AI Visibility & AI SEO Audit — Phase 14

Executive Summary

AI search is the fastest-growing traffic channel in 2025. Google AI Overviews appear for 20–35% of local service queries (SparkToro 2025). ChatGPT Search has 200M+ monthly active users. Perplexity processes 100M+ queries/month. Being cited in AI answers = significant visibility gain; being absent = invisible to AI-first searchers. This phase audits where the client appears (or doesn't) across all major AI platforms, identifies content gaps causing AI invisibility, and produces a prioritized action plan for AI citation dominance.

2025 AI search benchmarks:

• AIO citation rate: pages with FAQPage schema cited 3.2× more than pages without (Amsive 2025)
• ChatGPT freshness: pages updated within 30 days cited at 76.4% rate vs. 31.2% for 90+ day old pages
• Perplexity local query share: 18% of all queries are local business intent (Perplexity data, 2025)
• AIO + organic position 1 = ~45% CTR combined (vs. ~25% for position 1 alone when AIO shows)

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Tools for This Phase

Tool	Purpose	Cost
Google Search (incognito)	Test AIO presence for top 20–30 target keywords	Free
ChatGPT (GPT-4o with Search)	LLM visibility test — local service queries	Free/Paid
Perplexity	AI search citations for local service queries	Free
Google Gemini	Gemini AI visibility test + source attribution	Free
Microsoft Copilot	Bing-powered AI visibility	Free
Google Rich Results Test	FAQPage, HowTo, Speakable schema validation	Free
Ahrefs	Featured snippet ownership — AIO pulls from snippets	Paid
SEMrush	Featured snippet tracking per target keyword	Paid
AlsoAsked.com	PAA question mapping — AIO uses PAA patterns	Freemium
Otterly.ai	Track AIO mentions over time (monitoring)	Paid

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The AI Search Landscape (2025-2026)

AI search is no longer emerging — it IS the mainstream:

• Google AI Overviews: Shown for ~20-30% of queries (growing)
• Google AI Mode: Full conversational search experience
• ChatGPT Search: Now default for 200M+ users with web access
• Perplexity: 100M+ monthly queries, growing fast
• Microsoft Copilot: Integrated into Windows/Edge/Bing
• Gemini (Google): Deep integration with Android + Google Workspace
• Claude (Anthropic): Growing presence with web search

For local businesses, AI search drives both:

1. Direct visibility (being mentioned in AI answers)
2. Competitive displacement (competitor gets the mention instead)

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Step 1: Read Project Context

Read {AUDIT_DIR}/intake-data.md — business name, URL, services, location. Read {AUDIT_DIR}/competitor-profiles.md — competitor AI visibility signals. Read {AUDIT_DIR}/onpage-findings.md — content structure gaps.

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Section 1: Google AI Overviews (AIO) Audit

Test Protocol

Test top 20-30 target keywords in Google Search (incognito, desktop + mobile):

For each query, document:

Query	AIO Shows?	Client Cited?	Competitors Cited?	Source URLs Used	AIO Format
[query]	Yes/No	Yes/No	[names]	[URLs]	Paragraph/List/Table/Steps

AIO Appearance Patterns to Identify

• Which query types trigger AIO? (Informational, local, how-to, comparison?)
• Which content format is used in AIO? (Paragraphs, numbered steps, bullet lists?)
• What's the word count of the cited answer section?
• Does AIO pull from the first paragraph? A specific H2 section?
• Are any client pages cited? If so, which ones and why?

AIO Optimization Strategy

To be cited in AI Overviews, content needs:

1. Direct answers — First 40-60 words answer the query directly
2. Question-format headers — H2: "What is [topic]?" / "How does [process] work?"
3. Structured formatting — numbered steps, bullet lists, tables rank well
4. Unique data/insights — AI cites specific facts, statistics, and expert opinions
5. E-E-A-T signals — Strong author credentials, institutional trust
6. Comprehensive coverage — Answer main query + related sub-questions
7. Page authority — Higher authority pages cited more often

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Section 2: Google AI Mode Audit

Google AI Mode (launched 2024, expanding 2025) enables fully conversational search.

Test AI Mode Queries

• Enable AI Mode (Google account > Experiments or rolled-out region)
• Test conversational queries:
  • "What's the best [service] in [city] and why?"
  • "Compare [client] vs. [competitor 1] for [service]"
  • "I need [service] near [neighborhood] — any recommendations?"
  • Follow-up: "What makes them stand out?"

Document Findings

Query	Client Mentioned?	Accuracy	Competitor Priority	Source

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Section 3: LLM Visibility Audit (ChatGPT, Perplexity, Gemini, Copilot, Claude)

Test Matrix

For each platform × query type:

Platforms to test:

• ChatGPT (GPT-4o with Search)
• Perplexity
• Google Gemini
• Microsoft Copilot
• Claude.ai (Anthropic)

Query types to test:

1. Best [service] in [city]
2. [Service] near [neighborhood/landmark]
3. [Business Name] — accuracy check
4. [Business Name] reviews — reputation
5. How to find a good [service type] in [city]
6. [Specific service] cost in [city]

For each result document:

• Business mentioned? (Yes/No)
• Accuracy of info (address, phone, hours, services)?
• Positive/negative framing?
• Competitors mentioned instead?
• Source URLs cited?
• Position (1st mention / 2nd / not mentioned)?

LLM Visibility Score (per platform)

• Mentioned accurately in top 3 answers: 5/5
• Mentioned but with errors: 3/5
• Mentioned peripherally: 1/5
• Not mentioned: 0/5

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Section 4: AEO — Answer Engine Optimization Assessment

AEO focuses on structuring content so AI can extract and use it as answers.

Content Assessment

For each key service page and FAQ page:

• Does each section start with a direct, standalone answer?
• Are definitions provided for key service terms?
• Are process steps numbered and clearly labeled?
• Are comparisons structured in tables?
• Are FAQs in explicit question + answer format (not buried)?
• Are specific figures, statistics, and data points included?
• Can the answer be extracted and read without surrounding context?

FAQ Content Audit

• FAQ page exists?
• FAQs based on real customer questions (not generic)?
• FAQPage schema implemented?
• PAA (People Also Ask) boxes captured with existing content?
• Test: do current FAQs appear in PAA for target queries?

Featured Snippet Optimization

Since AI Overviews pull from featured snippets:

• Which target queries have featured snippets?
• Does the client own any?
• What format does the winning snippet use?
• What page structure modifications are needed to win it?

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Section 5: GEO — Generative Engine Optimization Assessment

GEO focuses on making content easily citable by AI systems.

Citeability Checklist

• Specific, quotable statements with data? Good: "Chicago homeowners saved an average of $2,400/year after our insulation upgrade" Bad: "We help homeowners save money on energy bills"

• Original research, surveys, or case studies?

• Named expert quotes with credentials?

• Step-by-step instructions with clear numbered format?

• Comparison tables with specific data?

• Local statistics about the service area?

• Industry benchmarks stated clearly?

Source Authority Assessment

AI systems cite authoritative sources. Check:

• Domain authority and trust indicators
• E-E-A-T signals present (author, expertise, experience demonstrated)
• Linked to from other authoritative sources in the niche?
• Consistently mentioned on industry resource pages?

Entity Optimization for AI

AI systems understand entities better than raw keyword text:

• Is the business entity clearly defined (who, what, where, when)?
• Are service entities named consistently (using industry-standard terminology)?
• Are geographic entities precise (neighborhood, city, region)?
• Do related entities connect? (business → services → location → team)?
• Schema markup reinforces all entity relationships?

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Section 6: Structured Data for AI Readability

Schema types most valuable for AI citation:

Schema Type	AI Benefit
LocalBusiness	Business entity establishment
FAQPage	Direct Q&A extraction
HowTo	Step-by-step answer extraction
Article + Author	E-E-A-T, content authority
AggregateRating	Trust signal for AI recommendations
Speakable	Marks content optimized for voice/AI reading
Service	Clear service entity definition
Review	Specific review content citation

Validate all schema at: search.google.com/test/rich-results

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Section 7: Competitor AI Visibility Comparison

Platform	Client Score	Comp 1	Comp 2	Comp 3
Google AIO
ChatGPT Search
Perplexity
Gemini
Copilot
Overall AI Score

Findings: Which competitor dominates AI visibility and why? What content do they have that the client lacks?

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Section 8: AI SEO Action Plan

Priority Matrix

Action	Impact (1–5)	Feasibility (1–5)	Priority	Effort
Add FAQPage schema to all service pages	5	5	25	30 min/page
Rewrite service page intros (direct 50-word answer)	5	4	20	30–60 min/page
Add specific data points (costs, timelines) to pages	5	4	20	30–60 min/page
Create dedicated FAQ page (conversational queries)	4	5	20	2–4 hrs
Add question-format H2s to top 5 service pages	4	4	16	30 min/page
Add HowTo schema to process pages	4	5	20	30 min/page
Publish original research / local statistics page	5	3	15	4–8 hrs
Build E-E-A-T author profiles (credentials, bios)	4	4	16	2–4 hrs
Refresh pages > 30 days old (freshness = AIO boost)	4	5	20	30–60 min/page
Add Speakable schema to key answer sections	3	4	12	30 min

Immediate (Week 1–2) — Quick Wins

• Add FAQPage schema to all service pages — Effort: 30 min/page — Expected: 3.2× more AIO citations
• Rewrite service page intros with direct standalone answers (first 50 words) — Effort: 30–60 min/page
• Add specific data points (pricing, timelines, statistics) to every service page — Effort: 30–60 min/page

Short-Term (Month 1)

• Create dedicated FAQ page optimized for conversational queries — Effort: 2–4 hrs
• Restructure top 5 service pages with question-format H2s — Effort: 30 min/page
• Publish original research piece (local survey, case study, cost data) — Effort: 4–8 hrs
• Add HowTo schema to all process-based pages — Effort: 30 min/page

Medium-Term (Months 2–3)

• Build E-E-A-T author profiles for all content contributors — Effort: 2–4 hrs
• Earn citations from authoritative local/industry sites — Effort: ongoing
• Create content that fills AI citation gaps vs. top competitor — Effort: 2–4 hrs/piece

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Scoring

Category	Weight
AI platform visibility (AIO + ChatGPT + Perplexity + Gemini + Copilot)	20%
AI citability scoring (passage-level extractability)	20%
AI crawler access (Tier 1–3 crawlers + llms.txt)	15%
AEO content structure (answer blocks, FAQs, featured snippets)	15%
Platform-specific optimization readiness	15%
Schema for AI readability (FAQPage, Speakable, knowsAbout)	15%

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Output

Write complete findings to {AUDIT_DIR}/ai-seo-findings.md with YAML frontmatter:

---
skill: ai-visibility/ai-seo
phase: 14
date: [YYYY-MM-DD]
business: [Business Name]
url: [URL]
score: [X/100]
aio_cited: [yes|no|partial]
chatgpt_cited: [yes|no]
perplexity_cited: [yes|no]
faqpage_schema: [yes|no|partial]
aio_keywords_tested: [X]
aio_keywords_cited: [X]
---

Include:

• Score X/100 with per-category breakdown
• Full AI visibility matrix (all 5 platforms × 6 query types)
• AIO appearance analysis for top 20–30 keywords
• Competitor AI visibility comparison table
• AEO content structure checklist (per key page)
• GEO citeability checklist
• Schema for AI readability (present vs. missing per page)
• Content gap list (what's missing for AI citation)
• Priority matrix (all actions, Impact × Feasibility scored)
• 30/90-day AI SEO action plan with effort estimates

Output files:

• {AUDIT_DIR}/ai-seo-findings.md — AI visibility audit with score and citation gap analysis
• {REPORTS_DIR}/phase-14-ai-seo.pdf — auto-generated PDF after phase completes

Key consumers:

• ai-visibility/voice-search — voice and AIO share optimization signals
• audit/onpage-seo — AIO structure requirements inform on-page optimization
• cross-cutting/serp-trust-auditor — Trust & AI Readiness (T2) dimension
• output/report-generation — AI visibility section in master report

---

Section 9: AI Citability Scoring Framework

AI models cite passages that meet specific structural criteria. GEO-optimized content achieves 30–115% higher visibility in AI-generated responses (Georgia Tech / Princeton / IIT Delhi 2024). Optimal AI-cited passages are 134–167 words, self-contained, fact-rich, and answer-first.

Citability Rubric (per content block, 0–100)

Category	Weight	What It Measures	Scoring
Answer Block Quality	30%	Does the passage open with a direct, quotable answer? Uses "X is..." or answer-first patterns? First 40–60 words stand alone?	90+: every section opens with 1–2 sentence answer; 50–69: answers buried mid-paragraph; <30: no extractable answers
Self-Containment	25%	Can the passage be extracted without context? No pronoun dependencies? Named subject in every block?	90+: 80%+ blocks fully standalone; 50–69: mixed pronoun/explicit use; <30: continuous narrative, extraction breaks meaning
Structural Readability	20%	H1>H2>H3 hierarchy? Question-based headings? Short paragraphs (2–4 sentences)? Tables for comparisons? Lists for processes?	90+: clean hierarchy + question headings + tables/lists; 50–69: some structure; <30: wall-of-text
Statistical Density	15%	Specific stats per 500 words? Named sources? Exact numbers (not "many" or "several")?	90+: 5+ stats/500w, all sourced; 50–69: 1–2 stats/500w; <30: no statistics, vague quantifiers
Uniqueness & Original Data	10%	First-party research? Proprietary data? Case studies with specific outcomes?	90+: original surveys/research; 50–69: synthesized with some original commentary; <30: entirely derivative

Page Citability Score = weighted average of all content block scores.

High vs. Low Citability Examples

HIGH citability (score ~85):

Content delivery networks (CDNs) are distributed server systems that cache and serve web content from locations geographically close to end users. A CDN reduces latency by 50–70% on average by serving assets from edge servers rather than a single origin server. The three largest CDN providers as of 2025 are Cloudflare (serving approximately 20% of all websites), Amazon CloudFront, and Akamai Technologies. — 58 words. Self-contained: yes. Facts: 3 specific data points. Definition pattern: yes.

LOW citability (score ~15):

If you've ever wondered why some websites load faster than others, the answer might surprise you. There's this amazing technology that has been around for a while now. It's changed the way we think about web performance. Let me explain how it works. — 52 words. Self-contained: no (no topic named). Facts: 0. Definition pattern: no.

Citation Research Data

Finding	Source
Optimal AI-cited passage length: 134–167 words	Bortolato 2025 analysis of AI Overview passages
Definition patterns increase citation rate by 2.1×	Georgia Tech 2024
Adding statistics increases citation by 40%	Princeton GEO study 2024
Adding authority quotations increases citation by 115% in some categories	IIT Delhi 2024
Fluency optimization increases visibility by 30% average	Georgia Tech 2024
Content with source citations cited 20–25% more often by Perplexity/ChatGPT	Industry data 2025

AI System Citation Preferences

AI System	Citation Preference
Google AI Overviews	Concise answer blocks (40–60 words). Content already ranking in top 10. Structured formatting (tables, lists).
ChatGPT (Search)	Explicit definitions, named sources, recent dates. Cites 2–4 sources per response. Wikipedia sourced 47.9% of citations.
Perplexity	Fact-dense passages with statistics. Cites 4–8 sources per response. Values recency highly. Reddit sourced 46.7% of citations.
Gemini	Multi-modal (text + images + video). YouTube content weighted heavily. Uses Knowledge Graph for entity grounding.
Copilot (Bing)	Passages from high-authority domains with clear factual claims. IndexNow for fast indexation.

Citability Audit Process

For each key page:

1. Segment content at each H2/H3 heading into blocks
2. Score each block on the 5 categories above
3. Identify top 3 strongest blocks (highlight as strengths)
4. Identify bottom 3 weakest blocks (flag for rewriting)
5. For blocks scoring <60: generate specific rewrite suggestion with answer-first opening + recommended statistics to add
6. Calculate "citability coverage" = % of blocks scoring above 70

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Section 10: AI Crawler Access Audit

AI crawlers must be able to access your site — blocked crawlers = invisible to that platform regardless of content quality. Over 35% of top 1,000 websites block at least one major AI crawler (Originality.ai 2025).

Complete AI Crawler Reference (3 Tiers)

Tier 1: Critical for AI Search Visibility (MUST ALLOW)

Crawler	Operator	User-Agent	Purpose	Impact if Blocked
GPTBot	OpenAI	GPTBot	ChatGPT web browsing + search. Content may be used for model improvement.	Invisible in ChatGPT Search (900M+ weekly users)
OAI-SearchBot	OpenAI	OAI-SearchBot	ChatGPT search only — NOT used for training.	Not in ChatGPT search results even if GPTBot allowed
ChatGPT-User	OpenAI	ChatGPT-User	User-initiated URL visits ("read this page for me")	Users can't access your content via ChatGPT
ClaudeBot	Anthropic	ClaudeBot	Claude web search, citations, analysis	Invisible to Claude's web search
PerplexityBot	Perplexity	PerplexityBot	Perplexity AI search — always displays source links (best referral traffic of AI search products)	No Perplexity citations

Tier 2: Important for Broader AI Ecosystem (RECOMMEND ALLOW)

Crawler	Operator	User-Agent	Purpose	Notes
Google-Extended	Google	Google-Extended	Gemini training + AI Overviews improvement. Blocking does NOT affect Google Search ranking or AIO appearance (controlled by Googlebot).	Allow unless philosophical objection to training data usage
GoogleOther	Google	GoogleOther	Non-search-ranking purposes — research, experimental features	Low risk, moderate benefit
Applebot-Extended	Apple	Applebot-Extended	Apple Intelligence features, Siri AI (2B+ active Apple devices)	Growing strategic value
Amazonbot	Amazon	Amazonbot	Alexa answers, Amazon AI features	Relevant for voice search
FacebookBot	Meta	FacebookBot	Meta AI assistant (3B+ combined app users)	Growing importance

Tier 3: Training-Only (Allow or Block Based on Strategy)

Crawler	Operator	Recommendation	Reason
CCBot	Common Crawl	Context-dependent	Training data for many AI companies. No live search impact.
anthropic-ai	Anthropic	Context-dependent	Claude model training only (separate from ClaudeBot live features)
Bytespider	ByteDance	BLOCK for most Western businesses	Aggressive crawling, minimal benefit outside Asian markets
cohere-ai	Cohere	Context-dependent	Enterprise AI training, low consumer impact

Crawler Access Audit Process

1. Fetch robots.txt — parse all User-agent directives. For each crawler above: Allowed / Blocked / Not Mentioned (inherits wildcard)
2. Check meta robots tags — sample 5–10 key pages for <meta name="robots" content="noai">, bot-specific noindex
3. Check HTTP headers — X-Robots-Tag: noai, X-Robots-Tag: GPTBot: noindex
4. Check AI-specific files — /llms.txt, /.well-known/ai-plugin.json, /ai.txt
5. Assess JS rendering — AI crawlers do NOT execute JavaScript. If content requires JS → flag as critical GEO issue

Recommended robots.txt for Maximum AI Visibility

# Tier 1 — AI Search (ALLOW)
User-agent: GPTBot
Allow: /

User-agent: OAI-SearchBot
Allow: /

User-agent: ChatGPT-User
Allow: /

User-agent: ClaudeBot
Allow: /

User-agent: PerplexityBot
Allow: /

# Tier 2 — AI Ecosystem (ALLOW)
User-agent: Google-Extended
Allow: /

User-agent: Applebot-Extended
Allow: /

User-agent: Amazonbot
Allow: /

User-agent: FacebookBot
Allow: /

# Tier 3 — Training Only (BLOCK aggressive)
User-agent: Bytespider
Disallow: /

Crawler Access Score

Component	Weight
Tier 1 crawlers allowed (5 bots)	50%
Tier 2 crawlers allowed (5 bots)	25%
No blanket AI blocks (no noai meta, no User-agent: * Disallow: /)	15%
AI-specific files present (llms.txt, sitemap accessible)	10%

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Section 11: llms.txt Audit & Generation

The llms.txt standard (proposed by Jeremy Howard, Sept 2024) is an emerging file at /llms.txt that helps AI systems understand your site's purpose, structure, and key content. Analogous to robots.txt telling crawlers what NOT to access, llms.txt tells AI systems what IS most useful. As of early 2026, fewer than 5% of websites have llms.txt — early adopter advantage.

llms.txt Format

# [Business Name]

> [One sentence: what the business does, who it serves. Under 200 chars.]

## Services
- [Service Page Title](https://domain.com/service): Description of service, key facts.

## Resources
- [Guide Title](https://domain.com/guide): What this guide covers and why it matters.

## Key Facts
- Founded in [year] by [name]
- Headquarters: [City, State]
- [X] customers/clients served in [area]
- Services: [Service A], [Service B], [Service C]

## Contact
- Website: https://domain.com
- Phone: [phone]
- Email: [email]
- Address: [full address]

llms.txt Audit Checklist

Element	Check	Severity if Missing
H1 Title (matches business name)	Present?	Critical
Blockquote description (<200 chars)	Present?	High
At least one H2 section	Present?	Critical
10–30 page entries with absolute URLs	Present?	High
Descriptions after colon (10–30 words each)	Present?	Medium
Key Facts section with business data	Present?	Medium
Contact section with email + phone	Present?	Low
All listed URLs return 200	Validated?	Medium
llms-full.txt (extended version)	Present?	Low (nice-to-have)

llms.txt Scoring

Dimension	Weight
Completeness (covers all major site sections, 10–30 pages)	40%
Accuracy (descriptions match page content, URLs valid)	35%
Usefulness (AI could understand the business from this file alone)	25%

Generation Protocol (if llms.txt missing)

1. Fetch homepage — extract site name, description, navigation links
2. Crawl sitemap for all public pages
3. Categorize pages: Services, Resources/Blog, Company, Support
4. Select 15–25 highest-value pages
5. Write 10–30 word descriptions for each (factual, specific — no marketing fluff)
6. Add Key Facts from About page, GBP, schema data
7. Output ready-to-deploy llms.txt file

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Section 12: Platform-Specific AI Optimization

Only 11% of domains are cited by BOTH ChatGPT and Google AI Overviews for the same query (Terakeet 2025). Each platform has different indexes, ranking logic, and source preferences. Platform-specific optimization is required.

Platform 1: Google AI Overviews — Key Requirements

• 92% of AIO citations come from pages already ranking in top 10 organic — traditional SEO is the gateway
• 47% of citations come from pages ranking below position 5 — AIO has its own clarity-based selection logic
• Featured snippet optimization has ~70% overlap with AIO optimization

Top actions: Question-based H2/H3 headings, direct answer in first paragraph (40–60 words), comparison tables, ordered/unordered lists, FAQ sections, statistics with sources, visible publication + updated dates, author byline with credentials.

Platform 2: ChatGPT Web Search — Key Requirements

• Uses Bing's search index (not Google)
• Top citation sources: Wikipedia (47.9%), Reddit (11.3%), YouTube, major news
• Heavily weights entity recognition — Wikipedia/Wikidata presence dramatically increases citation odds
• Prefers comprehensive articles (2,000+ words) from established sources

Top actions: Wikipedia/Wikidata entity, Bing Webmaster Tools registration, Reddit brand presence, authoritative .edu/.gov backlinks, consistent entity information across platforms, comprehensive long-form content.

Platform 3: Perplexity AI — Key Requirements

• Top citation sources: Reddit (46.7%), Wikipedia, YouTube, major publications
• Heaviest emphasis on community validation of all AI search platforms
• Cites 5–15 sources per answer — more opportunity for mid-authority sites
• Strong freshness signal — recently updated content preferred

Top actions: Active Reddit presence in relevant subreddits, original research/data, discussion-friendly content, YouTube content with transcripts, freshness signals (visible dates, regular updates), cross-source claim validation.

Platform 4: Google Gemini — Key Requirements

• Uses Google's search index + strong weighting toward Google-owned properties (YouTube, GBP)
• Google Knowledge Panel is a direct advantage
• Multi-modal: references images, videos, and text together
• YouTube content weighted more heavily than in standard Google Search

Top actions: YouTube channel with relevant content + chapters/timestamps, Google Knowledge Panel, GBP completion, comprehensive Schema.org markup, Google ecosystem presence (Scholar, News, Maps), image optimization.

Platform 5: Bing Copilot — Key Requirements

• Uses Bing's search index (shared with ChatGPT but different ranking/selection)
• Supports IndexNow protocol for near-instant indexing
• Microsoft ecosystem integration: LinkedIn, GitHub weighted
• Bing weights meta descriptions more heavily than Google

Top actions: Bing Webmaster Tools verification, IndexNow implementation, LinkedIn company page, optimized meta descriptions, social engagement signals, fast page load (<2s), exact-match keywords in titles/headings.

Cross-Platform Priority Summary

Priority	Google AIO	ChatGPT	Perplexity	Gemini	Copilot
#1	Top-10 ranking	Wikipedia	Reddit presence	YouTube	IndexNow
#2	Q&A structure	Entity graph	Original research	Knowledge Panel	Bing WMT
#3	Tables/lists	Bing SEO	Freshness	Schema.org	LinkedIn
#4	Featured snippets	Reddit	Community forums	GBP	Meta descriptions

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AI Visibility Quick Reference

Schema Markup Priority for AI Citation

Schema Type	AIO Citation Boost	Implementation	Effort
FAQPage	3.2× citation rate	Add to all service + location pages (5 FAQ min)	30 min/page
HowTo	2.1× for process queries	Add to any "how to" or process service pages	45 min/page
Organization + sameAs + knowsAbout	Entity confidence boost + topical expertise signal	Homepage only; include 7+ sameAs URLs + 5–7 knowsAbout topics	30 min
AggregateRating	+17–25% branded CTR	All pages with real review data	30 min
LocalBusiness subtype	Local AIO eligibility	Homepage + key service pages	30 min
BreadcrumbList	Navigation context for AI	Sitewide (via CMS plugin often)	1 hr
Speakable	Marks content for voice/AI assistant extraction	Add to Article/WebPage schema with CSS selectors pointing to key answer sections	15 min/page

2025–2026 AI Search Platform Benchmarks

Platform	Local Coverage	Citation Criteria	Update Frequency
Google AI Overviews	20–35% of local queries	E-E-A-T + schema + topical authority	Real-time (Gemini-based)
ChatGPT (web search)	15–25% of local queries	Freshness (76.4% cite <30-day pages), Bing index	Weekly crawl
Perplexity AI	10–20% of local queries	Source authority + content depth + Reddit presence	Real-time
Google Gemini (assistant)	Growing rapidly	Knowledge Graph entity + YouTube	Real-time
Bing Copilot	5–15% of local queries	Bing indexation + content trust + IndexNow	Daily crawl

2026 GEO Market Context

Metric	Value	Source
GEO services market (2025)	$850M–$886M	Yahoo Finance / Superlines
Projected GEO market (2031)	$7.3B (34% CAGR)	Industry analysts
AI-referred sessions growth	+527% (Jan–May 2025)	SparkToro
AI traffic conversion vs organic	4.4× higher	Industry data
Google AI Overviews reach	1.5B users/month, 200+ countries	Google
ChatGPT weekly active users	900M+	OpenAI
Perplexity monthly queries	500M+	Perplexity
Gartner: search traffic drop by 2028	−50%	Gartner
Brand mentions vs backlinks for AI	3× stronger correlation	Ahrefs Dec 2025
Marketers investing in GEO	Only 23%	Industry surveys

GBP + AIO Local Pack Integration

GBP-driven AI Overviews for local queries: "best [service] near me" queries now show AIO with local pack. To appear:

1. GBP must be verified and have 4.0+ star rating with 20+ reviews
2. Business category must exactly match query intent
3. Website must have LocalBusiness schema with areaServed matching the user's location
4. Q&A section must have keyword-relevant answers seeded

INP for AI search: Googlebot renders pages before indexing for AIO inclusion. Pages with INP >500ms may have content not fully extracted for AI citations. Target INP <200ms on all schema-rich pages.