Crawl and index foundation
HTTP status, HTTPS, redirects, canonical tags, robots.txt, meta robots, X-Robots-Tag, XML sitemap, duplicate URLs, pagination, JavaScript rendering, broken links, internal link depth, and mobile-first rendering.
The audit shift
Classic SEO still matters: crawlability, indexability, fast pages, useful content, internal links, schema, local signals, and authority are not going away. What changed is the customer journey. A buyer can now start in an AI assistant, get a synthesized answer, compare options, and make a shortlist without ever seeing a traditional search engine results page.
Before AI
Can a search engine crawl, index, rank, and display this page well enough that a user chooses our result?
Now
Can search engines and AI answer systems understand the business accurately enough to mention it, cite it, compare it fairly, and send qualified demand when the user asks a natural-language question?
HTTP status, HTTPS, redirects, canonical tags, robots.txt, meta robots, X-Robots-Tag, XML sitemap, duplicate URLs, pagination, JavaScript rendering, broken links, internal link depth, and mobile-first rendering.
Structured data type selection, required and recommended schema fields, visible-content matching, entity names, sameAs profiles, service taxonomy, breadcrumb markup, image/video metadata, and local business details.
Clear definitions, service explanations, pricing or qualification details where appropriate, location language, comparison pages, FAQs, proof points, case studies, author or team credibility, and next-step calls to action.
Name, address, phone, hours, service area, categories, reviews, map listings, citations, social profiles, industry directories, awards, licenses, and third-party descriptions that AI systems may use as corroborating signals.
Brand queries, service-near-location prompts, best-provider prompts, competitor comparisons, specific-service questions, customer-need questions, citation checks, screenshot capture, severity, and recommended fix logging.
Scores, failed checks, screenshots, prompt logs, answer accuracy notes, competitor gaps, technical blockers, priority fixes, owner assignments, and a retest plan that shows what changed after implementation.
Why this matters
Traditional search assumed a visible results page where the user compared blue links, snippets, maps, ads, and reviews. AI discovery compresses that path. The assistant may decide which brands are relevant, summarize what they do, and explain tradeoffs before the user chooses where to click.
That means the audit has to catch a new class of problems: the site may be technically healthy and still be absent from AI answers, misdescribed, uncited, or overshadowed by competitors with clearer entity signals and better supporting content.
Technical SEO, crawlability, metadata, page structure, local SEO, structured data, internal linking, speed, trust, and conversion signals remain part of every audit.
The app separates AI appearance, citation, competitor displacement, fact accuracy, and missing-page opportunities from ordinary ranking checks.
The workflow records real prompts and observed answers instead of pretending a single automated score can prove AI visibility.
Findings connect old SEO fundamentals to new AI-era risks, so clients can see why technical fixes, content clarity, and entity consistency matter together.
This page follows the practical direction that foundational SEO still matters for AI features, while adding manual verification for AI-started journeys and answer accuracy.
Use one workflow to document what is visible, what is accurate, what is missing, and what should be fixed first.
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