How to Route LLM Traffic by Cost and Complexity Using Intelligent Model Routing
Learn to build a multi-model router that sends simple queries to cheap LLMs and complex ones to GPT-4o or Claude, with fallbacks and cost monitoring.
Learn to build a multi-model router that sends simple queries to cheap LLMs and complex ones to GPT-4o or Claude, with fallbacks and cost monitoring.
Build hands-off retraining pipelines that fetch data, train, evaluate, and promote models only when metrics improve
Scale LLM inference pods up and down automatically based on request queue depth and GPU utilization
Ship ML models confidently by A/B testing them with a FastAPI traffic-splitting framework
Run HuggingFace model predictions on large Parquet datasets with Ray Data parallelism and write results back efficiently
Automatically decide whether to promote or rollback a canary model using Mann-Whitney U, KS tests, and effect sizes
Automate model training and evaluation in CI with GitHub Actions, DVC pipelines, and CML reports
Shrink your PyTorch models dramatically by chaining magnitude pruning with quantization in a single pipeline.
Stop hardcoding hyperparameters and use Hydra to manage model configs, run sweeps, and track experiments cleanly
Scan Python ML environments for CVEs, pin safe versions, and automate vulnerability checks in CI pipelines
Automate ML model deployments to SageMaker with Terraform configs you can version and reproduce
Detect data and prediction drift in production ML models using Evidently reports served through a FastAPI monitoring API
Distribute ML inference traffic across multiple model servers with NGINX, FastAPI, and Docker Compose
Create a self-service dashboard where stakeholders can explore model predictions and feature importance
Serve ML features at sub-millisecond latency using Redis as an online feature store with a FastAPI interface
Ship new models safely with percentage-based routing, real-time metrics, and automated promotion or rollback logic.
Create a self-hosted model health dashboard with FastAPI, SQLite, and simple HTML charts
Prevent model inference failures by validating request data with Pydantic models and custom validators
Find your model API’s breaking point with Locust load tests and automated performance reports.
Create a self-hosted model registry API that tracks metrics, parameters, and deployment status with SQLite
Instrument a FastAPI model server with prometheus_client and build Grafana dashboards that catch latency spikes and distribution shifts
Set up real-time performance monitoring that sends alerts to Slack when your model metrics drop
Automatically detect failing ML models in production and roll back to the last known good version
Serve HuggingFace models as fast APIs using LitServe with batching, GPU acceleration, and Docker deployment.
Serve ML models in production with Ray Serve’s auto-scaling and FastAPI’s request handling combined
Track, store, and switch between model versions using DVC pipelines backed by S3 remote storage
Cut ML inference cold starts from minutes to milliseconds with preloaded ECS containers that keep models in memory.
Eliminate cold-start latency in ML APIs by warming up models at startup and adding proper health checks with FastAPI.
Route production traffic to both primary and shadow models concurrently, log results, and decide when to promote the new model
Run two model versions side by side, validate the new one with health checks, and swap traffic instantly with rollback
Safely deploy ML models with percentage-based traffic splitting, shadow mode, and instant rollback using feature flag systems
Speed up your ML API with prediction caching and smart batching. Cut response times by 90% and double your GPU throughput with working code.
Deploy new model versions to a small percentage of traffic first and promote or rollback based on real metrics
Set up Evidently AI to track data drift, model quality, and deploy automated monitoring for your ML pipelines.
Turn your trained models into scalable REST APIs with BentoML’s model serving framework and one-click containerization
Split traffic between prompt variants, collect quality metrics, and pick winners with statistical confidence
Step-by-step guide to creating reproducible ML workflows with KFP v2 on Kubernetes, from local setup to production pipelines.
Ship a containerized LLM inference server with streaming, concurrency handling, and production hardening
Catch silent model degradation early using drift detection, statistical tests, and automated monitoring pipelines
Find your LLM API’s breaking point before your users do by running realistic load tests with Locust
Track every LLM call, measure quality with evaluations, and catch regressions before users notice them
Get an SGLang server running, send requests via the OpenAI SDK, and fix the errors you’ll actually hit
Set up vLLM to serve open-source LLMs with an OpenAI-compatible API endpoint
Automate model training, testing, and deployment using GitHub Actions workflows with CML and DVC
Go from trained model to versioned, aliased, and served artifact using MLflow’s Python SDK