#llmsmap.me

Independent technical audit

docs.laragent.ai

docs.laragent.ai

Overall AI readiness score

A combined result across all audit signals.

75of 100Excellent
AI readiness audit: 8/14/2026Public technical data

Overall AI readiness assessment

How ready docs.laragent.ai is for AI systems

75/100

Official LarAgent Documentation (docs.laragent.ai) received an AI-readiness score of 75/100 in an automated technical audit. llms.txt was accessible, llms-full.txt was accessible, and ai.txt was not found. The robots.txt analysis found 0 explicitly allowed and 0 blocked AI crawlers, with 1 declared sitemap. Homepage markup completeness was 0%; no Schema.org types were detected and 0 OpenGraph tags were detected. Results reflect the public site response observed on 2026-08-14T00:05:35.821Z.

Audit context

llms.txt is accessible and contains 1,605 tokens. An expanded llms-full.txt is also available with 80,049 tokens, giving agents more direct context. No separate ai.txt policy was detected; it is optional, but can clarify training, retrieval, and attribution preferences.

robots.txt is available. 11 of 11 tracked AI bots are not blocked. Declared sitemaps: 1. No Schema.org type was detected on the homepage. 0 OpenGraph tags were found and markup completeness is 0%, leaving more entity interpretation to crawlers.

The mobile Lighthouse profile adds Performance 87/100, Accessibility 96/100, Best Practices 100/100, SEO 92/100, and experimental Agentic Browsing 100/100. These signals have a limited weight: they complement rather than replace llms.txt, robots.txt, and structured-data checks.

Confirmed strengths

  • Accessible llms.txt
  • Expanded llms-full.txt
  • 1 sitemap declaration
  • Strong Google agentic signals

Priority improvements

  1. 1Add JSON-LD for the organisation, website, and core entities.
  2. 2Complete OpenGraph and canonical homepage metadata.
  3. 3Reduce mobile rendering delay and main-thread work.
llms.txt tokens1,605
llms-full.txt tokens80,049
ai.txt
sitemap.xml

Google Lighthouse technical profile

A mobile Lighthouse measurement. Google’s experimental Agentic Browsing category is explained separately and does not replace the broader llmsmap AI-readiness score.

Mobile · Lighthouse
87

Performance

96

Accessibility

100

Best Practices

92

Technical SEO

100

Agentic Browsing

What these results mean

Mobile performance is 87/100, with the largest visible content block appearing in 3.3 s and the browser main thread blocked for 150 ms. Layout shift was 0. The main thread is where the browser runs JavaScript, calculates layout, and paints the page; long work there delays both user input and browser-agent actions.

Accessibility scored 96/100, Best Practices 100/100, and technical SEO 92/100. The experimental Agentic Browsing category scored 100/100. It measures signals Google currently tests for software agents and is shown separately from the llmsmap AI-readiness score.

1

Free the main thread and accelerate the first view

Split long JavaScript tasks, defer non-critical scripts and styles, and shorten blocking request chains. This helps the primary content appear sooner and makes controls usable earlier.

2

Reduce code that loads without helping the page

Remove unused CSS and JavaScript, load heavy widgets on demand, and limit third-party scripts. Less code means less parsing and background work on the device.

3

Optimise images and their loading order

Serve correctly sized modern formats, prioritise the primary visual, and lazy-load content below the first viewport.

4

Reduce network delay

Improve server response time, remove unnecessary redirects and repeat downloads, and use compression, caching, and selective preconnect hints.

FCP2.3 s

First content

LCP3.3 s

Main content

CLS0

Layout stability

TBT150 ms

Blocking time

SI3.2 s

Visual speed

Metric glossary
FCP · First content
When the first text or image appeared on screen.
LCP · Main content
When the largest visible element in the first viewport rendered.
CLS · Layout stability
How much content shifted unexpectedly while loading; lower is better.
TBT · Blocking time
How long the browser main thread could not respond quickly to input.
SI · Visual speed
How quickly the visible viewport filled with content.
8/14/2026Lighthouse 13.4.1Mobile profile

AI readiness checks

Machine-readable files, crawler policy, discovery, and homepage markup.

llms.txt

File found and accessible

https://docs.laragent.ai/llms.txt
llms-full.txt

Full version is available

https://docs.laragent.ai/llms-full.txt
ai.txt

ai.txt file was not found

Sitemap in robots.txt1

1 sitemap found

Schema.org (JSON-LD)

Schema.org markup was not found on the homepage

OpenGraph

OpenGraph tags were not found on the homepage

AI bot access

Based on robots.txt analysis

GPTBotNot mentioned
OAI-SearchBotNot mentioned
ChatGPT-UserNot mentioned
Google-ExtendedNot mentioned
ClaudeBotNot mentioned
Claude-SearchBotNot mentioned
Claude-UserNot mentioned
BytespiderNot mentioned
CCBotNot mentioned
PerplexityBotNot mentioned
Perplexity-UserNot mentioned

Sitemaps

Declared discovery routes for crawlers and agents.

# Official LarAgent Documentation

## Docs

- [Introduction](https://docs.laragent.ai/introduction.md)
- [Quickstart](https://docs.laragent.ai/quickstart.md): Get started with LarAgent in minutes
- [What are agents?](https://docs.laragent.ai/v1/agents/overview.md): Agents are the core building blocks of LarAgent, representing AI-powered assistants that can interact with users, execute tools, and maintain conversation context.
- [Create & Configure](https://docs.laragent.ai/v1/agents/creation.md): Learn how to create agent classes and configure their behavior, model settings, and provider connections.
- [Supported Providers](https://docs.laragent.ai/v1/agents/llm-drivers.md): Connect to different AI providers like OpenAI, Anthropic, Gemini, and more while maintaining a consistent API across your application.
- [Overview](https://docs.laragent.ai/v1/responses/overview.md): Learn how to interact with agents, handle responses, and use chainable methods to customize behavior at runtime.
- [Structured Output](https://docs.laragent.ai/v1/responses/structured-output.md): Define response schemas to receive type-safe, predictable data from your AI agents using DataModels or array schemas.
- [Streaming](https://docs.laragent.ai/v1/responses/streaming.md): Receive AI responses in real-time chunks rather than waiting for the complete response, improving user experience for long interactions.
- [Overview](https://docs.laragent.ai/v1/tools/overview.md): Tools extend your agent's capabilities, allowing them to perform actions like calling APIs, querying databases, or executing any custom logic.
- [Attribute Tools](https://docs.laragent.ai/v1/tools/attribute-tools.md): Create tools by adding the #[Tool] attribute to methods in your agent class — the simplest and most flexible way to define agent capabilities.
- [Model Context Protocol (MCP)](https://docs.laragent.ai/v1/tools/mcp.md): Integrate external MCP servers to dynamically extend your agent with tools and resources
- [Classes & Inline Tools](https://docs.laragent.ai/v1/tools/other-tools.md): Create reusable tool classes for complex functionality or build tools dynamically at runtime using the fluent API.
- [Configuration & Runtime](https://docs.laragent.ai/v1/tools/configuration.md): Configure tool behavior including tool choice, parallel execution, and runtime tool management.
- [Phantom Tools](https://docs.laragent.ai/v1/tools/phantom-tools.md): Phantom Tools return control to your application instead of executing automatically, enabling external handling, user confirmation, and API integration.
- [RAG](https://docs.laragent.ai/v1/agents/rag.md): Guide about implementation of Retrival Augmented Generation in LarAgent.
- [Agent Hooks](https://docs.laragent.ai/v1/agents/hooks.md): Learn how to use lifecycle events and engine hooks to customize agent behavior
- [Expose Agents via API](https://docs.laragent.ai/v1/agents/agent-via-api.md): This document describes the feature introduced in the v0.5 and explains how to expose your agents through an OpenAI-compatible endpoint.
- [Overview](https://docs.laragent.ai/v1/context/overview.md): Configure default storage drivers for agent context persistence
- [Identity](https://docs.laragent.ai/v1/context/identity.md): Understand the Context and Identity system for managing storage isolation, session tracking, and data scoping in LarAgent
- [Storage Drivers](https://docs.laragent.ai/v1/context/storage-drivers.md): Configure persistence backends for chat history, usage tracking, and custom storages
- [Chat History](https://docs.laragent.ai/v1/context/history.md): Configure and manage conversation history storage with flexible drivers and truncation strategies
- [Usage Tracking](https://docs.laragent.ai/v1/context/usage-tracking.md): Monitor and analyze token consumption metrics from AI model responses in LarAgent
- [Data Model](https://docs.laragent.ai/v1/context/data-model.md): Create structured data objects with automatic validation, serialization, and OpenAPI schema generation
- [Context Facade](https://docs.laragent.ai/v1/context/facade.md): Manage agent contexts, chat histories, and storage operations with an Eloquent-like fluent API
- [Event Setup Guide](https://docs.laragent.ai/v1/customization/events/setup.md): Learn how to listen to and handle LarAgent events in your Laravel application
- [Agent Events](https://docs.laragent.ai/v1/customization/events/agent.md): Events dispatched during agent lifecycle and conversation flow
- [Context Events 🚧](https://docs.laragent.ai/v1/customization/events/context.md): Events dispatched during context operations and state management
- [Identity Events 🚧](https://docs.laragent.ai/v1/customization/events/identity.md): Events dispatched during identity resolution and management
- [Chat History Events 🚧](https://docs.laragent.ai/v1/customization/events/history.md): Listen to chat history lifecycle events for logging, validation, and custom behavior
- [Custom Storage 🚧](https://docs.laragent.ai/v1/customization/context/storage.md): Create custom storages with DataModels for type-safe persistence
- [Custom Storage Driver 🚧](https://docs.laragent.ai/v1/customization/context/storage-driver.md): Build custom storage drivers for specialized persistence backends
- [Guides Introduction](https://docs.laragent.ai/guides/introduction.md): Comprehensive guides to help you build powerful AI agents with LarAgent. From basic implementations to advanced patterns and real-world use cases.
- [Upgrade to v1.0](https://docs.laragent.ai/guides/upgrade-to-v1.md): Complete migration guide from LarAgent v0.8 to v1.0 with step-by-step instructions
- [Development](https://docs.laragent.ai/guides/development.md): Contribute to LarAgent development
- [Vector-Based RAG](https://docs.laragent.ai/guides/rag/vector-based.md): Learn how to implement traditional RAG using vector embeddings to build a knowledge-enhanced customer support agent.
- [Retrieval-as-Tool RAG](https://docs.laragent.ai/guides/rag/retrieval-as-tool.md): Learn how to implement advanced RAG by giving your agent tools to retrieve information on-demand from both structured databases and document collections.

## OpenAPI Specs

- [openapi](https://docs.laragent.ai/api-reference/openapi.json)

## Optional

- [Repository](https://github.com/maestroerror/laragent)
- [Community](https://discord.gg/NAczq2T9F8)
- [Blog](https://blog.laragent.ai)
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Added 8/14/2026
docs.laragent.ai - AI readiness audit | llmsmap.me