Acon is the intelligence layer for any web scraper. Pair it with Scrapling, Playwright, or httpx to crawl smarter.
Project description
Acon — The Intelligent Brain for Any Scraper
Acon doesn't replace Scrapling or Firecrawl. It tells them where to look.
Why Acon?
Most crawlers are dumb. They follow links blindly, return raw HTML, and break the moment a site changes its structure. Before you can extract anything useful, you need to understand what you're dealing with.
Acon is a site intelligence engine. It maps the structural "skeleton" of a website automatically — before any data extraction happens — so your scraper always knows where to look.
🏗️ The Core Thesis
Most modern web scrapers suffer from "URL Exhaustion"—they spend 90% of their bandwidth fetching identical product or blog pages. Acon introduces a Topology Orchestrator that maps, classifies, and samples site structures to find the "Skeleton" of a site before you spend a cent on proxies.
💰 Acon vs. Scrapling (The 1:1 Battle)
| Metric | Scrapling Alone (Blind) | Acon + Scrapling (Brain) |
|---|---|---|
| Pages Crawled | 1,000 | 40 |
| Time Taken | 870s (14.5 min) | 111s (1.8 min) |
| Bandwidth Used | 20.72 MB | 1.39 MB |
| Est. Proxy Cost | $1.000 | $0.040 |
| Structural DNA | 4/4 Found | 4/4 Found |
96% less crawling. 25x faster structural discovery.
Measured on books.toscrape.com. Run it yourself: python benchmarks/acon_vs_scrapling.py
🚀 Use Cases
Price Monitoring & E-Commerce Intelligence
Acon detects pagination patterns and repeating product templates automatically. No manual selector configuration per site.
Content Archival & Research
Feed Acon a publication's root URL. It identifies the site's content structure, prioritizes article pages over navigation noise, and hands you a clean discovery map.
Site Auditing & SEO Analysis
Get an instant structural report — template count, link depth, topology classification (SPA vs static vs paginated) — in a single run.
⚡ What Makes Acon Different
| Capability | Typical Crawler | Acon |
|---|---|---|
| JS-rendered sites | Manual Playwright setup | Autonomous escalation |
| Site structure | Unknown until scraped | Detected before extraction |
| Large site performance | Degrades at scale | O(log N) priority queue |
| Failed crawls | Lost progress | SQLite resumption (WAL) |
🛠️ Installation
Requirement: Python >= 3.10
pip install acon-intel
# To enable JS-rendering features
playwright install chromium
⚡ Quick Start
import asyncio
import trafilatura
from acon import SiteCrawlOrchestrator, CrawlConfig
async def main():
# Acon discovers the 'skeleton', Trafilatura extracts the 'flesh'
config = CrawlConfig(
max_pages=10,
post_process=lambda html: trafilatura.extract(html, output_format="markdown")
)
brain = SiteCrawlOrchestrator()
result = await brain.crawl_site("https://example.com", config)
for page in result["page_summaries"]:
print(f"URL: {page['url']}")
print(f"Content: {page['result'][:200]}...") # Markdown from Trafilatura
📦 The Output Shape
Acon returns a structured SiteCrawlResult containing everything needed for downstream extraction:
{
"topology": "paginated",
"pages_crawled": 42,
"page_summaries": [
{
"url": "https://example.com/p/123",
"page_type": "standard",
"js_required": false,
"parent_url": "https://example.com/list"
}
],
"crawl_meta": {
"reflection": {
"intelligence_score": 0.85,
"advice": "Continue current strategy."
}
}
}
🚀 Hardened Features
- 💾 Enterprise Persistence: SQLite/WAL state management. Resumable sessions.
- 🧠 Autonomous Fidelity Escalation: Automatic switch to JS rendering if static fetch returns no signals.
- 🗼 Topology-Aware Prioritization: $O(\log N)$ priority queue that adapts to site structure on-the-fly.
- 📊 Operational Reflection: Real-time "Intelligence Score" and diagnostic advice.
🛣️ Roadmap
- Stealth Integration: Native support for Camoufox (Fingerprint bypass).
- LLM-Ready Pipeline: Native Trafilatura integration for high-fidelity Markdown output.
- Discovery API: Expose Acon as a standalone Discovery microservice for non-Python stacks.
Acon is a standalone module designed for high-efficiency site intelligence.
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