MLOps
A framework for automating and managing the lifecycle of machine learning models. It is an extension of DevOps that combines software engineering's CI/CD with 'Continuous Training (CT)' to maintain model performance and stability in production environments.
Detailed explanation
Why It Matters in Tool Selection
Since machine learning models rely on constantly changing 'data' rather than static code, their performance inevitably degrades over time. MLOps tools are essential because they prevent this 'technical debt' and provide the infrastructure to stably serve models to tens of thousands of users in actual production environments, rather than just having them work well in laboratory environments.
What to Check
- The automation level of the Continuous Training (CT) pipeline (manual vs. automated retraining)
- Whether experimental reproducibility is guaranteed through data and model version control (lineage)
- Monitoring capabilities to detect model drift and data bias in real time
- Compatibility with existing cloud infrastructure (AWS, GCP, Azure) and Kubernetes
Examples
When MLOps is introduced in a financial Fraud Detection System (FDS), the system detects the moment the accuracy of the existing model drops due to the emergence of new fraud patterns. It then automatically collects the latest data, retrains the model, and once the validation is passed, immediately deploys it to the production environment to prevent fraud.
Confusing Terms
DevOps
Focuses on code version control and service stability. (Code-centric)
LLMOps
A subconcept of MLOps, specialized in prompt engineering, vector databases, and LLM fine-tuning.