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Data Engineering Path  ·  Data & AI

MLOps vs. LLMOps Architecture

+---------------------------------------------------------------------------------+
|                              TRADITIONAL MLOPS                                  |
|  Data Prep -> Train XGBoost/CNN -> Validate F1/RMSE -> Deploy Model Weights     |
+---------------------------------------------------------------------------------+
                                       VS.
+---------------------------------------------------------------------------------+
|                                    LLMOPS                                       |
|  Foundation Models (Pre-trained) -> Prompt + RAG + Guardrails -> Evals -> API  |
|  Continuous Feedback -> Semantic Caching -> Traceability & Token Cost Control    |
+---------------------------------------------------------------------------------+

How LLMOps Diverges from Traditional MLOps

While traditional Machine Learning Operations (MLOps) centered around feature stores, model training runs, and monitoring scalar metrics like accuracy or ROC-AUC, LLMOps introduces fundamentally distinct engineering concerns:

Dimension Traditional MLOps LLMOps
Model Creation Training models from scratch on tabular/image datasets. Adopting massive Foundation Models via API or open weights.
Primary Artifact Serialized model file (model.pkl, model.onnx). Prompt templates, RAG vector indexes, and system guardrails.
Evaluation Deterministic metrics (Precision, Recall, MSE). Non-deterministic (LLM-as-a-Judge, semantic similarity, ROUGE/BLEU).
Cost Driver Training compute (cloud GPU instances). Ongoing inference token consumption and API billing.
Drift Detection Covariate shift, statistical distribution changes. Semantic drift, prompt injection exploits, hallucination rates.

The Core Pillars of Modern LLMOps

  1. Prompt Management & Version Control: Tracking prompt versions alongside code in Git, preventing silent regression.
  2. Evaluation-Driven Development (EDD): Running automated test suites of 100+ prompt-response pairs before merging pull requests.
  3. Observability & Tracing: Capturing every intermediate LLM call, vector search latency, and token cost with tools like LangSmith or OpenTelemetry.
  4. Guardrails & Security: Scanning inputs and outputs for PII leaks, hate speech, and jailbreak attempts.
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