FalkorDB GraphRAG-SDK Adds Ollama and Azure OpenAI Support

FalkorDB GraphRAG-SDK Adds Ollama and Azure OpenAI Support

Our GraphRAG-SDK version 0.2.0 now supports Ollama and Azure OpenAI, expanding deployment options for graph-based RAG applications. 

This integration enables developers to leverage local LLM deployments through Ollama or enterprise-grade Azure OpenAI services while maintaining FalkorDB’s efficient graph storage and retrieval capabilities.

TL;DR

Local LLM Support

  • Run GraphRAG workloads entirely on-premises using Ollama
  • Reduce latency and maintain data privacy
				
					```python
from graphrag_sdk.models.ollama import OllamaGenerativeModel

# Initialize your Ollama preferred model
model = OllamaGenerativeModel(model_name="preferred_model")
```
				
			

Enterprise Integration

  • Seamless connection to Azure OpenAI services
  • Production-ready deployment options for enterprise environments
				
					```python
from graphrag_sdk.models.azure_openai import OpenAiGenerativeModel

# Initialize your Azure OpenAI preferred model
model = AzureOpenAiGenerativeModel(model_name="preferred_model")
```
				
			

The update streamlines the implementation of graph-based retrieval augmented generation (RAG) systems, particularly beneficial for AI developers working with large document collections requiring sophisticated knowledge extraction and querying capabilities.

How to use our GraphRAG-SDK

For Knowledge Management Systems

Document Processing

  • Convert enterprise documentation into queryable knowledge graphs
  • Enable complex queries across multiple documents while maintaining relationships between concepts
  • Reduce token usage by 26-97% compared to traditional RAG approaches

 

How to improve enterprise documentation processing

For Data Integration Projects

Flexible Source Processing

  • Ingest data from URLs, CSV files, and JSON sources
  • Automatically generate ontologies for different domains
  • Connect multiple knowledge graphs for comprehensive analysis

 

For Enhanced RAG Applications

Improved Query Understanding

  • Capture complex relationships between entities
  • Provide explainable and verifiable responses
  • Enable visual debugging of query results

The SDK is particularly suitable in scenarios requiring complex reasoning across large datasets while maintaining high performance and accuracy. Its multi-model support and flexible deployment options make it suitable for both cloud and on-premises implementations.

 

Check it out here, happy coding: https://github.com/FalkorDB/GraphRAG-SDK/releases

Ultra-fast, multi-tenant graph database using sparse matrix representations and linear algebra, ideal for highly technical teams that handle complex data in real-time, resulting in fewer hallucinations and more accurate responses from LLMs.

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Ultra-fast, multi-tenant graph database using sparse matrix representations and linear algebra, ideal for highly technical teams that handle complex data in real-time, resulting in fewer hallucinations and more accurate responses from LLMs.

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Avi Tel-Or

CTO at Intel Ignite Tel-Aviv

I enjoy using FalkorDB in the GraphRAG solution I'm working on.

As a developer, using graphs also gives me better visibility into what the algorithm does, when it fails, and how it could be improved. Doing that with similarity scoring is much less intuitive.

Dec 2, 2024

Ultra-fast, multi-tenant graph database using sparse matrix representations and linear algebra, ideal for highly technical teams that handle complex data in real-time, resulting in fewer hallucinations and more accurate responses from LLMs.

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