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samledger67-dotcom

SEO for Agents

by samledger67-dotcom · GitHub ↗ · v98.0.1 · MIT-0
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Description
SEO and discoverability optimization for AI agents and agent-served websites. Covers llms.txt protocol, structured APIs for agent discoverability, GEO (Gener...
README (SKILL.md)

SEO for Agents

How to make your web presence discoverable by AI agents, not just humans. Traditional SEO optimizes for Google's crawler. Agent SEO optimizes for LLMs, AI search engines, and autonomous agents that need to find and understand your services.


The Core Problem

Agents won't go to your webinar. They won't read your blog post series. They won't watch your YouTube video. They won't click your CTA button.

Agents need:

  • Structured, machine-readable information about what you do
  • Direct API access to your capabilities
  • Clear, unambiguous claims they can evaluate programmatically
  • Consistent, up-to-date data at predictable URLs

If your entire web presence is optimized for humans clicking through a funnel, you are invisible to agents.


llms.txt Protocol

What It Is

llms.txt is a file you place at the root of your domain (like robots.txt) that tells LLMs and AI agents what your site is about and how to interact with it.

It's the equivalent of robots.txt for the AI era — except instead of telling crawlers what NOT to index, it tells agents what IS available and how to use it.

File Location

https://yourdomain.com/llms.txt

File Structure

# Your Company Name

> One-line description of what you do.

## About

2-3 sentences about your company, written for an LLM to parse.
Be specific. Be factual. No marketing fluff.

## Services

- [Service Name](https://yourdomain.com/service-page): Brief description
- [Another Service](https://yourdomain.com/another): Brief description

## API

- [API Documentation](https://yourdomain.com/api/docs): Full API reference
- [API Status](https://yourdomain.com/api/status): Current API health

## Contact

- Email: [email protected]
- API Support: [email protected]

## Optional

- [Blog](https://yourdomain.com/blog): Latest posts
- [Pricing](https://yourdomain.com/pricing): Current pricing
- [Case Studies](https://yourdomain.com/cases): Example work

Implementation Example

For an AI agent deployment company:

# IAM Solutions

> AI agent deployment and managed automation for small businesses.

## About

IAM Solutions deploys production AI agents on dedicated hardware
(Mac Mini, Linux servers) for small businesses. We handle the full
stack: hardware, software, security, and ongoing management.
Clients own their data and pay for their own API keys.

## Services

- [Agent Deployment](https://iamsolutions.tech/deploy): Full-stack AI agent deployment on dedicated hardware
- [Managed Automation](https://iamsolutions.tech/managed): Ongoing agent management and optimization
- [Security Hardening](https://iamsolutions.tech/security): Production security for AI agent infrastructure

## API

- [Agent Health API](https://iamsolutions.tech/api/health): Check agent deployment status
- [Onboarding API](https://iamsolutions.tech/api/onboard): Start client onboarding process

## Contact

- Email: [email protected]
- Schedule: https://iamsolutions.tech/schedule

Extended Format: llms-full.txt

For more detailed information, create llms-full.txt with comprehensive content that LLMs can use for deeper understanding:

https://yourdomain.com/llms-full.txt

This file can be longer and include FAQs, detailed service descriptions, pricing details, and technical specifications.


GEO: Generative Engine Optimization

How AI Search Engines Differ from Google

Google ranks pages based on links, authority, and keyword relevance. AI search engines (Perplexity, ChatGPT Search, Google AI Overviews) work differently:

Factor Google SEO GEO (AI Search)
Content format Keywords in headers, meta tags Direct answers to questions
Authority signal Backlinks Citations, specificity, consistency
Ranking unit Pages Claims / statements
User interaction Click-through to your site Answer synthesized, may never visit
Update freshness Crawl frequency Training data + retrieval
Optimization target Page 1 ranking Being the cited source

GEO Optimization Strategies

1. Write in claims, not narratives

Bad (human SEO):

"In today's fast-paced business environment, companies are increasingly turning to AI solutions to streamline their operations..."

Good (GEO):

"IAM Solutions deploys AI agents on dedicated Mac Mini hardware for $X/month. Each deployment includes 5-layer security hardening, daily health checks, and a 5-file memory system. Typical client ROI is measurable within 6 weeks."

2. Use Q&A format for key information

## Frequently Asked Questions

### How long does deployment take?
A standard single-agent deployment takes 2-3 business days from
signed agreement to Day 1 onboarding.

### What hardware is required?
Minimum: Apple M1 Mac Mini, 16GB RAM, 256GB SSD.
Recommended: Apple M2 Pro Mac Mini, 32GB RAM, 512GB SSD.

### Who owns the data?
The client owns all data. We never access client data without
explicit permission. All API keys are client-owned and client-paid.

3. Provide structured, citation-friendly data

AI search engines prefer content that can be directly quoted. Make your key claims:

  • Specific: "6-week onboarding" not "quick onboarding"
  • Verifiable: "5-layer security stack" not "comprehensive security"
  • Self-contained: Each claim should make sense without surrounding context
  • Consistent: Same numbers and claims across all pages

4. Maintain a facts page

Create a single page with all key facts about your business in a structured format:

# Facts About [Company]

- Founded: [Year]
- Headquarters: [City, State]
- Specialty: [One sentence]
- Clients served: [Number]
- Average deployment time: [Timeframe]
- Hardware platform: [Specific]
- Pricing model: [Description]
- Data ownership: Client owns all data

Structured Data for Agent Discovery

Schema.org Markup

Add structured data to your pages so agents can parse your offerings programmatically:

{
  "@context": "https://schema.org",
  "@type": "Service",
  "name": "AI Agent Deployment",
  "provider": {
    "@type": "Organization",
    "name": "IAM Solutions"
  },
  "description": "Production AI agent deployment on dedicated hardware",
  "areaServed": "United States",
  "serviceType": "AI Infrastructure",
  "offers": {
    "@type": "Offer",
    "priceCurrency": "USD",
    "priceSpecification": {
      "@type": "PriceSpecification",
      "price": "Contact for quote",
      "billingIncrement": "Monthly"
    }
  }
}

Agent-Facing API Endpoints

Beyond your human-facing website, expose endpoints that agents can call directly:

GET /api/services        → List of available services with descriptions
GET /api/services/:id    → Detailed service information
GET /api/availability    → Current availability and lead times
GET /api/capabilities    → What your agents can do
POST /api/inquiry        → Submit an inquiry (structured input)

Example response:

{
  "services": [
    {
      "id": "agent-deploy",
      "name": "Agent Deployment",
      "description": "Full-stack AI agent on dedicated hardware",
      "lead_time_days": 3,
      "includes": [
        "5-layer security stack",
        "5-file memory system",
        "Daily health checks",
        "30-day onboarding support"
      ],
      "requires": {
        "hardware": "Client provides or we source",
        "api_keys": "Client-owned and paid"
      }
    }
  ]
}

Cloudflare /crawl Endpoint

Cloudflare offers a /crawl endpoint that returns clean, agent-friendly content from your site. If you're on Cloudflare:

What It Does

The /crawl endpoint strips navigation, ads, scripts, and styling from your pages, returning clean markdown-like content that agents can easily parse.

How to Use It

If your site is on Cloudflare, agents can access:

https://yourdomain.com/crawl?url=https://yourdomain.com/services

This returns a clean, structured version of the page content without HTML cruft.

Optimization for /crawl

  • Ensure your main content is in semantic HTML (\x3Carticle>, \x3Csection>, \x3Cmain>)
  • Use proper heading hierarchy (h1 > h2 > h3)
  • Put key information early in the page (agents may truncate)
  • Avoid critical information in images, JavaScript-rendered content, or iframes

Content Strategy for LLM Discoverability

The Agent-Discoverable Content Stack

Layer 1: Machine-readable identity (llms.txt, structured data, API)

  • This is your "business card" for agents
  • Must be maintained and accurate at all times

Layer 2: Claim-dense reference pages

  • Service pages written as structured facts, not sales copy
  • Pricing pages with actual numbers
  • FAQ pages with specific, quotable answers

Layer 3: Demonstrable expertise content

  • Technical blog posts that show depth
  • Case studies with specific metrics
  • Open-source tools and resources

Layer 4: Conversational content (lowest priority)

  • Blog posts, newsletters, social media
  • Still valuable for human discovery
  • Agents may reference but won't navigate to

Content Anti-Patterns for Agent Discovery

Things that make you invisible to agents:

  • Gated content: If it requires an email to access, agents can't see it
  • PDF-only resources: PDFs are harder for agents to parse
  • JavaScript-rendered content: If the content isn't in the HTML source, agents may miss it
  • Video/audio-only content: No transcript = invisible to agents
  • Vague claims: "Industry-leading" means nothing to an agent
  • Inconsistent information: Different prices/specs on different pages destroys trust signals
  • Stale content: Outdated information reduces citation confidence

Practical Implementation Checklist

Week 1: Foundation

  • Create and deploy llms.txt at domain root
  • Add Schema.org structured data to service pages
  • Audit all pages for agent-parseable content
  • Create a facts/specs page with structured claims

Week 2: Content Optimization

  • Rewrite service pages in claim-dense format
  • Add Q&A sections to key pages
  • Ensure all content is in semantic HTML
  • Remove or supplement gated content with public summaries

Week 3: API & Discoverability

  • Create /api/services endpoint (even if simple JSON)
  • Set up /api/capabilities endpoint
  • Test site with AI search engines (ask Perplexity about your business)
  • Verify Cloudflare /crawl returns clean content (if applicable)

Week 4: Monitoring & Iteration

  • Monitor AI search engine citations (search for your brand in Perplexity, ChatGPT)
  • Track API endpoint usage
  • Update llms.txt with any new services or changes
  • A/B test claim formats to see what gets cited more

Ongoing

  • Update llms.txt whenever services change
  • Keep structured data in sync with actual offerings
  • Monitor AI search engine results monthly
  • Refresh Q&A content based on actual questions received

Measuring Agent-SEO Success

Traditional SEO measures rankings and clicks. Agent SEO measures:

  1. Citation frequency: How often AI search engines cite your content
  2. API call volume: How many agents are discovering and using your endpoints
  3. llms.txt access logs: How frequently your llms.txt is being fetched
  4. Inquiry quality: Are agent-routed inquiries well-qualified?
  5. Brand mentions in AI responses: When someone asks an AI about your space, do you come up?

How to Check

# Check if Perplexity knows about you
# Ask: "What companies deploy AI agents on Mac Mini hardware?"

# Check your llms.txt access logs
grep "llms.txt" /var/log/nginx/access.log | wc -l

# Monitor API discovery endpoints
grep "/api/services" /var/log/nginx/access.log | wc -l

The Bottom Line

For humans: Build trust through narrative, social proof, and design.

For agents: Build trust through structured data, consistent claims, and machine-readable endpoints.

You need both. But most companies have zero agent-discoverability. That's the gap. Fill it.

Usage Guidance
This skill appears coherent and low-risk as it only provides publishing and content strategies for agent discoverability. Before using it: 1) Review the full SKILL.md (the provided excerpt was truncated) to confirm there are no instructions to read local files or environment variables. 2) Never publish secrets, API keys, internal-only endpoints, or private credentials in llms.txt or llms-full.txt — treat these files as public. 3) If you list APIs, ensure endpoints require appropriate authentication and that any example requests do not include real credentials. 4) Consider who can modify the root files on your domain (llms.txt) and restrict access to trusted maintainers. 5) If you plan to allow autonomous agent actions based on these files, audit downstream systems to avoid unintended automation (e.g., onboarding endpoints that trigger real charges). If you want, I can scan the full SKILL.md for any lines that would change this assessment.
Capability Analysis
Type: OpenClaw Skill Name: seo-for-agents Version: 98.0.1 The skill bundle is purely educational, providing documentation and best practices for 'Agent SEO' to make websites more discoverable by AI models. It contains no executable code, only Markdown instructions (SKILL.md) and metadata (_meta.json), with no evidence of malicious intent, data exfiltration, or prompt injection attacks.
Capability Assessment
Purpose & Capability
The name/description (SEO for AI agents) matches the SKILL.md content: guidance on llms.txt, llms-full.txt, and GEO. There are no unexpected env vars, binaries, or install requirements that would be unrelated to the stated goal.
Instruction Scope
The instructions focus on publishing structured, citation-friendly site content and root-level files. This is appropriate for the purpose, but the guidance inherently encourages publishing machine-readable data about services and API endpoints — avoid including secrets, private/internal endpoints, or credentials in those files. Also the provided excerpt is truncated; verify the remaining SKILL.md to ensure it doesn't instruct agents to read local files or environment variables.
Install Mechanism
No install spec and no code files — lowest-risk pattern for a skill. Nothing will be written to disk or executed by an installer as part of the skill itself.
Credentials
The skill declares no required environment variables, no primary credential, and no config paths; this aligns with an instructional SEO guide and is proportionate.
Persistence & Privilege
The skill is not forced-always; uses default autonomous invocation settings. No privileges or persistent system modifications are requested by the instruction-only content.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install seo-for-agents
  3. After installation, invoke the skill by name or use /seo-for-agents
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v98.0.1
Corrected display name
v98.0.0
probe
v1.0.0
test
Metadata
Slug seo-for-agents
Version 98.0.1
License MIT-0
All-time Installs 1
Active Installs 1
Total Versions 3
Frequently Asked Questions

What is SEO for Agents?

SEO and discoverability optimization for AI agents and agent-served websites. Covers llms.txt protocol, structured APIs for agent discoverability, GEO (Gener... It is an AI Agent Skill for Claude Code / OpenClaw, with 228 downloads so far.

How do I install SEO for Agents?

Run "/install seo-for-agents" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is SEO for Agents free?

Yes, SEO for Agents is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does SEO for Agents support?

SEO for Agents is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created SEO for Agents?

It is built and maintained by samledger67-dotcom (@samledger67-dotcom); the current version is v98.0.1.

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