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LLM Data Architecture

Retrieval, embedding, and evaluation pipelines for production LLM applications — from RAG to fine-tuning.

AI Product Teams SaaS Companies Growing Startups

Overview

Production LLM systems are data systems first and model systems second. The hard problems — retrieval quality, evaluation, drift, cost, and reproducibility — are all upstream of the model itself. We design the data architecture that makes those problems tractable, whether you’re running RAG over an internal knowledge base or fine-tuning on proprietary data.

Reference Architecture

flowchart LR
Docs[("Documents<br/>& Knowledge")] --> Chunk["Chunking<br/>+ Cleaning"]
Chunk --> Embed["Embedding<br/>Pipeline"]
Embed --> Vector["Vector DB<br/>(Pinecone / Weaviate / pgvector)"]
Query["User Query"] --> Retrieve["Retriever"]
Vector --> Retrieve
Retrieve --> Prompt["Prompt Assembly"]
Prompt --> LLM["LLM Inference"]
LLM --> Response["Response"]
Response --> Eval["Evaluation<br/>(Golden Sets, LLM-as-Judge)"]
Eval -.-> Chunk
Eval -.-> Embed

Engagement Model

Engagements typically begin with an evaluation harness so every subsequent change — new embedding model, new chunking strategy, new retriever — can be measured against a fixed benchmark. From there we iterate on retrieval and prompt design with confidence that improvements are real rather than anecdotal.

What's Included

  • Retrieval-augmented generation (RAG) architecture and chunking strategy
  • Embedding pipelines with reproducible model + version tracking
  • Vector database selection (Pinecone, Weaviate, pgvector) and tuning
  • Evaluation harness with golden datasets and offline scoring
  • Prompt, model, and dataset versioning for safe rollouts

Technologies

  • PostgreSQL
  • Snowflake
  • Databricks
  • Apache Airflow
  • Python
  • AWS
  • Microsoft Azure

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