사용 방법
- 설치 명령을 복사하고 자신의 에이전트 환경에 설치하기 전에 소스 패키지를 확인하세요.
- 필요한 도구, 인증 정보, 지원 환경은 원본 문서에서 확인하세요.
- 입력과 원하는 산출물을 설명하고 출처와 결과를 대조하세요.
npx skills add https://github.com/kostja94/marketing-skills --skill site-crawlability시작 전 확인
- 설치에는 모델 구독, API 한도, 파일 접근 권한이 포함되지 않습니다.
- 별점 수와 설치 수는 활동 지표이며 독립적인 품질·보안 검증이 아닙니다.
원본 저장소의 제목, 예시, 코드, 표, 링크, 이미지를 유지해 표시합니다.
SEO Technical: Crawlability
Guides crawlability improvements: robots, X-Robots-Tag, site structure, and internal linking.
When invoking: On first use, if helpful, open with 1–2 sentences on what this skill covers and why it matters, then provide the main output. On subsequent use or when the user asks to skip, go directly to the main output.
Scope (Technical SEO)
- Redirect chains & loops: Fix multi-hop redirects; point directly to final URL
- Broken links (4xx): Fix broken internal/external links; 301 or remove
- Site architecture: Logical hierarchy; pages within 3–4 clicks from homepage
- Orphan pages: Add internal links to pages with no incoming links
- Pagination: Prefer pagination over infinite scroll for crawlability
- Crawl budget: Reduce waste on duplicates, redirects, low-value URLs (see below)
- AI crawler optimization: SSR for critical content; URL management; reduce 404/redirect waste (see below)
Initial Assessment
Project context: Read root contextus.md when present and load only the modules relevant to this task. Without Contextus, use available project material or user-provided facts and ask for missing information; do not create a parallel context system.
Identify:
- Site structure: Flat vs. deep hierarchy
- Framework: Next.js, static, SPA, etc.
- Key paths: Sitemap, robots.txt, API, static assets
Best Practices
Redirect Chains & Loops
- Fix multi-hop redirects; point directly to final URL
- Loops: URLs redirecting back to themselves; break the cycle
Broken Links (4xx)
- Fix broken internal/external links; 301 or remove
- Audit regularly; update or remove broken links
Site Architecture
| Principle | Guideline |
|---|---|
| Depth | Important pages within 3–4 clicks from homepage |
| Orphan pages | Add internal links to pages with no incoming links; see internal-links for link strategy |
| Hierarchy | Logical structure; hub pages link to content |
Pagination vs Infinite Scroll
Problem: With infinite scroll, crawlers cannot emulate user behavior (scroll, click "Load more"); content loaded after initial page load is not discoverable. Same applies to masonry + infinite scroll, lazy-loaded lists, and similar patterns.
Solution: Prefer pagination for key content. If keeping infinite scroll, make it search-friendly per Google's recommendations:
| Requirement | Practice |
|---|---|
| Component pages | Chunk content into paginated pages accessible without JavaScript |
| Full URLs | Each page has unique URL (e.g. ?page=1, ?lastid=567); avoid #1 |
| No overlap | Each item listed once in series; no duplication across pages |
| Direct access | URL works in new tab; no cookie/history dependency |
| pushState/replaceState | Update URL as user scrolls; enables back/forward, shareable links |
| 404 for out-of-bounds | ?page=999 returns 404 when only 998 pages exist |
Reference: Infinite scroll search-friendly recommendations (Google Search Central, 2014)
Pagination (Traditional)
- Reference links to next/previous pages;
rel="prev"/rel="next"where applicable - Avoid dynamic-only loading; ensure links in HTML
Crawl Budget
Crawl budget is the number of URLs Googlebot will crawl on your site in a given period. Large sites (10,000+ pages) may waste up to 30% of crawl budget on duplicates, redirects, and low-value URLs.
| Waste source | Fix |
|---|---|
| Duplicate URLs | Canonical; consolidate; 301 to preferred |
| Redirect chains | Point directly to final URL |
| Parameter proliferation | Use rel="canonical"; consider Clean-param (Yandex) |
| Low-value pages | noindex for thin/duplicate; see indexing |
| Crawl traps | Avoid infinite URL generation (e.g. faceted filters) |
Sitemap: Include only indexable, canonical URLs. See xml-sitemap, canonical-tag.
AI Crawler Optimization
AI crawlers (GPTBot, ClaudeBot, PerplexityBot, etc.) now represent ~28% of Googlebot's crawl volume. Their behavior differs from search engines—optimizing for both improves GEO (AI search visibility). See generative-engine-optimization for GEO strategy. Vercel/MERJ study (Dec 2024):
| Factor | AI Crawlers (GPTBot, Claude) | Googlebot |
|---|---|---|
| JavaScript | Do not execute JS; cannot read client-side rendered content | Full JS rendering |
| 404 rate | ~34% of fetches hit 404s | ~8% |
| Redirects | ~14% of fetches follow redirects | ~1.5% |
| Content in initial HTML | JSON, RSC in initial response can be indexed | Same |
Recommendations for AI crawlability:
| Practice | Action |
|---|---|
| Server-side rendering | Critical content in initial HTML. Use SSR, ISR, or SSG. See rendering-strategies for full guide. |
| URL management | Keep sitemaps updated; use consistent URL patterns; avoid outdated /static/ assets that cause 404s. AI crawlers frequently hit outdated URLs. |
| Redirects | Fix redirect chains; point directly to final URL. AI crawlers waste ~14% of fetches on redirects. |
| 404 handling | Fix broken links; remove or redirect outdated URLs. High 404 rates suggest AI crawlers may use stale URL lists. |
Reference: The rise of the AI crawler (Vercel, 2024)
Common Issues
| Issue | Check |
|---|---|
| Redirect chains | Update links to point directly to final URL |
| Broken links | 301 or remove; audit internal and external |
| Orphan pages | Add internal links from hub or navigation; see internal-links for strategy |
| Infinite scroll | Provide paginated component pages; or replace with pagination for key content; see above |
| AI crawlers missing content | Ensure critical content in initial HTML; see rendering-strategies |
Output Format
- Redirect audit: Chains and loops to fix
- Broken link audit: 4xx links to fix
- Site structure: Orphan pages, hierarchy
- Pagination: Implementation for crawlable content
- AI crawler: SSR/URL/redirect checks if GEO or AI visibility is a goal
Related Skills
- seo-strategy: SEO workflow; crawlability is Technical phase (P0)
- website-structure: Plan which pages to build, page priority, structure planning; use before or alongside crawlability audit
- robots-txt: robots.txt configuration; AI crawler allow/block (GPTBot, ClaudeBot)
- xml-sitemap: URL discovery; keep updated to reduce AI crawler 404s
- google-search-console: Index status, Coverage report
- indexing: Fix indexing issues
- internal-links: Internal linking best practices
- masonry: Masonry + infinite scroll has same crawl issue; layout skill references this for SEO
- generative-engine-optimization: GEO strategy; AI search visibility; crawlability enables AI citation
- canonical-tag: Canonical reduces crawl budget waste on duplicates
- rendering-strategies: SSR, SSG, CSR; content in initial HTML; crawler visibility
