Amazon · Filed Oct 27, 2025 · Published Oct 22, 2026

Amazon Files Patent for a Side-by-Side Report Card on AI Model Updates

Amazon's filing describes a tool that explains why an AI model made a decision and lets you fix it, but its claims zero in on one thing: comparing two versions of a model side by side.

An interactive dashboard compares accuracy scores, training times, and error rates side by side across different versions of an AI model. Drawing from patent filing US 2026/0330260 A1.
An interactive dashboard compares accuracy scores, training times, and error rates side by side across different versions of an AI model.
See all 11 drawings from this filing ↓
Publication number US 2026/0330260 A1 US20260330260A1
Applicant Amazon Technologies, Inc.
Filing date Oct 27, 2025
Publication date Oct 22, 2026
Inventors Shikhar Gupta, Shriram Venkataramana, Sri Kaushik Pavani, Sunny Dasgupta
US classification 706/12
Examiner SANA, MOHAMMAD AZAM (Art Unit 2166)
Status when we published Examiner raised objections; the company can respond (Oct 5, 2026)
Parent application is a Continuation of 18645257 (filed 2024-04-24)
Document 20 claims

What Amazon's model-comparison screen shows

Every time a team tweaks an AI model and trains it again, someone has to answer one plain question: did that change actually help? Amazon's filing points out that many of these models are hard for non-experts to understand or fix, so the answer is not always easy to find.

This patent application describes a comparison screen offered through a cloud service. You pick two versions of the same model, and the screen shows a graph of how each one scores, plus a list of what was changed to get from the first to the second.

Think of it as a before-and-after report card with a change log attached. The filing also describes a larger toolkit that explains why a model made a decision and suggests fixes, but the claims in this version focus on the comparison.

From the filing · CLAIM 21
receive, via one or more programmatic interfaces at a network-accessible service of a cloud computing environment, a request to compare a first version of a machine learning model to a second version of the machine learning model …

Translation: Users can ask the cloud to compare two different versions of an artificial intelligence model.

How a tweak to an AI model gets tracked

The core claim covers a request-and-response step. A user sends a request, through an interface on a cloud computing service, to compare a first version of a machine learning model with a second version. The service answers with a representation of the differences.

That answer has to include two things:

  • A graph of one or more metrics (scores that measure how well a model performs) for both versions.
  • An indication of the actions that were performed to get from the first version to the second.

The dependent claims add detail. The actions can include a change to a hyper-parameter (a setting that controls how the model learns) or a change to the training input (the examples the model learns from). The service can also list every version of a model by its name or ID, train a third version on request, and show a graph of another metric.

The description shows what a finished screen might hold: when each version finished training and how long it took, a curve of quality over training rounds, and a count of right and wrong calls for each version (a confusion matrix). It also describes a wider session where the service highlights which factors drove a model's predictions and suggests fixes, such as adjusting weights or removing records.

From the filing · THE ABSTRACT
In the session, indications of factors contributing to a prediction decision are provided, as well indications of candidate model enhancement actions.

Translation: The system shows what caused a specific prediction and suggests ways to improve the model.

Why AI teams may want a clear change log

If you build or manage AI models, even without being an expert, a screen like this would let you see whether a change paid off and exactly what was changed to get there. The filing says the wider tool is aimed at business users who want to develop and use models without a data science background, and it argues that clear explanations help people trust a model's results.

For Amazon, the filing fits a cloud service where customers build and manage models. The examiner's first review rejected the claims as filed, which is routine at this stage and usually followed by amendments. The application also continues earlier filings, two of which are now granted patents, so the final wording here may still shift.

Amazon's 11th filing we've tracked in Enterprise AI since May builds on earlier applications like one routing requests across models and one scoring AI responses early.

Editorial take

Claim 21 is short and broad. It asks for three things: a request to compare two versions of a model, a graph of at least one metric for both versions, and a note of the actions that produced the newer one.

It names no type of model, no particular metric and no specific kind of change. Only the dependent claims mention a neural network, a hyper-parameter or edits to training data. As written, it would reach any cloud service that offers this comparison view, which is a wide net for a screen many people would call routine bookkeeping.

The title promises explanations and fixes, but the claims here cover only the comparison screen, so the more ambitious part of the description sits outside what this application would protect. The examiner's first-round rejection leaves open whether the final wording ends up narrower.

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The drawings

11 drawing sheets from US 2026/0330260 A1 · click any drawing to enlarge

How the cloud service tests and analyzes AI models, drawing sheet 1 from US 2026/0330260 A1
Sheet 1 How the cloud service tests and analyzes AI models
Steps for helping users inspect and improve an AI model, drawing sheet 2 from US 2026/0330260 A1
Sheet 2 Steps for helping users inspect and improve an AI model
A dashboard showing what drives an AI model's choices, drawing sheet 3 from US 2026/0330260 A1
Sheet 3 A dashboard showing what drives an AI model's choices
Giving real-time feedback while an AI model trains, drawing sheet 4 from US 2026/0330260 A1
Sheet 4 Giving real-time feedback while an AI model trains
Checking the statistics of data used to train the AI, drawing sheet 5 from US 2026/0330260 A1
Sheet 5 Checking the statistics of data used to train the AI
Letting users adjust how strongly each clue affects the AI, drawing sheet 6 from US 2026/0330260 A1
Sheet 6 Letting users adjust how strongly each clue affects the AI
Spotting prediction errors and the factors behind each mistake, drawing sheet 7 from US 2026/0330260 A1
Sheet 7 Spotting prediction errors and the factors behind each mistake
Finding similar records to diagnose why an AI failed, drawing sheet 8 from US 2026/0330260 A1
Sheet 8 Finding similar records to diagnose why an AI failed
Show the other 3 sheets
Side-by-side scorecard comparing two versions of an AI model, drawing sheet 9 from US 2026/0330260 A1
Sheet 9 Side-by-side scorecard comparing two versions of an AI model
Cloud servers that train and evaluate classification models, drawing sheet 10 from US 2026/0330260 A1
Sheet 10 Cloud servers that train and evaluate classification models
Computer hardware that runs the model testing tools, drawing sheet 11 from US 2026/0330260 A1
Sheet 11 Computer hardware that runs the model testing tools
Browse all the drawings 11 drawing sheets
Patent filing page

Source. Full patent text and figures from the official USPTO publication PDF.
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