Skip to main content
Live Crawl Intelligence

Bot Traffic & LLM Crawl Intelligence

Real server log analysis showing which AI systems crawl your site, what they read, and how to make your content more retrievable.

Crawl behavior data — not guesses. Updated weekly from live Nginx logs.

May 05 – May 11 May 11, 2026 13,055+ bot visits analyzed 7-day rolling window (server logs)
Abdul Aouwal — Technical SEO Consultant

Abdul Aouwal

Technical SEO Consultant

Crawl optimization, indexing & AI search visibility

Request a Crawl Audit

What This Project Proves

Real Server Log Analysis

13,055+ bot visits analyzed

LLM Crawler Identification

GPTBot, ClaudeBot, PerplexityBot & more detected

Crawl Behavior Segmentation

Search engines vs AI systems vs security scanners

Crawl Data Informs Prioritization

Bot behavior informs crawl-driven prioritization

Key Insights from This Data

LLM crawlers prioritize highly structured pages. Pages with clear headings, schema markup, and author attribution receive more consistent visits. See our LLM SEO strategy.

AI bots show spike-based crawling, not consistent indexing. Unlike Googlebot which visits regularly, LLM crawlers hit in bursts — likely when content is being fetched for training or RAG.

Generic bots create noise. Security scanners, vulnerability probes, and unidentified crawlers make up ~40% of traffic — filtering these is essential for real SEO insights.

Pages without author/date get revisited less. AI systems prefer content with clear attribution — adding author schema and publication dates improves LLM citability.

Summary Metrics

Bot Visits
13,055
Live from access log
LLM Crawlers
6
AI bots identified
Pages Crawled
5,521
Unique URLs
Coverage
100%
of indexed pages
Blocked
1,035
Denials

Weekly Crawl Trends

Visual analysis of bot behavior over time

Daily bot visits
This week Last week LLM bots
Across all crawlers, Mon–Sun
Bot category breakdown
Share of visits by crawler type
Top crawlers by volume
Weekly totals per bot
HTTP response codes
Served to bots this week
Avg crawl depth
Pages per session, per bot
Crawl time of day
When bots are most active (UTC)

AI Crawl Signals

How AI systems see and use your content

LLM retrieval systems prioritize structured, attributed, and recently updated content.

Extractability

High

Semantic HTML headings, clear paragraph structure, and consistent formatting make your content reliably parseable.

Structured Data

Present

JSON-LD markup detected. Schema.org types help LLMs identify entities and relationships accurately.

Freshness

Moderate

Blog posts updated within 90 days. Recent updates correlate with higher LLM retrieval frequency.

AI Crawler Activity This Week
LLM-specific bots that crawl for training data and live retrieval
Live
Crawler LLM System Purpose Visits Pages Type Status

Most Crawled Pages

Which pages attract the most bot attention

URL Bot Visits LLM Visits Top Crawler Index Signal Share

Bot Behavior Intelligence

Compliance, trends, and anomalies

Behavior Score
Compliance & politeness rating
7-Day Trends
Visit trend per crawler
Anomalies
Unusual crawl spikes detected

Structured Data & LLM Schema

Schema markup and citation signals

Schema.org Types
Structured data detected on your pages
Missing for better citability:
Citation Checklist
Factors that determine AI citation
Recommended JSON-LD
Add to base.html for LLM retrievability
recommended
schema.json
<script type="application/ld+json"> { "@context": "https://schema.org", "@type": "Person", "name": "Abdul Aouwal", "jobTitle": "Technical SEO Consultant", "url": "https://abdulaouwal.com", "sameAs": [ "https://twitter.com/abdulaouwal", "https://linkedin.com/in/abdulaouwal", "https://www.pinterest.com/aouwalitshikkha/", "https://www.instagram.com/aouwalcmc" ], "knowsAbout": [ "Technical SEO", "Crawl Optimization", "Indexing", "AI Search Visibility", "Programmatic SEO" ], "mainEntity": { "@type": "WebSite", "name": "Abdul Aouwal — Technical SEO", "description": "Technical SEO consulting for indexing, crawl optimization, and AI visibility" } } </script>

Why AI Uses or Skips Your Content

Retrievability signals and patterns

Positive Signals
Why AI systems use your content
Content Gaps
Why AI may skip your content
Search vs LLM Crawlers
Understanding the difference helps optimize for both
search_crawlers
llm_crawlers

How This System Works

Technical implementation details

Data Source

  • Raw access logs from Nginx server
  • All incoming requests captured (bots, crawlers, scripts)

Processing Pipeline

  • Custom Python parser extracts timestamp, URL, user-agent, status code, IP
  • Data normalized into structured datasets for analysis

Crawler Classification

  • Search — Googlebot, Bingbot, etc.
  • LLM — GPTBot, ClaudeBot, PerplexityBot
  • Generic — security scanners, scripts

Limitations

  • User-agent spoofing may affect classification accuracy
  • Some AI crawlers are not publicly identifiable
  • Data reflects crawl behavior, not indexing or ranking

Full Crawler Registry

Complete list of all detected bots

Bot / Crawler Company Type Visits Pages Trend Share Status

Index signals are inferred from crawl data, robots.txt rules, and page type — not from search engine index status.

SEO Implications

  • Prioritize structured content for higher LLM retrieval probability
  • Add author and publish date across all key pages
  • Monitor LLM crawl spikes as demand signals
  • Filter non-search bots to avoid misleading crawl insights

Use Cases

  • Identify which pages AI systems are likely to cite
  • Detect crawl inefficiencies and wasted bot budget
  • Optimize content structure for LLM retrieval
  • Monitor AI crawler trends across time

Recommended robots.txt

Optimal directives for bot management

Note: LLM bots like GPTBot and ClaudeBot are not blocked by default. Selectively allowing or restricting them affects whether your content is used in AI training and live retrieval. Review each directive carefully.
robots.txt
# Recommended robots.txt — abdulaouwal.com
# Generated: 2026-05-11
 
# === Search Engine Crawlers ===
User-agent: <your-bot-name>
Allow: <allowed urls or for all />
Disallow: <disallowed urls>
Crawl-delay: <1-2>
 
# === LLM / AI Crawlers ===
User-agent: <your-bot-name>
Allow: <allowed urls or for all />
Disallow: <disallowed urls>
Crawl-delay: <1-2>
 
# === Blocked Bots ===
User-agent: <your-bot-name>
Disallow: /
 
# === Global ===
User-agent: *
Disallow: <disallowed urls>
Crawl-delay: <1-2>
 
Sitemap: https://abdulaouwal.com/sitemap.xml

Frequently Asked Questions

Common questions about this report

How is this data collected?

This report uses real server access logs from Nginx. Every request to the server is analyzed and classified based on the user-agent string.

How often is this report updated?

The report is generated automatically every time the page is loaded, using the latest data from the access logs. Last updated timestamps show when the data was processed.

What do the different crawler categories mean?

Search crawlers — Googlebot, Bingbot, etc. for search indexing.
LLM crawlers — GPTBot, ClaudeBot, PerplexityBot for AI training and RAG.
Other bots — Security scanners, monitoring tools, and unknown crawlers.

Why do some pages show as blocked?

Pages are marked as blocked when they match the Disallow rules in robots.txt, such as /accounts/, /admin/, or other protected paths.

How can I use this data for SEO?

Use this data to understand which pages search engines and AI systems are accessing. Focus on optimizing high-traffic pages with proper schema markup, clear structure, and author attribution for better LLM citability.