A/B Testing Patterns for Machine Learning Models
Designing and running A/B tests for ML model changes. Traffic splitting, metric selection, statistical rigor, and common pitfalls.
Designing and running A/B tests for ML model changes. Traffic splitting, metric selection, statistical rigor, and common pitfalls.
What Docker is, how containers package applications, and best practices for containerizing AI workloads.
How to deploy AI models on edge devices, covering hardware selection, model optimization, deployment strategies, and managing edge AI at …
Device-aware CI/CD for edge ML models: model optimization, over-the-air deployment, device fleet management, and monitoring at the edge.
How to navigate the journey from AI proof of concept to production deployment, covering the common pitfalls, decision gates, and engineering …
What GitOps is, how it uses Git as the single source of truth for infrastructure and deployments, and practical implementation.
What Helm charts are, how they package Kubernetes deployments, and best practices for managing charts in production.
Comparing Hugging Face and Amazon Bedrock for accessing and deploying AI models, covering model selection, deployment options, cost, and …
What immutable infrastructure means, how it replaces mutable servers with disposable instances, and why it improves reliability.
A comprehensive reference for MLflow: experiment tracking, model registry, deployment, and lifecycle management for enterprise ML and AI …
What a model registry is, how it provides versioned storage and lifecycle management for trained ML models, and why it is essential for …
A software architecture where all components are built and deployed as a single, self-contained unit.
A concrete checklist covering model quality, infrastructure, security, monitoring, documentation, compliance, and rollback planning for …
What progressive delivery means, how feature flags, canary releases, and automated rollback combine to reduce deployment risk for AI …
Combining feature flags, canary releases, and automated rollback for AI model deployments: AI-specific metrics, shadow mode testing, and …
Version control, testing, and deployment patterns for managing prompt templates at scale. Treating prompts as code.
Release strategies for AI model deployments including canary releases, shadow mode, A/B testing, and rollback procedures for ML systems.
Running new AI models in parallel with production models to compare outputs without affecting users. Implementation, comparison strategies, …
What blue-green deployment is, how it works, why it matters for zero-downtime AI model updates, and how it compares to canary and rolling …
Zero-downtime model updates using blue-green deployment: how it works, AWS implementation with Lambda aliases and SageMaker variants, and …
What canary deployment is, how gradual traffic shifting works, which metrics to watch, and how to configure automatic rollback triggers for …
Gradual traffic shifting to new model versions: how to implement canary deployments with Lambda weighted aliases and SageMaker production …
A detailed walkthrough of a CI/CD pipeline for AI: source control, Docker builds, model evaluation, staged deployment, and drift monitoring …
Building reliable CI/CD pipelines for AI projects: model artifact management, automated evaluation gates, GitHub Actions workflows, and …
What feature flags are, how they enable safe AI model rollouts, A/B testing, and instant rollback - and the tools available for implementing …
GitHub Actions workflow syntax, Hugo deployment pattern, Python testing pipelines, Docker builds, Terraform plan/apply, and model evaluation …
Why model versioning matters and how to implement it: S3 for artifacts, Git for configuration, SageMaker Model Registry, Bedrock model …
Using AWS Amplify to deploy front-end applications, host static sites, and connect to AWS AI backends.
The discipline of keeping software in a releasable state at all times through automated build, test, and deployment pipelines. CI/CD is the …