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Unified Graph-Vector Database for AI Retrieval

Get more relevant context for AI with the fastest and most cost-effective graph-vector database, built in Rust.

Getting Started

Docs

Install HelixDB

Get started with HelixDB in minutes, install the CLI and then install the database.

Terminal

> $ curl -sSL "https://install.helix-db.com" | bash
> $ helix install

Terminal

> helix init --path

If you want to define the directory then:

> helix init --path <path-here>

Initialize Project

Now that the Helix CLI and HelixDB are installed on your device, initialize a project.

Why is RAG still so hard?

Most teams stitch together vector DBs, graph DBs, and custom logic. It's slow to build, hard to maintain, expensive to scale, and bottlenecks performance.

Traditional Setup

Graph Databases

Neo4j
ArangoDB
Amazon Neptune

Vector Databases

Pinecone
Qdrant
Redis

Cloud Infrastructure

Google Cloud
AWS
Azure

Helix Setup

Helix

One Simple Solution

Replace your complex stack with a single platform

Hybrid Query Traversals

Seamlessly combine vector similarity search with graph traversals in a single, powerful query. No more complex joins or multiple database calls.

QUERY findSimilarFriends(userID: String, queryVec: Vector) =>
similar <- SearchV(queryVec, topK: 5)
friends <- similar::Out<Friends>
RETURN friends::{ ID, name, similarityScore }

Type-Safety

Advanced static analysis provides real-time feedback, autocomplete, and error detection. Write queries with confidence.

Type Checker

> helix check
❌ Checking Helix queries
error: 'Know' is not a valid edge type (in QUERY named 'get_user*)
      |--queries.hx: 16:38
16    |   user_nodes <- N<User> (node_1d):: 0ut<Know>
---> help: check the schema for valid edge types
...

Lower Costs

Eliminate the complexity and cost of maintaining separate vector and graph databases. One unified solution.

1
Database
1
Cloud
50%
Less Data

High Speeds

Optimized for both vector similarity and graph traversal workloads with industry-leading performance metrics.

~2ms
Vector Similarity Search
Sub 1ms
Graph Traversals

Use Cases

Discover how Helix's hybrid graph-vector architecture transforms complex data challenges across industries

⚖️

Legal Research Assistant

Link legal cases, statutes, and expert commentary. Retrieve relevant precedents with contextual awareness.

Graph Use

Case-to-case citations, legal topic hierarchy, statute relationships, and judicial precedent networks

Vector Use

Semantic similarity of legal text and case facts, natural language legal queries, and contextual document retrieval

Why Helix

Native traversal of both legal relationships and vector relevance makes graph RAG seamless. Query complex legal precedents while understanding both citation networks and semantic similarity of case facts in a single system.

Join Our Growing Community

Be part of the next generation of database technology. Connect with developers and innovators building the future.

Coming Soon

Managed Cloud Service

Focus on building while we handle the infrastructure. Our fully managed HelixDB service takes care of scaling, maintenance, and security so you can concentrate on what matters most.

  • Automatic scaling to handle traffic spikes
  • 24/7 expert support and monitoring
  • Enterprise-grade security and compliance
Join Waitlist

Be the first to know when we launch

Commercial Support

Do you want to use HelixDB in production, with automated disaster recovery, monitoring, consulting, and support from the HelixDB team?

Ready to Get Started?

Book a call with our team to discuss your specific needs and get HelixDB running in production.

Feature Priority
Self-Hosted
Expert Support
Enterprise Ready
Book a call

Free 30-minute consultation • No commitment required