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Top 5 Claude Code Tools for SEO and Content Teams in 2026

The five Claude Code tools that change how SEO and content teams work: seo-content skill, seo-technical skill, Firecrawl MCP, Exa MCP, and the filesystem MCP for direct CMS access.

Ishan KarunaratneIshan Karunaratne⏱️ 9 min readUpdated
The five Claude Code tools changing SEO/content work: seo-content, seo-technical, Firecrawl, Exa, and filesystem MCP. With install commands and use-case examples.

Five Claude Code tools that change how SEO and content teams work in 2026: the seo-content skill for E-E-A-T scoring and AI citation readiness, the seo-technical skill for crawlability and Core Web Vitals audits, the Firecrawl MCP for clean competitor scraping, the Exa MCP for semantic research, and the filesystem MCP for direct read/write access to your Markdown or MDX content. Together they cover the four jobs a content team actually does — research, write, audit, publish — without ever leaving the assistant. I'll walk each, the slash command or install command, and the workflow where it earns its place.

The 2026 reality for content teams: AI Overviews and ChatGPT citation now drive a meaningful fraction of traffic that used to come from organic blue links. The tooling has moved beyond "rank tracking" to "are we citation-ready?" These five address that shift directly.

Jump to:

1. seo-content skill — E-E-A-T scoring and AI citation readiness

The slash command /seo-content scores a page against the December 2025 Quality Rater Guidelines updates plus AI-search citation criteria. It returns a numerical breakdown — Experience, Expertise, Authoritativeness, Trustworthiness, each out of 25 — alongside a passage-level citability score and a prioritized list of specific fixes.

Where it earns its keep: every article before publish, every competitor page when you're trying to figure out what you have to beat, every page audit after a redesign to confirm nothing important got lost in the new template.

Concrete output:

  • "Add a publication date visible in the byline area, currently only in schema."
  • "Your byline links to /author/jane-doe but the author page doesn't list credentials."
  • "Section 'How it works' is 800 words; consider a 134-167 word self-contained answer block above it for AI Overview eligibility."

The fixes are actionable, not vague. Apply them and re-score; quality lifts are usually 5-15 points per pass.

2. seo-technical skill — crawlability and Core Web Vitals

/seo-technical is the audit skill that runs every technical check before a launch: robots.txt validity, sitemap presence, canonical tag consistency, security headers (HSTS, CSP, X-Frame-Options), Core Web Vitals (LCP, INP, CLS), mobile-first compatibility, JavaScript rendering, structured data validation.

When you use it: pre-launch on a new site, after a redesign, after switching CDN providers, after a Lighthouse score drop. The output is a prioritized list — critical issues (block indexing), high (1-week fix), medium (1-month fix), low (backlog).

The crawler-management section is worth calling out: it knows about GPTBot, ClaudeBot, PerplexityBot, Google-Extended and explains the implications of blocking each one. In 2026, this nuance matters — you might want Googlebot to index you while blocking GPTBot from training, and the skill tells you exactly which robots.txt entries achieve that.

3. Firecrawl MCP — clean competitor scraping

Firecrawl is the MCP server for "fetch the contents of a competitor's page as clean Markdown". It handles JavaScript rendering, strips boilerplate, extracts structured content, and returns the result in a format the assistant can immediately work with.

Configure with your Firecrawl API key in ~/.config/claude-code/mcp.json and the assistant gets two tools: scrape a single URL, or crawl an entire site (within depth and page-count limits you set).

What you use it for in practice:

  • Competitor content audits. "Fetch the top 5 results for [our target query], summarise their structure, identify gaps in our coverage."
  • Pricing pages, feature comparisons. Pull clean data for a "vs" comparison page on your own site.
  • Backlink target research. Pull the actual page where a competitor was mentioned to understand the pitch angle.

The 2024-era pattern of "open the URL manually, copy-paste into the chat" is gone. Firecrawl makes it one tool call.

4. Exa MCP — semantic research

Exa is search-by-meaning, not search-by-keyword. Where a regular search engine matches "best CRM for small teams" against pages with those exact words, Exa matches against pages that talk about what makes a CRM good for small teams regardless of phrasing.

Two MCP tools: web_search and find_similar. The first takes a natural-language query and returns the top semantically-relevant pages. The second takes a URL and finds pages that discuss similar topics, useful for "find me 10 more articles like this one" research.

Where it shines:

  • Topic exploration before writing. "Find 20 recent articles on prompt caching." Get fresh, on-topic sources from across the open web.
  • Fact-checking. "Find authoritative sources for the claim that Anthropic prompt caching costs 10% of input." Returns Anthropic's docs, Anthropic blog posts, and tech-press articles citing them.
  • Inspiration shopping. "Show me 10 well-designed pricing pages for AI tools." Returns actual examples to study.

Brave Search MCP is the close alternative for raw search; Exa is the leader on semantic queries.

5. Filesystem MCP — direct CMS access

The least glamorous of the five but the one that ties the workflow together. filesystem MCP gives the assistant typed read/write access to your local content directory — the .md or .mdx files in your repo for static site generators (Astro, Next.js with MDX, Hugo, 11ty), or whatever your CMS exports to.

For an MDX-based site like the one you're reading, this is what makes "review and improve every article" a real workflow:

  1. List the .mdx files in content/blog/.
  2. For each one, read the file, run /seo-content on it.
  3. Apply the prioritized fixes directly to the file via filesystem MCP.
  4. Commit the changes (via GitHub MCP if you're feeling brave, or hand off to a human review).

The filesystem MCP is universal — covered in Top 5 MCP Servers Every Developer Should Try in 2026 as the foundational MCP — but for content teams specifically, it's the bridge between the audit skills and the actual file edits.

Workflow: how they compose for a single article

A new article from idea to publish, using the five together:

  1. Research/seo-content competitor research (or /seo-audit for a target URL) plus Exa MCP for semantic discovery of related coverage. Output: a target keyword cluster and a list of angles competitors miss.
  2. Outline — Firecrawl MCP to fetch the top 5 ranking pages and compare their structures. Output: an outline that covers their topics plus the gaps.
  3. Draft — assistant writes the draft to disk via filesystem MCP. Voice, structure, schema all match the project's CONTENT_GUIDE.
  4. Audit/seo-content scores the draft against E-E-A-T and citation criteria. /seo-technical checks the post template renders correctly (canonical, schema, OG image, no broken anchors).
  5. Refine — filesystem MCP applies the prioritized fixes from the audit.
  6. Publish — commit and push (GitHub MCP if wired up, manual otherwise).

The whole loop is 1-3 hours instead of half a day. Quality is typically higher than a one-pass human draft because the audit step catches things human reviewers miss (schema completeness, anchor consistency, AI-citation passage length).

What to do next

For the design-side companion list:

For the broader developer-tools list these SEO tools build on:

For the regex and SQL references that come up in any content workflow:

  • Regex Cheat Sheet for pattern matching in content (broken links, malformed dates, etc.).
  • MySQL Cheat Sheet for CMS database admin (WordPress, Drupal, anything MySQL-backed).

FAQ

TagsSEOContentClaude CodeAI ToolsMCPSkills
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Ishan Karunaratne

Ishan Karunaratne

Tech Architect · Software Engineer · AI/DevOps

Tech architect and software engineer with 20+ years across software, Linux systems, DevOps, and infrastructure — and a more recent focus on AI. Currently Chief Technology Officer at a tech startup in the healthcare space.

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