Audits a live website for AI-engine discoverability (AEO/GEO). Crawls the site, runs 16 deterministic checks plus a 6-dimension content evaluation, and produces a scored report (A-F) with prioritized…
Library skill — the default version is maintained in GitHub; edits you make live in your own clone.
You audit a live website the way an AI agent would — crawling its pages, parsing structure, and judging whether the content is citation-worthy for ChatGPT, Claude, Perplexity, and Google AI Overviews.
The audit has two halves:
Final score = 0.5 × foundational + 0.5 × intelligence, mapped to an A-F grade.
This skill produces a diagnosis. To then fix a codebase, hand off to the improve-aeo-geo skill.
Follow this sequence exactly.
Ask the user for:
workspace/<customer-name>/ if working a customer project.If the user already gave a URL when invoking the skill, don't re-ask — just confirm crawl depth and proceed.
Run the bundled script from this skill's scripts/ directory. It requires only Node 18+ — no npm install.
node <skill-path>/scripts/aeo-audit.mjs <url> --max-pages=10 --out=<output-dir>/aeo-audit.json
The script crawls (sitemap + robots.txt + internal links), runs the 16 checks per page, aggregates site-wide, and writes a JSON report. It also prints a human-readable summary. Tell the user the foundational score and the failed checks.
If the script errors (site unreachable, 0 pages crawled), report the error and stop — don't fabricate a score.
Read the aeo-audit.json file. The key fields:
scoring.foundationalScore — the deterministic score (0-100). This is final — do not change it.checks — the 16 site-wide checks with pass/fail and details.pagesForReview — up to 5 representative pages (home + richest content pages), each with an aiView object containing title, metaDescription, h1, headings, schemaTypes, jsonLdSummary, textExcerpt, internalLinkCount, author, publishedDate, modifiedDate. Use these for Step 4.prioritizedFixes, worstPages, coverage, heuristicIntelligenceSignals — supporting context. The heuristic signals are a deterministic prior — a sanity check, not the real evaluation.You are an AI agent that just found this site via web search. A user asked you a question and you landed here. Decide: would you cite this site in your answer?
Read the textExcerpt, headings, and metadata of each page in pagesForReview. Then score all 6 dimensions below, each 0-5, using only what you actually observed (no assumptions about pages you didn't see). Write the rationale before the score.
Answer Readiness — If a user asked a question about this site's topic, could you find a direct answer here? The #1 factor — content answering questions in the first paragraph gets 4.8x more citations. - 0 = No answers; purely promotional or navigational - 1 = Vague content that talks around topics but never directly answers - 2 = Some answers exist but buried deep, not in opening paragraphs - 3 = Several questions answerable; some definition-first or FAQ-style content - 4 = Most common questions answerable; answers lead sections - 5 = Exceptional (dedicated FAQ blocks, definition-first paragraphs, Q&A format throughout)
Quotability — Can you extract a clean, self-contained 40-60 word passage to quote? Comparison tables get 2.8x citations; FAQ blocks +156%. - 0 = No extractable content (interactive-only, single dense block) - 1 = Content requires full-page context; no passage stands alone - 2 = A few passages extractable but most need surrounding context - 3 = Several self-contained paragraphs; some lists or structured blocks - 4 = Good quotability (tables, lists, FAQ sections, clear answer blocks) - 5 = Highly quotable (comparison tables, step-by-step blocks, definition paragraphs throughout)
Evidence Density — Statistics, data points, named sources, in-text citations? Adding in-text citations = +115% visibility; statistics = +40% citation rate. - 0 = No evidence; only marketing copy and vague claims - 1 = Vague claims only ("best in class", "industry leading") - 2 = Mostly generalities; rare specific data points - 3 = Some statistics and named sources; cites a few external sources - 4 = High density (numbers, dates, named sources, links to references) - 5 = Exceptional (statistics every 150-200 words, in-text citations throughout, verifiable metrics)
Content Depth — Enough substance to thoroughly answer questions on the topic? Long-form (2000+ words) gets 3x more citations. - 0 = Empty or placeholder content only - 1 = Minimal (a few sentences, no real substance) - 2 = Thin (surface-level, missing key details a user would need) - 3 = Adequate (covers main points but lacks sub-topics or examples) - 4 = Rich (comprehensive coverage, multiple sub-topics, examples, data) - 5 = Exceptional (authoritative depth, multi-faceted, a go-to reference)
Freshness — Current enough to cite confidently? 76% of ChatGPT's most-cited pages were updated in the last 30 days. - 0 = No date signals; content appears abandoned or timeless-generic - 1 = Dates present but clearly outdated (2+ years, stale references) - 2 = Moderately dated; no "last updated" indicator - 3 = Reasonably current OR explicit "last updated" date visible - 4 = Recent content with update timestamps and current references - 5 = Clearly current (recent dates, active maintenance evident)
Structural Clarity — Does the HTML parse cleanly into readable text? A prerequisite — clean heading hierarchy = 3.2x more citations. - 0 = Unreadable (no text, blocked, non-semantic markup) - 1 = Very poor (walls of text, no headings, topic unclear) - 2 = Weak (some structure but confusing or inconsistent headings) - 3 = Adequate (clear headings and paragraphs, topic identifiable) - 4 = Good (clean H1-H2-H3 hierarchy, scannable, purpose obvious) - 5 = Excellent (perfect heading outline, semantic HTML, zero noise)
For each dimension, record: a 1-2 sentence rationale, the 0-5 score, and a one-line key finding (under 14 words).
average(6 dimension scores) × 20 → rounds each 0-5 to 0-100.round(0.5 × foundationalScore + 0.5 × intelligenceScore).| Grade | Range | Grade | Range | Grade | Range |
|---|---|---|---|---|---|
| A+ | 95-100 | B+ | 80-84 | C | 60-64 |
| A | 90-94 | B | 75-79 | C- | 55-59 |
| A- | 85-89 | B- | 70-74 | D | 40-54 |
| C+ | 65-69 | F | below 40 |
Sanity-check your intelligence score against heuristicIntelligenceSignals in the JSON. If they diverge by more than ~25 points on any dimension, re-read that page's excerpt and confirm your score is grounded in observed content.
Write a Markdown report to <output-dir>/aeo_audit_report.md using the format in Report Format below. Then summarize for the user: the grade, the 3 highest-impact fixes, and a one-line recommendation.
If the user wants to act on the findings:
- To fix a codebase → recommend the improve-aeo-geo skill, passing this report as input.
- To re-measure after fixes → re-run this skill on the same URL and compare scores.
Run by the script. For reference (id — what it verifies — points):
| Check | Verifies | Pts |
|---|---|---|
title |
<title> present, 10+ chars |
10 |
meta-description |
Meta description present, 50+ chars | 10 |
canonical |
<link rel="canonical"> present |
8 |
h1 |
Exactly one <h1> |
8 |
schema |
At least 1 JSON-LD block | 8 |
schema-types |
A recognized schema.org @type is used |
8 |
og |
og:title and og:description present |
8 |
internal-links |
5+ internal links | 10 |
image-alt |
80%+ of images have alt text | 8 |
text-depth |
250+ words of body text | 12 |
indexability |
No noindex directive |
10 |
ai-meta-tags |
No nosnippet / noai / noimageai |
6 |
heading-hierarchy |
2+ heading levels, no skipped levels | 6 |
llms-txt |
Valid llms.txt (heading + links + 100+ chars) |
10 |
ai-bot-access |
robots.txt does not block 9 major AI crawlers | 12 |
rss-feed |
RSS or Atom feed discoverable | 8 |
A site-wide check passes when 80%+ of crawled pages pass it (the script handles aggregation). Foundational score = earned points ÷ 142 × 100.
# AEO/GEO Audit — [domain]
**Audited:** [date] · **Pages crawled:** [N]
## Score
| | Score | |
|---|---|---|
| Foundational (16 checks) | XX/100 | |
| Intelligence (6 dimensions) | XX/100 | |
| **Final** | **XX/100** | **Grade: X** |
[One-sentence verdict on AI-citation readiness.]
## Foundational Checks
[Table of the 16 checks: ✓/✗, label, detail. Group failures at the top.]
## Intelligence Evaluation
For each of the 6 dimensions: score (X/5 → XX/100), rationale, key finding.
## Prioritized Fixes
Numbered list, highest impact first. For each: what to change, why it matters,
impact/effort. Pull from `prioritizedFixes` and your dimension findings.
## Weakest Pages
[From `worstPages` — URL and per-page %.]
## Recommendation
[2-3 sentences: biggest opportunity, and whether to run improve-aeo-geo next.]
textExcerpt / headings / metadata in pagesForReview. No assumptions about unseen pages.improve-aeo-geo.All statistics above are from verifiable primary research:
| Claim | Source |
|---|---|
| Quotations = +41% visibility; Statistics = +33%; Cite Sources = +28%; in-text citations = +115% for lower-ranked sites | Aggarwal et al., "GEO: Generative Engine Optimization," KDD 2024 (arXiv) |
| 44.2% of ChatGPT citations from first 30% of content | Kevin Indig, Growth Memo, Feb 2026 — 1.2M AI answers |
| Comparison tables 2.8x citations; FAQ blocks +156% | AirOps, 2025 — structuring content for LLMs |
| Clean heading hierarchy = 3.2x more citations vs unstructured | AirOps, 2025 |
| 76% of ChatGPT's most-cited pages updated within 30 days; AI cites content 25.7% fresher than organic | Ahrefs, 2025 — 17M citations across 7 AI platforms |
| Long-form (2000+ words) gets 3x more citations | SE Ranking, Nov 2025 — 2.3M pages, 295K domains |