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TutorialsAWS Machine Learning BlogFrom the source· Purna Sanyal·· 2 hours agoPicks

How Exowatt outperformed frontier models on specific tasks with SageMaker serverless customization

Exowatt beats frontier models on accuracy with SageMaker serverless model customization

Who
Exowatt
What
shared a repeatable SageMaker AI serverless model customization pipeline for fine-tuning and evaluating task-specific models for edge and cloud deployment
Quote
In this post, we show how Exowatt used Amazon SageMaker AI serverless model customization to build a repeatable AI pipeline.

What happened

Exowatt used Amazon SageMaker AI serverless model customization to fine-tune Qwen3-1.7B for edge alarm triage and Qwen3-14B for cloud energy-market analysis. The models achieved 0.911 and 0.975 macro-F1 on their respective tests, outperforming the reported frontier baselines. Its reusable pipeline combines curated data, checked paraphrases, fine-tuning, and evaluation, supporting offline CPU deployment at the edge and cloud inference at $0.60 per 1,000 answers versus $29.26 for Claude Opus 4.7.

Why it matters

The case illustrates a transferable fine-tuning workflow in which verified paraphrase diversity improves task accuracy while a shared training pipeline supports both offline edge inference and managed cloud deployment.

Read next

See the full storyExowatt Fine-Tunes Qwen3 Models for Alarm Triage and Energy-Market Analysis

The story so far

Exowatt used Amazon SageMaker AI serverless model customization to fine-tune two Qwen3 models for alarm triage and energy-market analysis, with both outperforming the frontier-model baselines reported in an AWS Machine Learning Blog post. Qwen3-1.7B achieved 0.911 macro-F1 on the edge alarm-triage test, while Qwen3-14B achieved 0.975 macro-F1 on the cloud energy-market analysis test. Those results apply to the specific tasks tested. Exowatt’s reusable pipeline combines curated data, checked paraphrases, fine-tuning, and evaluation. It supports offline CPU deployment for the edge model and cloud inference for energy-market analysis. The post reported cloud inference costs of $0.60 per 1,000 answers, compared with $29.26 for Claude Opus 4.7.

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