L06: MLOps

L06: MLOps

16:53

What is MLOps?

MLOps (Machine Learning Operations) is a set of practices that combines Machine Learning, DevOps, and Data Engineering to manage the entire ML lifecycle in a production environment.

In simple terms:

MLOps helps take ML models from notebooks to real-world applications reliably and at scale.


Key Components of MLOps

1. Version Control

  • Code versioning (Git)

  • Data versioning (DVC)

  • Model versioning (MLflow, SageMaker Model Registry)


2. CI/CD for ML

  • Automated training

  • Automated testing

  • Automated deployment

  • Continuous integration of new data and models


3. Model Deployment

  • Real-time endpoints

  • Batch inference

  • Serverless deployment


4. Monitoring & Observability

  • Performance monitoring

  • Data drift detection

  • Bias detection

  • Logging and alerting


5. Automation Pipelines

  • Training pipelines

  • Evaluation pipelines

  • Retraining pipelines


Benefits of MLOps

  1. Faster model delivery to production

  2. Reproducible experiments

  3. Scalable model serving

  4. Reduced operational risks

  5. Continuous model improvement


Real-World Use Cases

  • Recommendation systems

  • Fraud detection platforms

  • Autonomous vehicles

  • Chatbots and GenAI systems

  • Healthcare diagnostics


MLOps in Cloud (AWS Example)

  • Amazon SageMaker for training & hosting

  • AWS CodePipeline for CI/CD

  • Amazon CloudWatch for monitoring

  • Amazon S3 for data storage

  • Amazon ECR for container images


Quiz

Q1. What is the main goal of MLOps?

A. To write ML algorithms
B. To manage ML models in production reliably
C. To design user interfaces
D. To collect only raw data

Correct Answer: B
Explanation: MLOps focuses on deploying, monitoring, automating, and maintaining ML models in production systems.


Q2. Which tool is commonly used for model versioning in MLOps?

A. Excel
B. GitHub
C. MLflow
D. PowerPoint

Correct Answer: C
Explanation: MLflow is widely used for tracking experiments, versioning models, and managing ML lifecycle artifacts in MLOps workflows.