The article discusses the concept of RAG systems and their evolution alongside LLM-powered applications.
It explores the practical implications of LLMOps, essentially MLOps tailored for large language models, with a focus on RAG systems.
Key questions addressed include data tracking in RAG systems, evaluation of retrieval quality, and system architecture choices.
The article highlights the importance of observability, evaluation/testing, reproducibility, modularity, and versioning in RAG systems.
The author details building a containerized RAG system orchestrated with Docker Compose and utilizing a microservice architecture.
Challenges in data versioning, traceability, and system evaluation are discussed within the context of RAG systems.
The exploration includes incorporating monitoring with Prometheus and Grafana, and discussing evaluation methodologies using tools like RAGAS and MLflow.
The article delves into model deployment considerations, system design choices, and the implications of using hosted LLMs versus self-hosted models.
Future considerations involve event-driven architectures, enhanced evaluation infrastructure, user feedback mechanisms, and database optimization for RAG systems.
The author emphasizes the ongoing evolution and learning process in working with RAG systems, seeking feedback and further insights.
The project serves as a practical exploration of deploying RAG systems, aiming to grasp the nuances of achieving 'production-ready' status in this domain.