To implement RAG, one must first choose the right database for information retrieval, which could be Elasticsearch, vector databases, or knowledge graphs.
Elasticsearch is ideal for structured data like CIM tables that require fast and accurate retrieval.
Vector databases work best with large amounts of unstructured data and semantic search.
Knowledge graphs are best suited for complex, interconnected relationship scenarios where a deep understanding is needed to retrieve the right information.
Optimizing RAG systems revolves around enhancing performance dimensions like query latency, retrieval speed, and data accuracy.
Multi-retrieval strategies involve leveraging parallel searches across different databases to maximize retrieval quality and speed.
Multi-database retrieval pipeline where each database contributes its strengths in the context of specific queries leads to an effective RAG system.
Choosing the right database for a RAG system depends on the type of data and queries being answered.
Ultimately, the future of RAG lies in integrating multiple databases for structured and unstructured data, complex relationships, and highly accurate results.
By understanding the strengths and limitations of each database, a system that leverages the best features of each can be built.