Distributed AI Systems — Complete Guide
Distributed AI Systems — Complete Guide: free step-by-step lesson with examples, common mistakes, and interview tips — part of ML.NET Tutorial on Toolliyo Academy.
On this page
ML.NET Tutorial · Lesson 79 of 100
Distributed AI Systems
Foundations ✓ → Models ✓ → NLP & advanced → MLOps
NLP & advanced · 3 — Recs, text, ONNX · ~10 min · Module 8: Advanced ML.NET
What is this?
Distributed AI systems split training workers, model registry, and inference nodes across machines.
Why should you care?
AIPredict trains fraud models on a GPU worker while many API pods only load zips from blob storage.
See it live — copy this example
Use a .NET console or Web API project with Microsoft.ML. Run dotnet run after pasting.
// Worker writes blob; API pods read same URI
var blobUri = Environment.GetEnvironmentVariable("MODEL_BLOB_URI");
await using var stream = await blobClient.OpenReadAsync();
var model = ml.Model.Load(stream, out var schema);
services.AddPredictionEnginePool<TxRow, FraudPred>()
.FromFile("/models/cache/fraud.zip");
What happened?
- Train centrally, publish artifact to shared storage, scale stateless inferencers horizontally.
- Follow the steps below — typing the code yourself is the fastest way to learn.
Practice next
- Worker trains and uploads zip.
- API downloads to local cache.
- Register pool from cache path.
- Add ETag check for reload.
- Use regional blob replicas.
Remember
Central train. Shared artifact. Stateless infer pods.
AIPredict distributed infer
Three API regions load same fraud zip.
Outcome: Consistent scores without per-pod training.
Interview prep for this lesson
Practice these questions aloud after reading—each links to a full structured answer.
Sign in to ask a question or upvote helpful answers.
No questions yet — be the first to ask!