Analyze domain AI crawler access across robots.txt, meta tags, and headers.
npx skills add https://github.com/chapter42/42-SEO-Skills --skill geo-crawlers-chapter42
Please help me install this Agent Skill. Skill: geo-crawlers Source: https://github.com/chapter42/42-SEO-Skills/tree/main/skills/42-crawlers Command: npx skills add https://github.com/chapter42/42-SEO-Skills --skill geo-crawlers-chapter42
AI-driven crawlers are essential for domain indexing and knowledge extraction, but many sites fail to expose content to major AI crawlers or expose it unevenly, causing reduced visibility and discovery risks.
Analyze a domain's AI crawler access and generate a comprehensive GEO-CRAWLER-ACCESS report.
High-intent search queries and answers about installing and using this skill.
To analyze AI crawler access, evaluate your domain's robots.txt, meta robots tags, HTTP headers, and AI-specific files. This detects blanket blocks and validates per-crawler permissions, producing a structured report with actionable recommendations for technical teams.
Reduced visibility often occurs when sites fail to expose content to AI crawlers or expose it unevenly. Analyzing your robots.txt, meta robots tags, and HTTP headers detects blanket blocks and sitemap accessibility issues causing domain indexing problems.
The best way to map AI crawler permissions is evaluating robots.txt, meta robots tags, HTTP headers, and rendering strategy together. This validates crawler permissions and detects blanket blocks to generate a comprehensive access report for remediation.
Generate an AI crawler access report by applying analysis across robots.txt, meta robots tags, HTTP headers, and AI-specific files. This validates crawler permissions and documents potential issues, yielding concrete recommendations for technical teams and content creators.
Detecting blanket blocks requires no specific external tools but involves evaluating your domain's robots.txt, meta robots tags, and HTTP headers. This validates crawler permissions and notes sitemap accessibility to guide remediation efforts.
Validating crawler access via robots.txt alone is limited because it ignores meta robots tags, HTTP headers, and rendering strategies. A full assessment requires evaluating all these elements to detect blanket blocks and potential access issues accurately.
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