LLMS.txt Generator - AI-readable data structure

by arven.io

Enables the structured generation of an LLMS.txt file directly in Shopware 6 to optimally provide product and category data for AI systems such as ChatGPT, Gemini or Claude.

Expected release: July 2025

Compatible with:

Self-hosted

Includes:

Free trial month

The subscription starts with a free trial month during which it can be canceled at any time.

All updates

During the subscription all released updates are included for free

Support from the Extension Partner

In case you have any questions or problems with your extension you can always ask the Extension Partner for help during the subscription.

Description

Highlights

No hidden costs
No registration required

Features

Creates an ai-readable file called llms.txt, optimized to be rea

About the Extension

Think of the LLMS.txt file as a sitemap.xml that is crawled and indexed by search engines - only it is specifically designed for AI tools. While a sitemap.xml is sufficient for search engines, it is not optimal for Large Language Models (LLMs). LLMS.txt is a specially structured text file located at https://your.domain/llms.txt that makes your store data as simple and AI-friendly as possible in order to make AI-supported processes (product texts, SEO, translations, categorizations, bulk tasks) as efficient as possible. With our LLMS.txt Generator plugin, you can structure your store data optimally for AI-supported applications and make it easily readable for Large Language Models (LLMs) such as ChatGPT, Claude or Gemini. The file is directly readable for LLMs without the need for an external interface.

How does this benefit you?

Clear, structured database: You provide your store data (products, categories, properties) in a clear structure and reduced to relevant content.

Better AI processing: LLMs can interpret these files faster, more consistently and with fewer errors, as no irrelevant HTML elements or complex API responses need to be parsed.

Higher quality of AI results: The AI receives all important information in a compact structure.