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Large Language ModelsQiita 機械学習Published: Sep 30, 2026, 22:00 JST

Gemini Enterprise Agent Platform AutoML hits 0.946 PR AUC on car-damage classifier

Gemini Enterprise Agent Platform AutoML hits 0.946 PR AUC on car-damage classifier

3 Key Points

  1. What happened

    A Qiita walkthrough trained a five-label car-damage classifier on Gemini Enterprise Agent Platform AutoML using 100 Google sample images and a CSV. The model scored PR AUC 0.946, with 90% precision and recall at a 0.5 threshold.

  2. Why it matters

    The result suggests that with labeled images and a CSV, a usable image classifier can be built without writing training code.

  3. What to watch

    The evaluation rests on only 15 test images, so the 90% figure is a rough indicator; the body notes each label has 20 images, one-fifth of the recommended 100.

WHO IT HITSThis lands on business teams and analysts who need image classification but lack ML engineering staff; they can now train and deploy a model using labeled images and a CSV, though they still need to handle cloud setup and cost management.

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Context & Analysis

The article documents a hands-on project using Google's AutoML on Gemini Enterprise Agent Platform, the service formerly known as Vertex AI. The author prepared labeled images of damaged car parts from Google-provided sample data, split into training, validation, and test sets via a CSV. After training, the model was deployed to an endpoint and called over HTTPS.

The evaluation showed strong overall performance, but the author highlights that the small test set of 15 images and limited data per label make the metrics indicative rather than definitive. One label, hood, had lower PR AUC than the others. The deployment also ran into a project-specific restriction that required using automatic resources via the CLI instead of the console's dedicated resources.

The main takeaway is that AutoML can lower the barrier to building image classifiers, but data quantity and quality remain the deciding factors. For teams considering this route, the practical test will be whether they can supply enough labeled images per class and manage ongoing inference costs after deployment.

FAQ
How long did the AutoML training take?
The console estimated one hour, but the training took one hour and 48 minutes.
What did the model predict for a bumper image sent through the console test?
The model predicted bumper with a confidence of 0.955, while all other labels were 0.03 or below.
What deployment issue came up, and how was it solved?
Console deployment failed with an error saying dedicated resources were not enabled. The author used the gcloud CLI without specifying a machine type, which deployed with automatic resources.
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