopnpx fusionpact mcp

10 Lines of Code

javascript
const { create } = require('fusionpact');
const fp = create({ embedder: 'ollama' }); // or 'mock' for zero-config
// Ingest a document — auto-chunks, embeds, indexesawait fp.rag.ingest('Your document text here...', { source: 'doc.pdf' });
// Hybrid search — vector + reasoning + keyword, fused automaticallyconst results = await fp.retriever.retrieve('What safety protocols exist?', {  collection: 'default',  strategy: 'hybrid'});
// Or build LLM-ready context directlyconst context = await fp.rag.buildContext('What safety protocols exist?');console.log(context.prompt); // Ready to paste into any LLM

🔀 Hybrid Retrieval Engine

The core differentiator: a single API that intelligently routes queries through multiple retrieval strategies and fuses results using Reciprocal Rank Fusion.

javascript
const { create } = require('fusionpact');
const fp = create({  embedder: 'ollama',        // Local, free, private  llmProvider: 'ollama',     // For tree reasoning  enableHybrid: true});
// Index a structured document with tree structureawait fp.treeIndex.indexDocument('annual-report', reportText, {  format: 'markdown'});
// Hybrid retrieval — automatically uses the best strategyconst results = await fp.retriever.retrieve(  'What were the total deferred tax assets in Q3?',  {    collection: 'documents',       // Vector search here    docId: 'annual-report',        // Tree reasoning here    topK: 5,    strategy: 'hybrid'            // Fuse all strategies  });
// Each result includes:// - score: Fused relevance score// - content: Retrieved text// - sources: Which strategies contributed { vector: 0.8, tree: 0.9, keyword: 0.3 }// - citation: "Section 3 > Financial Data > Table 3.2.1"// - reasoning: Full tree traversal reasoning trace

Strategy Weights

javascript
const retriever = new HybridRetriever({  engine, treeIndex, embedder,  weights: {    vector: 0.4,   // 40% weight to vector similarity    tree: 0.4,     // 40% weight to reasoning-based retrieval    keyword: 0.2   // 20% weight to keyword matching  }});

Adaptive Learning

FusionPact learns which retrieval strategy works best for different query patterns:

javascript
// Record feedback on result qualityretriever.recordFeedback('financial query', 'tree', 0.95);retriever.recordFeedback('general search', 'vector', 0.85);
// Get recommended weights for a new queryconst weights = retriever.getAdaptiveWeights('new financial query');// → { vector: 0.25, tree: 0.6, keyword: 0.15 }

🌲 Tree Index

Reasoning-based retrieval for structured documents. Builds a hierarchical tree (like an intelligent table of contents) and uses LLM reasoning to navigate to the most relevant sections.

javascript
const { TreeIndex, LLMProvider } = require('fusionpact');
const llm = new LLMProvider({ provider: 'ollama' }); // Free, localconst tree = new TreeIndex({ llmProvider: llm });
// Index a documentawait tree.indexDocument('sec-filing', filingText, {  format: 'markdown',  metadata: { source: '10-K', year: 2024 }});
// Reasoning-based searchconst results = await tree.search('sec-filing', 'Total deferred tax assets', {  maxResults: 3,  includeReasoning: true});
// results[0]:// {//   content: "Table 5.2: Deferred Tax Assets...",//   relevanceScore: 0.95,//   citation: "Financial Statements > Note 5 > Tax Assets > Table 5.2",//   reasoningPath: [//     { title: "Financial Statements", reasoning: "Deferred tax assets are in financial notes", action: "explore" },//     { title: "Note 5: Income Taxes", reasoning: "This note covers tax-related assets", action: "explore" },//     { title: "Table 5.2", reasoning: "Contains the deferred tax asset breakdown", action: "retrieve" }//   ]// }

Works Without LLM Too

If no LLM provider is configured, TreeIndex falls back to keyword-based tree traversal — still useful, just without the reasoning path:

javascript
const tree = new TreeIndex(); // No LLM — keyword fallbackawait tree.indexDocument('doc', text, { format: 'markdown' });const results = await tree.search('doc', 'safety protocols');

🧠 Agent Memory

Purpose-built memory system for AI agents with four memory types:

Memory TypeWhat It StoresExample
EpisodicEvents, conversations, observations"User asked about Lab B chemical storage"
SemanticFacts, domain knowledge, learned info"OSHA 1910.106 covers flammable liquids"
ProceduralTool schemas, API specs, workflowssearch_incidents tool definition
SharedCross-agent knowledge pool"Customer ACME prefers ISO 14001"
javascript
const { create } = require('fusionpact');const fp = create({ embedder: 'ollama', enableMemory: true });
// Episodic — remember what happenedawait fp.memory.remember('agent-1', {  content: 'User prefers dark mode and concise answers',  role: 'system',  importance: 0.8});
// Semantic — learn knowledgeawait fp.memory.learn('agent-1',  'OSHA 29 CFR 1910 covers general industry safety standards.',  { source: 'regulations', category: 'compliance' });
// Procedural — register toolsawait fp.memory.registerTool('agent-1', {  name: 'search_incidents',  description: 'Search EHS incident reports by category and severity',  schema: { type: 'object', properties: { severity: { type: 'string' } } }});
// Recall — cross-memory searchconst memories = await fp.memory.recall('agent-1', 'safety compliance');// → { episodic: [...], semantic: [...], procedural: [...], shared: [...] }
// Conversation memoryfp.memory.addMessage('agent-1', 'thread-001', { role: 'user', content: 'What are the PPE requirements?' });fp.memory.addMessage('agent-1', 'thread-001', { role: 'assistant', content: 'PPE requirements include...' });const history = fp.memory.getConversation('agent-1', 'thread-001');
// GDPR-friendly forgetfp.memory.forget('agent-1', { type: 'all' });

🤖 Multi-Agent Orchestration

Coordinate multiple AI agents with isolated memory, shared knowledge, and message routing:

javascript
const { create, AgentOrchestrator } = require('fusionpact');
const fp = create({ embedder: 'ollama', enableMemory: true });const orchestrator = new AgentOrchestrator({  engine: fp.engine,  memory: fp.memory,  retriever: fp.retriever});
// Register agentsorchestrator.registerAgent({  agentId: 'researcher',  name: 'Research Agent',  role: 'Find and analyze information',  capabilities: ['search', 'analysis', 'summarization']});
orchestrator.registerAgent({  agentId: 'writer',  name: 'Writing Agent',  role: 'Generate reports and documentation',  capabilities: ['writing', 'formatting', 'editing']});
// Agent-to-agent communicationawait orchestrator.send({  from: 'researcher',  to: 'writer',  type: 'result',  payload: { findings: 'Safety incidents decreased 12% YoY...' }});
// Capability-based task delegationawait orchestrator.delegate('coordinator', 'Write a safety summary report', {  requiredCapabilities: ['writing', 'formatting']});// → Automatically routes to 'writer' agent
// Collaborative retrieval across all agentsconst results = await orchestrator.collaborativeRecall('safety compliance');// → Returns memories from all agents, plus shared knowledge
// Message handlingorchestrator.onMessage('writer', async (msg) => {  console.log(`Writer received: ${msg.type} from ${msg.from}`);  // Process task...});

🔌 MCP Server

FusionPact ships as an MCP (Model Context Protocol) server. Any AI agent (Claude, Cursor, Windsurf) can use it as persistent memory — no custom integration needed.

Claude Desktop Setup

Add to ~/Library/Application Support/Claude/claude_desktop_config.json:

json
{  "mcpServers": {    "fusionpact": {      "command": "npx",      "args": ["fusionpact", "mcp"],      "env": {        "EMBEDDING_PROVIDER": "ollama"      }    }  }}

Available MCP Tools

ToolDescription
fusionpact_create_collectionCreate HNSW-indexed vector collection
fusionpact_searchSemantic vector search
fusionpact_hybrid_searchHybrid retrieval (vector + tree + keyword)
fusionpact_rag_ingestOne-click RAG ingestion
fusionpact_rag_queryBuild LLM-ready context
fusionpact_memory_rememberStore episodic memory
fusionpact_memory_recallRecall relevant memories
fusionpact_memory_learnAdd semantic knowledge
fusionpact_memory_shareShare cross-agent knowledge
fusionpact_memory_forgetGDPR-style memory erasure
fusionpact_memory_conversationManage conversation threads

📄 RAG Pipeline

End-to-end RAG in one call:

javascript
const fp = require('fusionpact').create({ embedder: 'ollama' });
// Ingest — auto-chunks, embeds, indexesawait fp.rag.ingest(documentText, {  source: 'safety-manual.pdf',  title: 'Safety Manual 2024'});
// Build context for any LLMconst ctx = await fp.rag.buildContext('What PPE is required?', {  topK: 5,  maxTokens: 4000,  strategy: 'hybrid'  // Uses HybridRetriever if available});
// ctx.prompt → Ready for any LLM// ctx.sources → Source citations// ctx.chunks → Number of chunks used

Chunking Strategies

javascript
const rag = new RAGPipeline(engine, {  chunkStrategy: 'recursive',  // 'recursive' | 'sentence' | 'paragraph'  chunkSize: 512,  chunkOverlap: 50});

🔒 Multi-Tenancy

Zero-trust soft-isolation — tenants can never see each other's data:

javascript
const tenantA = engine.tenant('shared-collection', 'acme_corp');const tenantB = engine.tenant('shared-collection', 'globex_inc');
tenantA.insert([{ id: 'doc-1', vector: [...], metadata: { doc: 'Acme Plan' } }]);
// Tenant A queries — only sees Acme data. Always.const results = tenantA.search(queryVec, { topK: 10 });

🔌 Embedding Providers

ProviderSetupDimensionsCost
Ollama (recommended)ollama pull nomic-embed-text768Free
OpenAISet OPENAI_API_KEY1536~$0.02/1M tokens
Mock (testing)None64Free
javascript
// Ollama (local, free, private)const fp = create({ embedder: 'ollama' });
// OpenAIconst fp = create({ embedder: 'openai', openaiConfig: { apiKey: 'sk-...' } });
// Mock (for demos/testing — no dependencies)const fp = create({ embedder: 'mock' });

📊 Benchmarks

HNSW Performance (128D vectors)

VectorsInsertSearch (p50)QPS
1,00015ms0.2ms~5,000
10,000180ms0.3ms~3,300
100,0002.8s0.5ms~2,000

Run your own:

bash
npx fusionpact bench --count 10000

🆚 Comparison

FeatureFusionPactPageIndexPineconeChromaQdrant
Hybrid Retrieval (Vector+Tree+Keyword)✅❌❌❌❌
Reasoning-Based Tree Index✅✅❌❌❌
Agent Memory Architecture✅❌❌❌❌
Multi-Agent Orchestration✅❌❌❌❌
MCP Server (Agent-Native)✅✅❌❌❌
One-Click RAG✅❌❌❌❌
Multi-Tenancy✅❌✅❌✅
Local-First / Zero-Cost✅✅❌✅✅
HNSW Vector Index✅❌✅✅✅
Zero Dependencies✅❌❌❌❌

📖 API Reference

Full documentation: docs/API.md

Core Classes

ClassDescription
FusionEngineCore database engine, collection management, CRUD
HNSWIndexHNSW approximate nearest neighbor index
TreeIndexHierarchical document index for reasoning retrieval
HybridRetrieverMulti-strategy retrieval with rank fusion
AgentMemoryMulti-type agent memory system
AgentOrchestratorMulti-agent coordination layer
RAGPipelineEnd-to-end RAG pipeline
MCPServerModel Context Protocol server
OllamaEmbedderOllama embedding provider
OpenAIEmbedderOpenAI embedding provider
MockEmbedderTesting/demo embedder
LLMProviderMulti-provider LLM interface

🗺 Roadmap

  • HNSW indexing with configurable M/ef parameters
  • Multi-tenancy with soft-isolation
  • One-Click RAG pipeline
  • Agent Memory (episodic, semantic, procedural, shared)
  • Multi-agent orchestration
  • Tree Index (reasoning-based retrieval)
  • Hybrid Retriever (vector + tree + keyword fusion)
  • MCP server (stdio + HTTP)
  • HTTP API server
  • Ollama + OpenAI embedding providers
  • Adaptive retrieval learning
  • SQLite/PostgreSQL persistence
  • Python SDK (pip install fusionpact)
  • LangChain integration
  • LlamaIndex integration
  • CrewAI / AutoGen integration
  • Vision RAG (PDF page images)
  • Rust core (NAPI bindings)
  • FusionPact Cloud (managed hosting)
  • Dashboard UI

🤝 Contributing

We welcome contributions! See CONTRIBUTING.md for guidelines.

bash
git clone https://github.com/FusionpactTech/fusionpact-vectordb.gitcd fusionpact-vectordbnpm installnpm testnpx fusionpact demo

📜 Attribution

FusionPact is built and maintained by FusionPact Technologies Inc.

If you use FusionPact in your project, please include attribution in one of the following ways:

  • Include "Powered by FusionPact" in your application's about page or documentation
  • Keep the NOTICE file in your distribution
  • Reference FusionPact Technologies Inc. in your project's acknowledgements

See ATTRIBUTION.md for full details.

License

Apache 2.0 — Use freely in commercial and open-source projects.

The Apache 2.0 license requires that you:

  1. Include a copy of the license in any redistribution
  2. Include the NOTICE file with attribution to FusionPact Technologies Inc.
  3. State any significant changes you made to the code

Built with ❤️ by FusionPact Technologies Inc.

⭐ Star this repo if you find it useful!

来源:README.md,提交 1233b44

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版本历史

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  1. v2.1.1最新Sep 16, 2026

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