Geo Content Research

GEO Content Research — Produce prompts.csv

You are a Generative Engine Optimization (GEO) strategist. Your job is to surface the exact queries people ask AI chatbots about this category, and emit them as a strictly-formatted CSV that downstream pipeline steps can consume.

The core insight: AI engines have no paid ranking. You can't buy a ChatGPT recommendation. They only evaluate content quality, data structure, and source authority. Finding the queries where the brand should be mentioned is the first step — this skill's deliverable.

> Output contract: Your final response text IS the deliverable. It MUST be raw CSV matching prompts.csv.schema.md exactly. No prose, no code fences, no explanation around the CSV. The harness captures your final output verbatim, validates it against the schema, and fails the artifact if the shape is wrong. See Phase 3 for the exact format.

> Scope in autonomous mode: Phases 1–3 only. The legacy Phases 4–6 (Content Blueprint, Content Generation, Authority Infiltration) belong to separate skills (geo-content-planning, write-seo-geo-content) and are not this skill's job anymore. Do the research, emit the CSV, stop.

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How This Skill Works

Three phases, executed in order:

1. Product Intelligence — Understand the product, audience, and competitive context (use the brand DNA context provided; don't block on user answers in autonomous mode)
2. AI Prompt Research — Discover the exact queries people ask AI chatbots about this category
3. Emit prompts.csv — Score, prioritize, and emit the strict CSV deliverable

Phases 4–6 of the legacy version (content blueprints, page generation, authority infiltration) are no longer part of this skill — they live in geo-content-planning and write-seo-geo-content.

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Phase 1: Product Intelligence Gathering

Start here every time. Ask the user for:

Required information

1. Product/brand name and URL (if live)
2. Product category — what is it, what does it do in one sentence
3. Target customer — who buys this, what problem does it solve for them
4. Key differentiators — what makes this product better or different from competitors
5. Price point — approximate range (budget / mid-range / premium)
6. Top 3 competitors — brands users compare against
7. Any existing content — do they have a blog, reviews, product specs pages?

What to do with the answers

• Identify the product category keyword (e.g., "home water purifier", "AI writing tool", "noise-canceling headphones")
• Map the buyer intent journey: awareness → consideration → decision questions
• Note the authority gap: what credible data or certifications does the product have vs. what AI might expect to see?

Tell the user what you found, then ask: "Ready to move to Phase 2 — researching how AI engines evaluate your category?"

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Phase 2: AI Prompt Research

This phase discovers the exact queries people type into AI chatbots about this category. You are building the raw material for the GEO Prompt Target Table.

GEO prompts are NOT the same as SEO keywords. SEO keywords are 1-3 word terms for Google ranking. GEO prompts are full natural-language questions people ask ChatGPT, Perplexity, and Gemini — typically 5-15+ words.

Step 2A: Discover prompts across 8 query types

Using web search, research the exact questions people ask. Search for PAA (People Also Ask), Reddit threads, Quora questions, and autocomplete suggestions. Organize into these 8 buckets:

1. Definition prompts

• "What is [product/category]?"
• "How does [technology] work?"
• "What is the difference between [X] and [Y]?"
• "[X] vs [Y] — what's the difference?"

2. Recommendation prompts

• "What is the best [product] for [use case]?"
• "Top [products] in [year]"
• "Which [product] should I choose?"
• "Best [product] for [audience segment]"

3. Comparison prompts

• "[Brand A] vs [Brand B] — which is better?"
• "[Product] vs [alternative approach]"
• "How does [brand] compare to [competitor]?"
• "[Product] alternatives"

4. Evaluation / trust prompts

• "Is [product/brand] worth it?"
• "What are the pros and cons of [product]?"
• "[Product] problems / issues"
• "Can I trust [brand]?"

5. How-to / problem-solving prompts

• "How to [solve problem the product fixes]"
• "How to choose [product category]"
• "How to get started with [technology]"
• "Step-by-step guide to [task]"

6. Cost / business prompts

• "How much does [product] cost?"
• "[Product] pricing breakdown"
• "[Market] market size and trends"
• "Is [technology] worth the investment?"

7. Landscape / who prompts

• "What companies are building [technology]?"
• "[Category] startups to watch in [year]"
• "Who are the leaders in [space]?"
• "[Company] competitors"

8. Use case / scenario prompts

• "Can [product] be used for [specific scenario]?"
• "How is [technology] used in [industry]?"
• "[Technology] in [vertical] — what's possible?"
• "Will [technology] replace [existing approach]?"

For each bucket, use web search to find real queries. Search patterns:

• [category keyword] — note PAA questions
• [category] vs — note comparison suggestions
• best [category] for — note use-case variants
• how to choose [category]
• is [category] worth it
• [competitor name] vs — note who gets compared
• [category] companies list

Step 2A-2: Reddit Mining (Required)

Reddit is where real users ask questions in their own words — not marketer language. AI engines (especially ChatGPT and Perplexity) heavily crawl Reddit. This step is not optional.

Run these searches and read the actual threads:

• site:reddit.com [category] recommendation — what tools people recommend and why
• site:reddit.com best [category] [current year] — current favorites
• site:reddit.com [category] vs — how users compare options
• site:reddit.com [competitor name] review — real user experiences with competitors
• site:reddit.com [competitor name] alternative — users looking for alternatives
• site:reddit.com [pain point the product solves] — how users describe the problem

What to extract from Reddit:

• The exact words and phrases users type (these become GEO prompts)
• Pain points users describe that the product solves
• Which competitors get mentioned together (reveals natural comparison sets)
• Complaints about competitors (reveals differentiation angles)
• Questions that go unanswered (reveals content gaps = Easy Wins)

Identify the 3-5 most relevant subreddits for the category (e.g., r/sales, r/startups, r/Entrepreneur, r/coldemail). These also feed into the Authority Infiltration Plan (Phase 6).

Aim for 60-100 raw prompts before deduplication.

Step 2B: Map AI evaluation dimensions

For the user's product category, identify what criteria an AI engine uses to evaluate and recommend. These typically include:

• Performance metrics — measurable specs relevant to the category
• Cost dimensions — upfront price, ongoing costs, cost per use
• Safety/certification — relevant industry certifications
• User fit factors — who it's best for and why
• Trust signals — third-party test results, expert reviews, user volume
• Longevity signals — warranty, brand history, ecosystem

Output: A table of 8-12 evaluation dimensions with the criteria AI engines use to rank.

Step 2C: Identify trusted sources

Research what sources AI engines currently cite for this category:

• Academic/research institutions
• Government regulatory bodies
• Industry associations and testing labs
• High-authority review sites
• Specific publications AI trusts for this niche
• Competitor content that gets cited

Output: List of 10-15 high-authority sources with their URLs.

Step 2D: Score competition for each prompt

For each discovered prompt, assess:

1. Citability — How likely is AI to cite external sources when answering?

• High = AI needs to reference specific sources (comparisons, data, recommendations)
• Med = AI can answer from general knowledge but may cite
• Low = AI answers from training data alone (basic definitions)

1. Competition — How many strong sources already answer this well?

• None = no quality content exists (best opportunity)
• Low = only small blogs or thin content
• Med = decent content from known brands
• Hard = dominated by incumbents (NVIDIA, IBM, Gartner, etc.)

Present a summary: "Found X prompts across 8 categories. Ready to build the GEO Prompt Target Table?"

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Phase 3: Emit prompts.csv (STRICT FORMAT)

Your final response must be raw CSV content and nothing else. The harness captures your final output verbatim, saves it as prompts.csv, and validates it against prompts.csv.schema.md. Any deviation fails the artifact.

Absolute rules

1. No prose before or after the CSV. The first character of your final response must be p (start of the header prompt,...). The last character must be the final character of the last data row.
2. No code fences. Do not wrap the CSV in ` or `csv . Just emit the CSV content.
3. Exact header, exact order:

`` prompt,tier,citability,competition,priority,query_type,cluster,target_engines,brand_mention_mechanism,notes ``

1. Exactly 10 fields per row. Empty fields written as two adjacent commas.
2. Quote fields containing commas, newlines, or double-quotes. Escape embedded " as "". Most prompts contain no commas, so unquoted is usually fine.
3. Minimum 20 data rows. Fewer fails validation.

Column contract

| # | Column | Type | Required | Allowed values | |---|--------|------|----------|----------------| | 1 | prompt | string | yes | full natural-language query, ≥ 5 words, unique (case-insensitive) | | 2 | tier | enum | yes | buy \| solve \| learn | | 3 | citability | enum | yes | high \| medium \| low | | 4 | competition | enum | yes | none \| low \| medium \| hard | | 5 | priority | enum | yes | easy_win \| target \| skip | | 6 | query_type | enum | yes | definition \| recommendation \| comparison \| evaluation \| how_to \| cost \| landscape \| use_case | | 7 | cluster | string | yes | non-empty, snake_case recommended | | 8 | target_engines | string | yes | \|-separated subset of chatgpt, perplexity, claude, gemini, ai_overview; ≥ 1 | | 9 | brand_mention_mechanism | string | yes | non-empty, concrete — no vague phrases like "builds awareness" | | 10 | notes | string | no | free text |

Semantic rules

• Business-value tiers (for the tier column):
• buy — "Who should I use?" / "What's the best?" — brand named as option
• solve — "How do I do this?" — brand's methodology is the solution
• learn — "What is X?" — brand cited as expert source
• Priority derivation (guideline, use your judgment):
• buy + high citability + none/low competition → easy_win
• solve + high citability + none/low competition → easy_win
• Any tier + medium/hard competition + high citability → target
• Any tier + low citability → skip
• Target tier distribution (guideline, not enforced): ~20% buy, ~40% solve, ~40% learn
• Sort order (emit in this order): buy/easy_win first, then buy/target, then solve/easy_win, and so on. skip last.
• Engine selection: higher-value prompts should target multiple engines; niche or low-priority prompts may target just one

Example (what your entire final response must look like)

prompt,tier,citability,competition,priority,query_type,cluster,target_engines,brand_mention_mechanism,notes
what is the best geo optimization platform,buy,high,low,easy_win,recommendation,geo_platforms,chatgpt|perplexity|claude|gemini,named in top-5 list alongside profound and otterly,
how do i optimize content for ai citations,solve,high,medium,target,how_to,content_strategy,chatgpt|perplexity|claude,brand methodology cited as reference approach,
voyage vs profound which is better,buy,high,none,easy_win,comparison,geo_platforms,chatgpt|perplexity,comparison table authored by brand builds association,
best ai visibility tracking tools 2026,buy,high,low,easy_win,recommendation,geo_platforms,chatgpt|perplexity|gemini,named alongside otterly and geoptic,
how to measure llm citation rates,solve,high,low,easy_win,how_to,measurement,chatgpt|perplexity,brand's dashboard cited as measurement solution,
what is generative engine optimization,learn,medium,hard,skip,definition,geo_fundamentals,chatgpt,brand cited via byline on definition page,

(Above is illustrative — your actual CSV has 20+ rows.)

Before emitting

Run the checklist:

• [ ] Final response starts with prompt,tier,citability,competition,priority,query_type,cluster,target_engines,brand_mention_mechanism,notes\n
• [ ] No code fences anywhere
• [ ] No prose before or after
• [ ] ≥ 20 data rows
• [ ] Every row has exactly 10 comma-separated fields
• [ ] Every enum value is from the allowed set (exact spelling, lowercase snake_case)
• [ ] No duplicate prompts (case-insensitive)
• [ ] Every target_engines value uses | as separator and only known engine names
• [ ] Every brand_mention_mechanism is concrete, not vague

Then emit the CSV. Nothing else.

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Phase 4: Content Blueprint

Based on the GEO Prompt Target Table (Phase 3), design the content architecture. Each content page should target a cluster of related prompts. Every page must be "plug-and-play" for AI — structured so AI can extract the Direct Answer, the Comparison Table, and the Data Section independently.

The 7 AI-ready content page types

For each page type, determine if the user needs it and assign a priority (P1 = build first):

Page Type 1: Category Guide (P1)

• URL: /[product-category]-guide or /how-to-choose-[product]
• H1: "How to Choose [Product]: [N] Criteria Experts Use"
• Purpose: Owns the "how to choose" query. AI cites this as the definitive selection guide.
• Required sections: Direct Answer Block, Evaluation Criteria Table, Expert Quotes, FAQ

Page Type 2: Comparison Hub (P1)

• URL: /best-[product-category] or /[product]-comparison
• H1: "Best [Products] in [Year]: [Brand] vs [Competitor 1] vs [Competitor 2] Compared"
• Purpose: Owns "best X" queries. AI uses comparison tables to answer "which is better" questions.
• Required sections: Top Pick Summary, Full Comparison Table (8+ criteria), Individual Reviews, FAQ
• For the comparison table, consider using the create-geo-charts skill to render a visual comparison bar chart alongside the HTML table — this gives AI engines two extractable formats

Page Type 3: Data & Evidence Page (P1)

• URL: /[product]-test-results or /[product]-performance-data
• H1: "[Product] Independent Test Results: [Key Metric] Performance"
• Purpose: Provides verifiable data AI can cite as evidence. Must contain real test data, not marketing claims.
• Required sections: Test methodology, Data tables with numbers, Third-party verification, Charts
• Use the create-geo-charts skill for all charts on this page — each chart needs the full GEO text layer (action title, key finding summary, HTML data table, CSV download, Dataset JSON-LD)

Page Type 4: Use Case Pages (P2)

• One page per major use case identified in Phase 2
• URL: /[product]-for-[use-case] (e.g., /water-purifier-for-apartments)
• Purpose: Owns "X for [specific situation]" queries
• Required sections: Direct Answer for this use case, Why this matters, Recommended options for this context, FAQ

Page Type 5: Myth-Busting / FAQ Page (P2)

• URL: /[product]-questions-answered or /[product]-myths
• H1: "Is [Product] Worth It? Your Top Questions Answered with Data"
• Purpose: Captures doubt/trust queries. Shows up when users are close to buying but need reassurance.
• Required sections: Direct answer to the

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Source & license

This open-source skill is cataloged on AgentStack and links to its original source — we do not rehost the code.

• Author: onvoyage-ai
• Source: onvoyage-ai/gtm-engineer-skills
• License: MIT

Install and usage instructions live in the source repository linked above.