MLOps 101

My Journey into Production Machine Learning

Hey there! 👋

I want to share what I've learned about taking machine learning models from Jupyter notebooks to production systems. If you've ever trained a model that worked perfectly on your laptop but struggled to deploy it reliably, or found yourself manually retraining models and wondering "there has to be a better way," this guide is for you.

MLOps isn't just DevOps for ML—it's a complete rethinking of how we build, deploy, and maintain machine learning systems at scale.

What You'll Learn

This guide covers everything I wish I knew when I started deploying ML models in production:

Core Concepts

  • MLOps Fundamentals: Understanding the ML lifecycle and why traditional DevOps falls short

  • Kubernetes for ML: Container orchestration tailored for ML workloads

  • Kubeflow Ecosystem: The complete ML platform built on Kubernetes

Practical Implementation

  • Development Environment: Setting up Kubeflow Notebooks with Python 3.12

  • Pipeline Orchestration: Building reproducible ML pipelines with Kubeflow Pipelines

  • Automated Training: Hyperparameter tuning and experiment tracking with Katib

  • Model Serving: Deploying models with KServe for production inference

  • Model Management: Versioning and tracking with Model Registry

Production Operations

  • Monitoring & Observability: Tracking model performance in production

  • CI/CD for ML: Automated testing, validation, and deployment

  • End-to-End Workflow: Complete example from data to production

Why Kubeflow?

After exploring various MLOps platforms, I chose Kubeflow because:

  1. Kubernetes-Native: Leverages existing K8s infrastructure and skills

  2. Modular Design: Use only the components you need

  3. Open Source: No vendor lock-in, active community

  4. Production-Ready: Battle-tested by organizations running ML at scale

  5. Complete Platform: Covers the entire ML lifecycle

Prerequisites

To get the most out of this guide, you should have:

  • Basic Python knowledge (we'll use Python 3.12)

  • Familiarity with Docker and containers

  • Understanding of basic Kubernetes concepts (pods, services, deployments)

  • Experience training machine learning models

Don't worry if you're not an expert—I'll explain concepts as we go.

What Makes This Guide Different

This isn't a theoretical overview or marketing material. Everything here comes from:

  • Real implementations and debugging sessions

  • Actual production deployments and lessons learned

  • Personal projects where I've used these tools

  • Mistakes I've made (and how to avoid them)

You won't find "imagine you work at Company X" scenarios here—just practical knowledge from hands-on experience.

The Path Forward

Machine learning in production is different from research. Models drift, data changes, infrastructure fails, and business requirements evolve. MLOps gives us the tools and practices to handle these challenges systematically.

Let's dive in and build production-ready ML systems together.


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