AI/ML Deployment on Kubernetes for Advanced Cloud Engineers
Master the deployment, scaling, and management of AI/ML workloads on Kubernetes, from containerization to automated pipelines and monitoring.
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Containerizing and Deploying AI/ML Applications on Kubernetes
Unit 1: Dockerizing AI/ML Applications
Intro to Containerization
Docker Installation
Dockerfile Essentials
Building Docker Images
Pushing to Docker Hub
Unit 2: Deploying to Kubernetes
K8s Intro & Concepts
Setting Up a Cluster
Deployments Explained
Services: Exposing Apps
ConfigMaps & Secrets
Unit 3: Basic K8s Resource Management
Namespaces
Resource Requests/Limits
Liveness & Readiness Probes
Scaling Deployments
Rolling Updates
Managing GPU Resources and Model Serving in Kubernetes
Unit 1: GPU Management in Kubernetes
GPU Node Discovery
Requesting GPU Resources
GPU Node Affinity
Monitoring GPU Usage
GPU Resource Optimization
Unit 2: Model Serving with Kubernetes
Model Serving Overview
TF Serving Deployment
Canary Deployments
A/B Testing
Scaling Model Serving
Unit 3: Optimizing Resource Utilization
Resource Requests
Resource Quotas
Profiling AI/ML Apps
Autoscaling Strategies
Cost Optimization
Automating ML Pipelines with Kubeflow
Unit 1: Introduction to Kubeflow
Kubeflow: An Overview
Kubeflow Components
Setting Up Kubeflow
Navigating the Dashboard
Kubeflow Flavors
Unit 2: Building ML Pipelines with Kubeflow Pipelines
Pipeline Concepts
Defining Components
Building a Simple Pipeline
Adding a Training Step
Adding a Deployment Step
Unit 3: Advanced Pipeline Techniques
Hyperparameter Tuning
Conditional Execution
Parallel Execution
Pipeline Versioning
Reusable Components
Unit 4: Model Serving with KFServing
KFServing Deep Dive
Deploying a Model
Canary Deployments
A/B Testing
Autoscaling Models
Monitoring, Scaling, and Securing AI/ML Deployments
Unit 1: Monitoring AI/ML Deployments with Prometheus and Grafana
Intro to Monitoring AI/ML
Prometheus Setup
Grafana Setup
Key AI/ML Metrics
Alerting Strategies
Unit 2: Scaling AI/ML Deployments on Kubernetes
Scaling Strategies
Horizontal Pod Autoscaling
Custom Metrics for HPA
Cluster Autoscaling
Scaling Considerations
Unit 3: Securing AI/ML Workloads on Kubernetes
Security Basics
Network Policies
RBAC
Secret Management
Security Contexts
Unit 4: Troubleshooting AI/ML Deployments
Debugging Basics
Container Crashes
Resource Constraints
Networking Issues
Model Serving Issues