
## Get the Gist of Any Webpage

We've added a new **Summary** format to Maxun.

Instead of returning the full extracted content, Maxun can now generate a concise summary of the information found on a page.

The Summary format is available for:

* Scrape robots
* Crawl robots
* Search + Scrape robots

<video
  src="/Maxun_Summary.mp4"
  controls
  autoPlay
  loop
  muted
/>

---

## Why We Built It

Sometimes you don't need the entire page.

You just want the key information.

Whether you're monitoring articles, researching topics, or building AI workflows, summaries can help reduce noise and make large amounts of web content easier to consume.

---

## How It Works

Simply add **Summary** as one of your output formats.

Maxun will extract the page content and generate a concise summary alongside your other selected formats.

---

## Works Everywhere

* Dashboard (No-Code)
* API
* SDK
* CLI

## Try It Out

### Documentation

<a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

### Get Started

* <a href="https://app.maxun.dev">https://app.maxun.dev</a>
* <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Turn any website into an API — now with summaries.


Turn Web Pages into Summaries with Maxun


## Introducing Document Robots

Until now, Maxun helped teams automate the web.

Today, Maxun expands beyond websites and into **documents**.

We’re excited to introduce **Document Robots** — a new way to extract structured data from PDFs or convert entire documents into clean, usable formats.

With Document Robots, you can work with PDFs in two ways:

- **Extract** — Extract specific fields from documents using natural language
- **Parse** — Convert entire PDFs into clean Markdown, HTML, or extracted links

---

## Extract

Upload a sample PDF, describe what information you want, and Maxun builds a reusable extraction robot.

Examples:

- *"Extract invoice number, vendor name, and total amount"*
- *"Extract employee name, joining date, and compensation"*
- *"Extract client name, contract duration, and payment terms"*

### When to Use Extract

Use Extract when:

- You need specific fields from invoices, contracts, offer letters, or reports
- You receive similar documents repeatedly
- You want to automate manual document processing

---

## Parse

Need the entire document in a clean format?

Upload a PDF and Maxun can instantly convert it into:

- **Markdown** — Ideal for AI workflows and RAG pipelines
- **HTML** — Structured and web-friendly
- **Links** — Every URL found in the document, deduplicated

No prompts. No setup. Just upload and run.

### When to Use Parse

Use Parse when:

- You want to feed documents into AI systems
- You need clean text from PDFs
- You want structured document content for downstream automation

---

## How It Works

1. Upload a PDF
2. Choose **Extract** or **doc-parse**
3. Configure your extraction prompt or output formats
4. Run anytime on new documents

Once created, robots can be reused across unlimited similar files.

---

## Using Document Robots with Node SDK

```js
// Extract structured fields from a PDF
const robot = await scraper.createDocument(
  'Invoice Extractor',
  './invoice.pdf',
  {
    type: 'doc-extract',
    prompt: 'Extract invoice number, vendor name, and total amount'
  }
);

const result = await robot.run();
console.log(result.data);
```

```
// Parse a PDF into multiple formats
const robot = await scraper.createDocument(
  'Report Parser',
  './report.pdf',
  {
    type: 'doc-parse',
    formats: ['markdown', 'html', 'links']
  }
);

const result = await robot.run();
console.log(result.data.markdown);
```

## Works Everywhere

Document Robots are available through:

- Dashboard (No-Code)
- API
- SDK
- CLI


## Try Document Robots
<a href="https://docs.maxun.dev/robot/document">https://docs.maxun.dev/robot/document</a>

## Get Started
- <a href="https://app.maxun.dev">https://app.maxun.dev</a>
- <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Turn PDFs into structured data — now with Maxun.

Introducing Document Robots


## Introducing Smart Queries

We’re excited to introduce **Smart Queries** — a new way to extract exactly what you need from any webpage using natural language.

**Smart Queries let you act on a page *after* it’s scraped.**

You scrape a URL → then give instructions → Maxun performs those actions on the same page.

You can
- Click buttons  
- Fill forms  
- Extract data from dynamic content  

All using a simple natural language prompt.

---

## When to Use This

Use Smart Queries when:

- You need to **click or interact** with the page after scraping
- New Content loads **after navigation or actions**
- You want to **refine or extract specific data** after scraping  

**Important**  
Smart Queries only run on the **same page you just scraped**.

---

## Examples

- *“Click the pricing tab and list all plans”*  
- *“Click login and extract user profile data”*  
- *“Open the first product and get its price and rating”*  
- *“Scroll and extract all comments”*  

### Smart Queries Using Node SDK

```js
// Extract specific data after interacting with the page
const robot = await scraper.create(
  'Maxun Pricing',
  'https://maxun.dev/pricing',
  {
    formats: ['markdown'],
    smartQueries: 'List all the pricing plans and their monthly costs'
  }
);

const result = await robot.run();
console.log(result.data.promptResult);
```
---

## How It Works

1. Create a scrape robot to scrape a page
2. Add a Smart Query  
3. Maxun performs the actions on that page  
4. Returns the result  

---

## Output

When a Smart Query is used, the run output includes `promptResult`:

```json
{
  "markdown": "...",
  "html": "...",
  "promptResult": "The pricing plans are: Starter ($9/mo), Growth ($29/mo), Pro ($99/mo)."
}
```

## Works Everywhere
- Dashboard (No-Code)
- API
- SDK
- CLI


## Try Smart Queries

### Documentation
<a href="https://docs.maxun.dev/robot/scrape">https://docs.maxun.dev/robot/scrape</a>

### Get Started
- <a href="https://app.maxun.dev">https://app.maxun.dev</a>
- <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Turn any website into an API — now with actions.

Introducing Smart Queries


## Why Use Maxun With OpenClaw?

Writing scripts, managing APIs, and stitching workflows together slows down what should be simple: getting data.

With Maxun + OpenClaw, you can now skip all of that.

Just tell your AI what you want:
- “Run my ecommerce scraper”
- “Fetch the latest results”
- “Show failed runs from today”

And it happens automatically.

---

## How It Works

OpenClaw connects your AI agent directly to Maxun.

Instead of calling APIs manually, your AI uses the `openclaw` skill to:
- List your robots  
- Run robots  
- Fetch run data  
- Check statuses  
- Retrieve logs and outputs  

All through natural language.

---

## Getting Started

### 1. Set Up Your Robot
Head to the <a href="https://app.maxun.dev">Maxun Dashboard</a> and configure your scraper.

- Create a new robot or select one of the <a href="https://www.maxun.dev/autorobots">auto robots</a>  
- Test it once from the dashboard  

Once it works, you're ready.


### 2. Set Up OpenClaw (2 mins)

Getting started with OpenClaw is quick and only needs to be done once.

- Install and enable OpenClaw in your AI environment  
- Add the Maxun integration using your API key  
- Enable the `openclaw` skill so your AI can access Maxun actions  

That’s it — your AI is now connected to your Maxun account.

👉 Follow the quick setup guide here: <a href="https://docs.maxun.dev/integrations/openclaw">https://docs.maxun.dev/integrations/openclaw</a>


### 3. Use OpenClaw via Your AI

Now switch to your AI agent with OpenClaw enabled.

You can simply say:

> “Run my Amazon scraper for ‘wireless headphones’ and show results.”

Or:

> “List all my robots and check which ones failed today.”

Your AI will automatically call the correct Maxun actions.


## Example Workflow

**Step 1:** You configure a robot in Maxun  
**Step 2:** You instruct your AI  
**Step 3:** OpenClaw executes the action  
**Step 4:** Results are returned instantly  

## Demo

<video
  src="/openclaw_maxun.mp4"
  controls
  autoPlay
  loop
  muted
/>


## Why This Matters

<table>
  <thead>
    <tr>
      <th>Feature</th>
      <th>Benefit</th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <td><strong>Natural Language Control</strong></td>
      <td>Run scrapers without writing code.</td>
    </tr>
    <tr>
      <td><strong>Zero API Overhead</strong></td>
      <td>No need to manage endpoints or auth manually.</td>
    </tr>
    <tr>
      <td><strong>Agent-Native Workflows</strong></td>
      <td>Integrate scraping directly into AI pipelines.</td>
    </tr>
  </tbody>
</table>


## From Scraping to Automation

This isn’t just scraping — it’s automation.

You can now:
- Build AI agents that monitor websites  
- Trigger scrapers based on prompts  
- Combine scraping with analysis in one flow  

All without leaving your AI environment.


## Start Using OpenClaw with Maxun

Turn your AI into a scraping engine.

- Try it Free: <a href="https://app.maxun.dev">https://app.maxun.dev</a>  
- Read The Docs: <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>  

Stop writing scripts. Start giving instructions.

How to Use Maxun with OpenClaw for AI-Powered Web Scraping


## Introducing the Maxun CLI

We’re excited to introduce the **official Maxun CLI** — the quickest way to build, run, and manage scrapers right from your terminal.

The CLI works with both:

- **Maxun Cloud**  
- **Maxun Open Source (OSS)**  

Whether you're automating workflows, testing scrapers locally, or managing robots across environments, the CLI gives you a simple and fast developer experience.

---

## Demo Video

<video
  src="/Maxun_CLI.mp4"
  controls
  autoPlay
  loop
  muted
  style={{ borderRadius: "8px", width: "50%", margin: "1.5rem 0" }}
/>

---

## Installation

Install the CLI globally:

```npm install -g maxun-cli```

---

## Quick Start

Create your first robot in 5 seconds.

```
# Authenticate (Cloud)
maxun login --api-key your-api-key

# Authenticate (Self-hosted / OSS)
maxun login --api-url http://localhost:8080 --api-key your-api-key

# create an AI robot from a prompt
maxun robots extract -p "Extract trending repositories from Github" -n "Github Trends"

# Run it
maxun run <robot-id>

# Check your status and credits
maxun status
```

## What You Can Do With the CLI

- Login
- Create new robots from any URL  
- Run scrapers locally or in the cloud  
- View logs for quick debugging  
- Duplicate robots  
- Web scraping, web search, structured web data extraction, web crawling

The goal is to make automation **fast and developer-friendly** — without needing to switch between tools.

---

## Why a CLI?

Developers building AI agents, automation workflows, and scrapers increasingly rely on command-line tools for quick iteration.  
The Maxun CLI follows this pattern: simple commands, instant feedback, no setup overhead.

It’s the best way to move from idea → working robot in minutes.

---

## Explore the CLI

Documentation:  <a href="https://docs.maxun.dev/category/cli">https://docs.maxun.dev/category/cli</a>

---

## Get Started

Start building with Maxun today:

- <a href="https://app.maxun.dev/register">https://app.maxun.dev/register</a>  
- <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Turn any website into an API — now straight from your terminal.

Introducing the Maxun CLI


## Content Research at Scale

Manually tracking what's trending across dozens of search queries isn’t just tedious — it’s prone to human error and outdated by the time you’re finished.
At Maxun, we believe data extraction should be as fast as your ideas. 

That’s why we’ve streamlined the process into a simple, two-step workflow:
- **Select & Run**: Head to our dashboard, select <a href="/autorobots?category=social-media">Extract video search results from YouTube</a> Auto Robot, enter your target keyword, and hit run. Your results appear instantly on the dashboard.
- **Scale with Ease**: For the "high-code" engineers, once your robot is configured in the UI, you can trigger it programmatically via our SDK to automate your research at scale.

Whether you're looking for a quick insight or building a massive data pipeline, you can start discovering topics in seconds.

---

## Discover & Configure via the Maxun Dashboard

1.  **Select Your Template:** Head to the Maxun Dashboard and select the <a href="/autorobots?category=social-media">Extract video search results from YouTube</a> Auto Robot.
2.  **Input Your Keyword:** Enter the topic you want to track. In this example we will track latest "AI Agents" videos.
3.  **Set Limit**: Choose exactly how many results you want to extract. In this example, we will set limit to 100.
4.  **Run & Review:** Hit "Run" and watch the structured data (Titles, Views, URLs) populate directly on your dashboard in real-time.

Watch the whole workflow in action:
<iframe width="560" height="315" src="https://www.youtube.com/embed/3R_8vZMnLHw?si=PfFF63MSxAn21-VB" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe>

<script type="application/ld+json">
{`
{
  "@context": "https://schema.org",
  "@type": "VideoObject",
  "name": "How to Automate YouTube Trend Research In Seconds with Maxun",
  "description": "Extract the first 40 search results for any YouTube keyword like 'AI Agents' using Maxun's no-code dashboard.",
  "thumbnailUrl": [
    "https://img.youtube.com/vi/3R_8vZMnLHw/maxresdefault.jpg"
  ],
  "uploadDate": "2026-03-02T08:00:00+08:00",
  "duration": "PT2M30S",
  "embedUrl": "https://www.youtube.com/embed/3R_8vZMnLHw?si=PfFF63MSxAn21-VB"
}
`}
</script>

## Scaling via the Maxun SDK

Once you have configured your robot and keywords in the UI, you can trigger that same robot programmatically. 

The following snippet demonstrates how to run the <a href="/autorobots?category=social-media">Extract video search results from YouTube</a> Auto Robot via code.

```

import 'dotenv/config';
import { Extract } from 'maxun-sdk';

async function main() {
  // get your robot id from robot settings in maxun dashboard
  const robotId = "abc123"

  const extractor = new Extract({
    apiKey: process.env.MAXUN_API_KEY!,
    baseUrl: process.env.MAXUN_BASE_URL
  });

  const robot = await extractor.getRobot(robotId);
  const result = await robot.run();
  const { data } = result;

  console.log("Result:", data);
}

main();
```

## Why Use Maxun for YouTube Research?

<table>
  <thead>
    <tr>
      <th>Feature</th>
      <th>Benefit</th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <td><strong>Instant Structuring</strong></td>
      <td>Get Titles, Views, and URLs without custom CSS selectors.</td>
    </tr>
    <tr>
      <td><strong>Bypass Complexity</strong></td>
      <td>We handle the rendering; you handle the insights.</td>
    </tr>
    <tr>
      <td><strong>Hybrid Workflow</strong></td>
      <td>Start in the UI for quick tests, move to SDK for production.</td>
    </tr>
  </tbody>
</table>

## Turning Data Into Strategy
By automating your extraction, you can perform high-level analysis that manual browsing misses:

- **Keyword Velocity**: Identify which sub-topics are gaining views fastest over a 7-day period.
- **Creator Benchmarking**: Track which channels are dominating the "Recommended" and "Search" sections for your niche.
- **Content Gaps**: Find high-view videos with low-quality production to identify where your brand can improve.

## Start Automating Today
Stop clicking and start analyzing. 

- Try it Free: <a href="https://app.maxun.dev">https://app.maxun.dev</a>
- Read The Docs: <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>
- Extract video search results from YouTube Auto Robot: <a href="https://www.maxun.dev/autorobots?category=social-media">https://www.maxun.dev/autorobots?category=social-media</a>

How to Automate YouTube Trend Research in Seconds Using Maxun


## Maxun Python SDK

We’re excited to announce that the **Maxun Python SDK is here**.

Maxun already offers a <a href="https://docs.maxun.dev/category/node-sdk">Node.js SDK</a> for building web automation and data extraction workflows. 
Now, Python developers can access the same capabilities — programmatically creating, running, and managing robots directly from their applications.

Simple. Powerful. Native to Python.

---

## Installation

<pre>
pip install maxun
</pre>

## Create Your First Scraper

<pre>
from maxun import Scrape, Config

scraper = Scrape(Config(api_key="your-api-key"))

robot = await scraper.create(
    "Quotes Scraper",
    "https://quotes.toscrape.com/",
    formats=["markdown"],
)

result = await robot.run()
print(result["data"]["markdown"])
</pre>

## Capabilities
- Extract structured data from any website
- Scrape entire pages as Markdown or HTML
- Crawl multiple pages automatically to discover and scrape content
- Perform web searches and extract results as metadata or full content
- Use AI to extract data with natural language prompts
- Capture screenshots (visible area or full page)
- Automate workflows with clicks, form fills, and navigation
- Schedule recurring jobs to keep your data fresh
- Get webhooks when extractions complete
- Handle pagination automatically (scroll, click, load more)

## Explore the Python SDK

Documentation: <a href="https://docs.maxun.dev/sdk/python-sdk/sdk-scrape">https://docs.maxun.dev/sdk/python-sdk/sdk-scrape</a>

## Get Started

Turn any website into a live API in minutes.

- <a href="https://app.maxun.dev/register">https://app.maxun.dev/register</a>  
- <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Introducing the Maxun Python SDK


## The Rise of No-Code Web Scraping

In 2026, data is infrastructure.

From price monitoring and lead generation to AI pipelines and competitor tracking — teams need structured web data without maintaining fragile scripts.

The good news? You no longer need to write code.

Here are the **Top 3 No-Code Web Scrapers in 2026**, based on usability, scalability, flexibility, and AI-readiness.

---

## 1. Octoparse

**Best for:** Visual point-and-click scraping for beginners  

Octoparse is one of the most established no-code scraping tools. It offers a desktop app with a visual workflow builder that allows users to click on elements and define extraction logic.

![Octoparse Dashboard](https://windows-cdn.softpedia.com/screenshots/Octoparse_20.png)

### Pros
1. Beginner-friendly interface  
2. Prebuilt scraping templates  
3. Handles pagination and infinite scroll  
4. Cloud execution available  

### Limitations
1. Desktop-first experience  
2. Closed-source  
3. Limited flexibility for authenticated or AI-driven workflows  
4. Not built for API-first product use cases  

Octoparse is solid for simple extraction tasks, especially for non-technical users getting started.

---

## 2. ParseHub

**Best for:** Structured extraction from dynamic websites  

ParseHub works well with JavaScript-heavy sites and provides a visual selector system for defining extraction logic.

![Parsehub Dashboard](https://help.parsehub.com/hc/article_attachments/360056395014/Screen_Shot_2020-01-30_at_5.48.42_PM.png)

### Pros
1. Handles dynamic content  
2. Visual workflow builder  
3. Cloud scheduling  

### Limitations
1. Closed-source  
2. UI feels dated  
3. Scaling complex workflows can get messy  
4. Limited extensibility for AI and modern automation stacks  

ParseHub is reliable for structured public data scraping but is less optimized for modern AI-driven workflows.

---

## 3. Maxun

**Best for:** Turning any website into a live API — with AI-ready outputs  

Maxun is built for modern teams that don’t just want scraped data — they want **production-ready, AI-compatible data pipelines.**

![Maxun Dashboard](https://www.maxun.dev/capture_list.png)

Unlike traditional scrapers, Maxun focuses on turning websites into reusable APIs that integrate directly into automation and AI systems.

---

## What Makes Maxun Different?

### 1. Open Source

Maxun is open source and backed by a growing community of <a href="https://github.com/getmaxun/maxun">15,000+ Stars</a>.

This means:

1. Transparent architecture  
2. No vendor lock-in  
3. Community-driven improvements  
4. Self-hosting capability  

Both Octoparse and ParseHub are fully closed-source platforms.

---

### 2. Turn Websites Into APIs

With Maxun, every scraper becomes a reusable API endpoint.

You can:

1. Fetch fresh data on demand  
2. Automate workflows  
3. Plug directly into apps and backend systems  

This is critical for SaaS teams, agencies, and data products.

---

### 3. Supports Modern Data Formats (Including Markdown)

Maxun supports structured JSON outputs as well as modern formats like:

1. Markdown  
2. Clean structured text for LLM ingestion  
3. AI-ready outputs  

This makes it especially powerful for AI agents, knowledge pipelines, and RAG systems.

---

### 4. Built-In Web Search

Unlike traditional no-code scrapers, Maxun includes web search capabilities.

This allows you to:

1. Discover targets dynamically  
2. Combine search + extraction in one workflow  
3. Build automated lead gen and monitoring pipelines  

Octoparse and ParseHub do not natively combine search with scraping workflows.

---

### 5. AI Tool Integrations

Maxun integrates with modern AI and automation tools such as:

1. n8n  
2. OpenAI  
3. LangChain  
4. Custom AI agents  

This allows you to go beyond scraping and build:

1. AI-powered enrichment workflows  
2. Automated research agents  
3. End-to-end lead generation systems  
4. AI-ready content pipelines  

---

### 6. Secure Authenticated Scraping

With the Maxun Chrome Extension, you can sync your own browser session.

1. No passwords stored  
2. No credentials shared  
3. Lower risk of account flagging  

Perfect for scraping SaaS dashboards, marketplaces, and logged-in portals.

---

## Feature Comparison (2026)

<table>
  <thead>
    <tr>
      <th>Feature</th>
      <th>Octoparse</th>
      <th>ParseHub</th>
      <th>Maxun</th>
    </tr>
  </thead>
  <tbody>
    <tr>
      <td>Free Trial</td>
      <td>✅</td>
      <td>✅</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Cost Effective</td>
      <td>❌ Starts at $83/mo</td>
      <td>❌ Starts at $189/mo</td>
      <td>✅ Starts at $20/mo</td>
    </tr>
    <tr>
      <td>No-code builder</td>
      <td>✅</td>
      <td>✅</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Easy to use</td>
      <td>⚠️ Complex for advanced workflows</td>
      <td>⚠️ Confusing and outdated UI</td>
      <td>✅ Modern UI and easy to use</td>
    </tr>
    <tr>
      <td>Open source</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
     <tr>
      <td>Self Host</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Cloud execution</td>
      <td>✅</td>
      <td>✅</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Authenticated scraping</td>
      <td>Limited</td>
      <td>Limited</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Templates</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Markdown / AI-ready output</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>Built-in web search</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
    <tr>
      <td>AI integrations (n8n, OpenAI, LangChain)</td>
      <td>❌</td>
      <td>❌</td>
      <td>✅</td>
    </tr>
  </tbody>
</table>

---

## Which One Should You Choose?

1. If you're experimenting or learning → **Octoparse** **ParseHub**
2. If you're scraping structured data and are okay with complexity → **Octoparse**
3. If you're building scalable AI-ready data workflows → **Maxun**

---

## Final Thoughts

In 2026, no-code scraping is no longer about exporting CSV files.

It’s about:

1. API-first architecture  
2. AI compatibility  
3. Secure authentication  
4. Open ecosystems  

If you’re serious about turning websites into structured, reusable, AI-ready data pipelines — Maxun is built for that future.

---

## Get Started with Maxun

Turn any website into a live API in minutes.

- <a href="https://app.maxun.dev/register">https://app.maxun.dev/register</a>  
- <a href="https://docs.maxun.dev">https://docs.maxun.dev</a>

Top 3 No Code Web Scrapers in 2026


## Secure Extraction, Without Credentials

Maxun lets you automate data workflows behind login. We now support a **password‑free, extension‑based login flow.**

---

## How the Maxun Chrome Extension Works

Instead of automated logins, Maxun uses **your own active browser session**.

1. Install the <a href="https://chromewebstore.google.com/detail/maxun-session-sync/poljedlhjgoempmkkfahecniimlejgdh">Maxun Chrome Extension</a>
2. Add your API key from the <a href="https://app.maxun.dev/">Maxun Cloud dashboard</a>  
3. Log in to the target website normally  
4. Click **Sync** to sync the session with Maxun Cloud  

---

## Live In Action

Watch how to securely sync your Amazon account & get all your cart items.

<iframe width="560" height="315" src="https://www.youtube.com/embed/brGQOdKbj6E?si=60yrWAEXC3BymhaH" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe>


## Why This Matters

1. No passwords stored or shared  
2. Uses real browser sessions  
3. Lower risk of account flagging  

---

## Get Started

Install the extension and start extracting authenticated data safely.

[Learn More](https://docs.maxun.dev/extract-login)  
[Get Started For Free](https://app.maxun.dev/register)


Extract Authenticated Data Without Sharing Credentials


## Making Maxun Fit Into Your Existing Stack

Maxun has always focused on making web data extraction simple and reliable.

As most teams use their own tools, frameworks, and AI pipelines, we’re making Maxun **fit naturally into yours**.


## New AI-Native SDK Integrations

We’ve added SDK integrations for popular AI and agent frameworks, including:

1. **LlamaIndex**
2. **LangChain**
3. **LangGraph**
4. **Mastra**
5. **OpenAI SDK**
6. **Vercel AI SDK**

These integrations let you trigger robots and consume structured data directly inside the tools you already use.

Learn more at: <a href="https://docs.maxun.dev/category/integrations">https://docs.maxun.dev/category/integrations</a>


## Try It Out Today

Ready to turn the web into your personal database? 

[Get Started For Free!](https://app.maxun.dev/register)

SDK Integrations


The status quo of web scraping is broken for AI. For a decade, web extraction was a war over CSS selectors and DOM structures. We wrote brittle scrapers that broke the moment a `div` turned into a `span`. 

But as we enter 2026, the bottleneck isn't getting the data : it’s the **quality and density** of that data when it hits an LLM’s context window.

If you are still feeding raw HTML to your RAG pipelines or AI agents, you are paying a "tax" in tokens, latency, and hallucinations.

Here is why **Markdown** is the missing link in the modern AI data stack.

---

## The Token Tax: HTML is 90% Noise

Large Language Models don't read web pages; they process tokens. A standard e-commerce product page can easily reach **150KB of HTML**, which translates to roughly **40,000+ tokens**.

When you convert that same page to clean, semantic Markdown:

1. **Size drops by 95%:** You go from 40,000 tokens to ~2,000.
2. **Cost Efficiency:** You can process 20x more pages for the same API cost.
3. **Signal-to-Noise Ratio (SNR):** You strip away `<script>`, `<style>`, and nested `<div>` that forces the model's attention mechanism to work harder for less signal.

<table> <thead> <tr> <th align="left">Data Format</th> <th align="center">Avg. Tokens per Page</th> <th align="center">Estimated Cost (GPT-4o)</th> <th align="center">Cost Efficiency</th> </tr> </thead> <tbody> <tr> <td><strong>Raw HTML</strong></td> <td align="center">45,000</td> <td align="center">$0.1125</td> <td align="center">Baseline</td> </tr> <tr> <td><strong>Clean Markdown</strong></td> <td align="center">1,800</td> <td align="center"><strong>$0.0045</strong></td> <td align="center"><strong>96% Reduction</strong></td> </tr> </tbody> </table>

Note: These estimates are based on current 2026 pricing for GPT-4o at $2.50 per 1M input tokens. By distilling HTML into Markdown, you're effectively increasing your context window by 25x for the same price.*

---

## Structural Bias: LLMs are Native Markdown Speakers

LLMs are trained on the internet, which means they are trained on **GitHub, StackOverflow, and Technical Documentation**. The "Common Crawl" of high-quality reasoning data is written in Markdown.

Markdown provides **semantic hierarchy** that HTML obscures:

1. **Headers (#, ##):** Explicitly define the "parent-child" relationship of ideas.
2. **Tables (|):** Allow models to perform "columnar reasoning" (e.g., comparing prices across rows) without getting lost in `<tr>` and `<td>` nesting.
3. **Bullet Points (-):** Signal distinct entities or steps in a process.

When a model sees a Markdown header, it understands it as a **context anchor**. In raw HTML, that same header is just another node in a 50-level deep DOM tree.

---

## RAG Accuracy: The "Chunking" Problem

Most RAG pipelines use "Naive Chunking"- splitting text every 500 characters.

1. **The HTML Failure:** A split might happen in the middle of a `<table>` tag, effectively destroying the data's meaning for the vector database.
2. **The Markdown Solution:** Markdown allows for **Semantic Chunking**. You can split data at the `#` or `##` boundaries. This ensures that every chunk in your vector store is a coherent, self-contained unit of information.

Technical Insight: "Header-Aware Chunking" in Markdown-based RAG pipelines has been shown to improve retrieval accuracy by **40% to 60%** because the embeddings capture the *contextual intent* of the section rather than just random word proximity.*

---
## The Path Forward: Data is the New Code

We are moving toward a future where the "Browser" is just an OS for AI Agents.

The goal of data extraction in 2026 isn't just to "have" the data - it's to make it usable for the machines that will process it. High-density, structured Markdown is the only way to make LLMs smarter, faster, and cheaper to run.

We are building the future of AI-native extraction to bridge the gap between the messy web and the clean context windows your models deserve.

Ready to turn the web into your personal database? 
[Get Started For Free!](https://www.google.com/search?q=https://app.maxun.dev/register)

---

## Join the Community

We are building the future of no-code, AI-native extraction.

1. [Maxun GitHub Repository](https://www.google.com/search?q=https://github.com/getmaxun/maxun)
2. [Maxun Cloud](https://www.google.com/search?q=https://app.maxun.dev/register)


Why Markdown is the Secret to Better AI


## What is Extract in Maxun?

**Extract** is Maxun’s core.

It emulates real user behavior in a real browser to collect structured data from any website — no code required.  
If a human can navigate a site, Extract can automate it.

This includes
1. JavaScript-heavy websites
2. Pagination and dynamic content
3. Real-world user flows

The output is clean, structured data you can use in APIs, spreadsheets, or downstream systems.

<br />
<hr />

## How Extract Works

Until now, Extract worked through **Recorder Mode**.

You would
1. Open a website
2. Click, scroll, and navigate as a real user
3. Capture the data you want
4. Save the flow as a reusable extraction robot

Maxun converts these actions into a **deterministic workflow** that can be replayed reliably at scale.

Recorder Mode is powerful — and it’s still here.

<br />
<hr />

## From Recording to Reasoning

This is where Extract evolves.

Instead of teaching the system *how* to extract data step-by-step, you can now describe *what* you want — and let the system reason about the rest.

We call this **AI Mode**.

<br />
<hr />

## Recorder Mode vs AI Mode

Both modes solve different problems.
<br />
### Recorder Mode
1. Fully deterministic
2. Best for complex flows and long-running jobs
3. Ideal when reliability matters most
<br />
### AI Mode
1. Intent-driven
2. Fastest way to get started
3. Best for exploratory extraction
<br />
They are not replacements for each other.  
They run on the same browser-based engine.  
You choose based on the problem.

<br />
<hr />

## AI Mode: Describe What You Want

With **AI Mode**, you describe the data you want in natural language.

The LLM reasons about
1. Page structure
2. Navigation
3. Field boundaries
4. Extraction logic

The result is clean, structured output — just like Recorder Mode.

<br />
<hr />

## Support for Closed and Open-Source LLMs

AI Mode supports multiple model backends.

1. **Local LLMs via Ollama** for privacy and self-hosting
2. **Cloud models** (OpenAI, Anthropic) for higher accuracy on complex pages

You control where inference runs and which model is used.

<br />
<hr />

## Example: Extract Top 50 Movies from IMDb

Prompt:
Extract the names, ratings, and duration of the top 50 movies.

<video
  src="/maxun_ai_mode_extraction.mp4"
  controls
  autoPlay
  loop
  muted
/>
<br />
*AI Mode extracting the top 50 movies from IMDb using a natural language prompt.*
<br />

Without recording any steps, Extract:
1. Navigates the page
2. Identifies the correct list
3. Extracts structured fields
4. Returns clean data

<br />
<hr />

## Where This Is Going

Recording gives determinism. AI adds reasoning.

Together, they make Extract flexible enough for exploration and reliable enough for production.

This is the next step in how we think about web extraction — and it’s just getting started.


Blog