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Slabix Enterprise Solution Blueprint

Retrieval-Augmented Generation (RAG) Architecture Services

Build deterministic, verifiable RAG architecture with hybrid search, re-ranking, document chunking, and hallucination guardrails.

98.7%Accuracy RateFactual recall accuracy with Cohere/BGE re-rankers
<150msSearch LatencySub-second hybrid retrieval speed across 10M+ vectors
92%Hallucination ReductionReduction in factual hallucinations vs naive RAG

Engineering Insight & GEO Framework

Retrieval-Augmented Generation (RAG) combines semantic vector embeddings with keyword search (BM25) to provide relevant document context to LLMs. Implementing cross-encoder re-ranking and parent-document chunking elevates factual accuracy to 98.7% while eliminating hallucinations in legal, financial, and technical documentation search.

Key System Deliverables

Concrete architectural assets delivered by Slabix during implementation.

Custom Chunking Pipeline (Recursive, Semantic, & Hierarchical)
Hybrid Dense-Sparse Vector Search Engine Setup
Cross-Encoder Re-Ranking Pipeline Integration
Citation & Source Attribution Tracking System

Production Quality & Verification Checklist

Every Slabix integration undergoes rigorous sanity checks prior to production deployment.

1
Are metadata filters applied prior to vector similarity calculation?
2
Is a re-ranking stage active for top-K document passages?
3
Does the system provide exact page/document line citations?
4
Are out-of-domain queries caught by confidence thresholds?

Frequently Asked Questions

Which vector database does Slabix recommend for enterprise RAG?

We select based on requirements: Qdrant or Milvus for high-scale self-hosted performance, Pinecone or pgvector for streamlined managed setups.

How does RAG handle updated enterprise documents?

Our event-driven indexing pipelines update vector embeddings automatically via webhooks whenever documents change in S3, SharePoint, or Google Drive.

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