Analyze Any Web Page for SEO & AI Visibility
Enter a URL to check technical crawlability, Google indexing signals, AI crawler permissions, schema.org JSON-LD syntax, and on-page optimization.
What the SEO & AI Search Visibility Checker Analyzes
Unlike basic page speed audits, the SearchLearningTools Visibility Checker evaluates both classic search engine crawlability and modern AI search engine accessibility.
Indexability & Canonical Signals
Verifies HTTP status codes, HTTPS encryption, meta robots noindex directives, self-referencing canonical URLs, and language tags that can prevent indexing.
AI Bot Access & Retrieval
Evaluates live robots.txt rules for Googlebot, Bingbot, OAI-SearchBot, ChatGPT-User, PerplexityBot, GPTBot, and ClaudeBot to verify retrieval accessibility.
Schema.org & Meta Tags
Validates JSON-LD schema syntax, single H1 heading hierarchy, title tag length, meta description width, image alt attributes, and internal link count.
Common SEO Visibility Problems & How to Fix Them
Problem: Page Discovered, Currently Not Indexed
If Google Search Console reports a URL as discovered but not indexed, verify that the page is not blocked by a noindex meta tag, has a canonical pointing to itself, and includes at least 3 internal links from relevant guides or categories.
Problem: AI Answers Not Citing Your Content
Ensure AI search bots like OAI-SearchBot and PerplexityBot are allowed in robots.txt, format your primary section answer in 1–2 direct sentences near the top of the section, and provide structured FAQPage or Article schema.
Frequently Asked Questions
Why is HTTPS non-www the recommended canonical format?
Enforcing a single canonical domain structure (https://searchlearningtools.com) prevents duplicate content issues, eliminates redirect chains, and concentrates link authority into a single URL version.
What is the difference between retrieval crawlers and training crawlers?
Retrieval crawlers (e.g. OAI-SearchBot, PerplexityBot) fetch content to provide real-time search answers to users. Training crawlers (e.g. GPTBot, ClaudeBot) crawl the web to train AI foundation models.