AI SEO

AI SEO

Generative engine optimization (GEO) for getting cited by AI search platforms — not just ranked in traditional results.

Table of Contents

• Keywords
• Quick Start
• How AI Search Differs from Traditional SEO
• The Three Pillars of AI Citability
• Core Workflows
• Content Patterns That Get Cited
• Schema Markup for AI Discovery
• Bot Access Configuration
• Monitoring and Tracking
• Best Practices
• Integration Points

Keywords

AI SEO, generative engine optimization, GEO, AI overviews, Google SGE, ChatGPT citations, Perplexity SEO, Claude citations, AI search optimization, semantic search, entity optimization, LLM visibility, AI-generated answers, structured data, schema markup, content extractability, AI citability, GPTBot, PerplexityBot, ClaudeBot, answer engine optimization

Clarify First

Before optimizing, confirm these inputs. If any is unknown or vague, ASK — do not assume:

• Target queries — the questions you want to be cited for (drives which pages to optimize and the extractable blocks to add)
• Target AI platform(s) — Perplexity / ChatGPT / Google AI Overviews / Claude (crawling, indexing, and citation behavior differ per platform)
• Brand/entity name — exact wording to track (drives citation testing and entity optimization)
• The page/content to optimize — the URL or draft being restructured (drives extractability scoring + schema selection)

Stop rule: ask only the 2-3 that most change the output. If the user says "just draft it," proceed and list your assumptions at the top of the artifact.

Quick Start

Run an AI Visibility Audit

1. Check robots.txt for AI bot access — the search/retrieval crawlers first (OAI-SearchBot, Claude-SearchBot, PerplexityBot, Googlebot), then the training crawlers (GPTBot, ClaudeBot, Google-Extended)
2. Test top 10 target queries on Perplexity, ChatGPT, and Google AI Overviews
3. Document which queries cite you, which cite competitors, and what content format wins
4. Score key pages against the Extractability Checklist
5. Prioritize pages with highest gap between search volume and current AI citation presence

Optimize a Page for AI Citation

1. Add a clear definition block in the first 200 words for informational queries
2. Structure content with self-contained H2 sections that can be extracted independently
3. Add numbered steps for process queries, comparison tables for "X vs Y" queries
4. Replace all vague claims with attributed statistics ("According to [Source], [Year]")
5. Implement schema that matches the page type (Article, Product, Organization, BreadcrumbList) — for accurate entity understanding, not as an AI-citation shortcut (Google states no special schema is needed for AI features)
6. Verify AI bots are allowed in robots.txt

How AI Search Differs from Traditional SEO

The Fundamental Shift

Traditional SEO gets your page ranked. AI SEO gets your content cited. These are different optimization targets.

What Carries Over from Traditional SEO

• Domain authority still matters. AI systems prefer credible sources.
• Backlinks still signal trust and expertise.
• Technical SEO fundamentals (page speed, mobile-friendly, clean HTML) still apply.
• Quality content with original insights still wins.

What Changes

• Keyword density matters less than answer clarity and directness
• Page-level optimization expands to section-level and paragraph-level optimization
• Internal linking serves discoverability for AI crawlers, not just PageRank flow
• Structured data helps machines disambiguate entities and page type, but it is not a gate: Google states there is no special schema.org markup required to appear in AI Overviews or AI Mode (as of September 2026)

The Three Pillars of AI Citability

Pillar 1: Structure (Extractable)

AI systems pull content in chunks. They find the paragraph, list, or definition that directly answers a query and extract it. Your content must be structured so answers are self-contained.

Extractability requirements:

• Definition blocks for "what is X" queries — tight, 1-2 sentence definitions in the first 200 words
• Numbered steps for "how to do X" queries — verb-first, self-contained steps
• Comparison tables for "X vs Y" queries — clean table format with headers
• FAQ blocks for question-based queries — explicit Q&A pairs
• Statistics with full attribution for data-oriented queries

Anti-patterns that kill extractability:

• Burying the answer in paragraph 8 of a 4,000-word essay
• Requiring context from previous sections to understand any individual section
• Using narrative prose for comparisons that should be tables
• Placing key definitions only in the conclusion

Pillar 2: Authority (Citable)

AI systems do not just extract the most relevant answer — they extract the most credible one.

Authority signals in the AI era:

• Domain authority — High-DA domains get preferential citation
• Author attribution — Named authors with credentials outperform anonymous pages
• Citation chains — Your content cites credible sources, making you credible in turn
• Recency — AI systems prefer current information for time-sensitive queries
• Original data — Proprietary research, surveys, and studies get cited more because AI cannot find this data elsewhere
• Consistent entity presence — Your brand appears across authoritative sources as an entity

Pillar 3: Presence (Discoverable)

AI systems must be able to find and index your content.

Technical requirements:

• AI crawlers allowed in robots.txt
• Fast page load and clean HTML
• No JavaScript-only rendering for important content
• Schema markup for content type classification
• Proper canonical signals
• HTTPS with valid certificates

Core Workflows

Workflow 1: AI Visibility Audit

Step 1: Bot Access Verification

Check robots.txt for AI crawler permissions:

# Search / retrieval crawlers — blocking these removes you from that platform's AI answers:
Googlebot         # Google Search, incl. AI Overviews and AI Mode
OAI-SearchBot     # ChatGPT search
Claude-SearchBot  # Claude search
PerplexityBot     # Perplexity search
# Training crawlers — blocking these does NOT remove you from AI search answers:
GPTBot            # OpenAI model training
ClaudeBot         # Anthropic model training
Google-Extended   # Gemini training + grounding (not AI Overviews / AI Mode)
Applebot-Extended # Apple Intelligence training

If a search/retrieval crawler is blocked, that is the single highest priority fix — zero visibility on that platform until resolved. A blocked training crawler is a policy choice, not a visibility bug. See Bot Access Configuration for the full matrix.

Step 2: Citation Testing

Test top 10 target queries on each platform:

Step 3: Content Extractability Scoring

Score each key page (0-7):

• Clear definition of core concept in first 200 words
• Numbered lists or step-by-step sections for process queries
• FAQ section with direct Q&A pairs
• Statistics cited with source name and year
• Comparisons in table format (not narrative)
• H1 phrased as an answer or direct statement
• Valid schema markup matching the page type (Article, Product, Organization, BreadcrumbList)

Interpretation: 0-3 = needs major restructuring. 4-5 = good baseline. 6-7 = strong.

Step 4: Competitive Citation Analysis

For each target query, document:

• Who is currently being cited (top 3 sources per platform)
• What content format wins (definition, list, table, quote)
• What your content lacks that cited competitors provide
• Where you have unique data or expertise competitors lack

Workflow 2: Page Optimization for AI Citation

Step 1: Lead with the Answer

The first paragraph must contain the core answer to the target query. No preamble, no context-setting, no "In today's landscape..." openers.

Step 2: Structure Self-Contained Sections

Every H2 section must be answerable as a standalone excerpt:

• Each section opens with its main point
• Each section contains its own evidence
• No section requires reading previous sections to be understood
• Each section could be quoted out of context and still make sense

Step 3: Add Extractable Content Blocks

Insert 2-3 of these per key page:

• Definition block (first 200 words)
• Numbered how-to steps (5-10 max, verb-first)
• Comparison table (clean headers, structured data)
• FAQ pairs (question matches natural language query)
• Attributed statistics ("According to [Source] ([Year]), X% of...")
• Expert quote block ("[Name], [Role at Organization]: '[quote]'")

Step 4: Replace Vague with Specific

Find and replace every vague claim:

• "Many companies" → name the companies or cite the count
• "Studies show" → name the study, organization, and year
• "Significantly improved" → state the percentage improvement
• "Leading brands" → name at least one
• "Experts say" → name the expert with credentials

Step 5: Add Schema Markup

Implement JSON-LD in the page head:

The visible on-page structure (Q&A headings, numbered steps) is what AI systems extract. Google states no special schema is required for AI features — do not sell FAQPage/HowTo markup as an AI-citation lever.

Workflow 3: Entity Optimization

Step 1: Define Your Entity

Ensure your brand exists as a recognized entity across the web:

• Wikipedia or Wikidata presence
• Google Knowledge Panel
• Consistent NAP (name, address, phone) across citations
• Structured About page with Organization schema

Step 2: Build Entity Associations

Connect your entity to relevant topics:

• Publish original research on topics you want to be cited for
• Get mentioned (with links) on authoritative sites in your domain
• Contribute expert quotes to industry publications
• Maintain active presence on platforms AI systems index

Step 3: Strengthen the Citation Chain

Create a network of credible references:

• Your content cites authoritative sources
• Authoritative sources cite your content
• Your author pages link to credentials and publications
• Your brand appears in industry roundups and comparisons

Content Patterns That Get Cited

Pattern 1: Definition Block

**[Term]** is [concise definition in 1-2 sentences]. [One sentence of context
explaining why it matters or how it differs from related concepts].

Place within the first 200 words. No hedging, no preamble.

Pattern 2: Numbered Steps

Requirements for AI extraction:

• Steps are numbered (not bulleted)
• Each step starts with an action verb
• Each step is self-contained (could be quoted alone)
• 5-10 steps maximum (AI truncates longer lists)
• Each step has a brief explanation (1-2 sentences)

Pattern 3: Comparison Table

Two-column or multi-column tables with clean headers:

| Dimension | Option A | Option B |
|-----------|----------|----------|
| Price | $X/mo | $Y/mo |
| Key Feature | Description | Description |
| Best For | Use case | Use case |

Pattern 4: FAQ Block

Explicit Q&A pairs. Questions should match natural language queries:

### What is [topic]?
[Direct answer in 1-2 sentences.]

### How does [topic] work?
[Step-by-step explanation.]

The visible Q&A structure is what matters for extraction. FAQPage markup is optional — Google no longer shows FAQ rich results (removed May 2026).

Pattern 5: Attributed Statistics

According to [Source Name] ([Year]), X% of [population] [finding].

Complete attribution is critical. Unattributed statistics get deprioritized because AI cannot verify the source.

Pattern 6: Expert Quote Block

"[Quote]" — [Name], [Role] at [Organization]

Named experts with credentials produce citable units AI systems pick up.

Schema Markup for AI Discovery

Priority Implementations

Google states that no special schema.org markup is needed to appear in AI Overviews or AI Mode (AI features and your website). Prioritize schema that still produces Google rich results or clarifies entities (Article, Product, Organization, BreadcrumbList); treat FAQPage and HowTo as optional vocabulary.

FAQPage Schema (optional — FAQ rich results removed from Google Search in May 2026):

{
  "@context": "https://schema.org",
  "@type": "FAQPage",
  "mainEntity": [
    {
      "@type": "Question",
      "name": "What is [topic]?",
      "acceptedAnswer": {
        "@type": "Answer",
        "text": "[Direct answer]"
      }
    }
  ]
}

HowTo Schema (optional — HowTo rich results removed from Google Search in 2023):

{
  "@context": "https://schema.org",
  "@type": "HowTo",
  "name": "How to [do thing]",
  "step": [
    {
      "@type": "HowToStep",
      "name": "Step name",
      "text": "Step description"
    }
  ]
}

Article Schema (still eligible for rich results; establishes author and date signals):

{
  "@context": "https://schema.org",
  "@type": "Article",
  "headline": "Title",
  "author": {
    "@type": "Person",
    "name": "Author Name",
    "url": "https://author-page"
  },
  "datePublished": "2026-01-15",
  "dateModified": "2026-03-01"
}

Validate all schema at schema.org/validator before deployment.

Bot Access Configuration

AI Crawler Matrix (as of September 2026)

The major AI vendors now split crawling by purpose, so search visibility and training can be controlled separately.

Sources: OpenAI crawlers, Anthropic crawlers, Perplexity crawlers, Google common crawlers.

Google AI Overviews / AI Mode opt-out: Google-Extended does not control appearance in them — they are served from Googlebot's index. Your options (as of September 2026):

• Search Console "Search generative AI" control (Settings > Search generative AI; rolled out to all sites August 31, 2026) — excludes the site's links and content from AI Overviews, AI Mode, and generative AI features in Discover, without affecting ranking or inclusion in the rest of Search. Takes effect within a few days (help).
• Page-level snippet controls — nosnippet, data-nosnippet, max-snippet limit what can be shown, but also limit how the page appears in regular Search results.
• noindex — removes the page from Google Search entirely.