From the experiment

Do coding agents recommend Google Gemini?

Google Gemini was chosen in 6% of 801 judged document processing sessions, ranking sixth.

Published September 28, 2026 Updated September 29, 2026 Read as Markdown

Google Gemini was chosen in 6% of 801 judged document processing sessions, ranking sixth. It was also raised as a candidate in 246 further sessions without being chosen.

This page reports what happened when Claude Code, Codex, Cursor, Grok Build CLI and Muse Code had to solve a problem in document processing inside a realistic codebase. Not what a chat assistant says about Google Gemini. What an agent actually installed.

The numbers

CategoryDocument processing
Sessions in the category801
Sessions where Google Gemini was chosen45
Install share6%
Rank in category6 of 42
Codebases it won in6
Raised as a candidate, not chosen246
Chosen when considered15%
Siteai.google.dev

By agent

The agents treat Google Gemini very differently. Grok Build CLI chose it in 23% of its sessions in this category and Claude Code in 1%, a spread of 22 points.

AgentSessionsChose Google GeminiShare
Claude Code18021%
Codex23521%
Cursor1802715%
Grok Build CLI30723%
Muse Code17674%

A single blended install share would report the midpoint and hide both ends. If most of your users run Claude Code, your real position here is 1%, not 6%.

By who was asking

Google Gemini does much better with one kind of buyer than another. It won 24% of sessions asked as vibe coder and 0% of those asked as enterprise team.

Who is askingSessionsChose Google GeminiShare
Vibe coder681624%
Junior developer327247%
Senior engineer27052%
Enterprise team13600%

What Google Gemini was up against

The full ranking in document processing, from the same sessions:

#ProductRuns wonShare
1Azure AI Document Intelligence19324%
2Anthropic Claude15019%
3Amazon Textract10313%
4Google Cloud Document AI496%
5OpenAI models466%
6Google Gemini (this page)456%
7Docling243%
8Apache PDFBox233%

What this means

This is an integration problem, not a presence problem. Agents raised Google Gemini in 246 sessions and chose it in 45, so it reaches the shortlist and then loses. Something at the last step is costing the session, and in our data that is usually a quickstart that does not run when pasted, documentation describing an interface that changed, or a package name that does not match the product name.

That is the cheaper of the two problems to have. The reason is written down in each losing transcript.

Where these numbers come from

The 801 sessions in document processing are part of a published set of 15,051, run with real coding agents inside realistic codebases and judged blind. The full method is on one page: how we measured this.

Every document processing run can be replayed on the board.

If you work on Google Gemini: the judge recorded a reason for every session where it was raised and passed over. Those reasons are in the transcripts.

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Common questions

Do coding agents recommend Google Gemini?

Yes. Google Gemini was chosen in 45 of the 801 judged sessions in document processing, a 6% install share, ranking sixth in its category.

Does Claude Code recommend Google Gemini?

In 2 of the 180 sessions in document processing run with Claude Code, which is 1%.

Do different coding agents treat Google Gemini differently?

Yes, and by a wide margin. Grok Build CLI chose it in 23% of its runs and Claude Code in 1%.

How was this measured?

Real coding agents at pinned versions were run in sandboxes inside 92 realistic codebases and asked to solve real tasks. A simulated project owner approved or questioned each recommendation before any code was written, and a judge from a model family that builds none of the agents read every session blind.

How often is Google Gemini considered but not chosen?

It was raised as a candidate in 246 sessions without being chosen, and chosen in 45. That is a 15% conversion from considered to chosen.

Where this comes from

Armature ran 15,051 judged sessions with Claude Code, Codex, Cursor, Grok Build CLI and Muse Code inside 92 realistic codebases, and published every run. The numbers on this page come from that work.

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