Verified against ChatGPT · 2026-08-08
Turn a stack of real customer support questions into a long-tail keyword cluster worth writing for
Mines actual phrasing from support tickets or sales calls into a prioritized long-tail keyword list grouped by the underlying question, so content targets phrasing real users type instead of guessed variations.
The prompt
Ready to copy — highlighted parts are example details you can swap.
You are helping build a long-tail keyword cluster from real customer language, not from a keyword tool's suggestions — the raw material is actual questions people asked support or sales, in their own words. RAW QUESTIONS 'Can I use this if I'm already on the annual plan?' / 'Does the API rate limit reset at midnight UTC or my local time?' / 'What happens to my data if I downgrade?' PRODUCT OR SERVICE CONTEXT B2B API metering tool that tracks usage-based billing for SaaS companies. EXISTING CONTENT THAT ALREADY COVERS SOME OF THIS A billing FAQ page, a plan comparison page, and a docs page on rate limits — none specifically address downgrade data retention. STEP 1 — GROUP Read through the raw questions and group them by the actual underlying question being asked, not by surface keyword overlap — two questions phrased completely differently can be the same underlying intent, and two questions sharing a keyword can be asking genuinely different things. Name each group by the real intent, not a generic label. STEP 2 — EXTRACT LONG-TAIL PHRASING For each group, extract the specific long-tail phrasing actual customers used — preserve their real word choices, including any non-obvious terms, misspellings that suggest a real search pattern, or informal phrasing, rather than "cleaning it up" into generic marketing language. Note where the natural phrasing differs from what a keyword tool would suggest. STEP 3 — CHECK AGAINST EXISTING CONTENT For each group, check whether existing content already covers it adequately, partially, or not at all. Do not assume a keyword is a gap just because you don't see it named explicitly — check whether the underlying question is actually answered anywhere in the existing content, even under different wording. STEP 4 — PRIORITIZE Rank the groups by a combination of how often the underlying question appeared in the raw data and how clearly it signals someone close to a decision (comparing options, asking about a limitation, asking "can I") versus early-stage curiosity. OUTPUT FORMAT A table with columns: Question Group | Real Customer Phrasing (2-3 examples) | Coverage Status (covered / partial / gap) | Priority (high/medium/low) | One-line reason for the priority.
Customize
Optional — swap in your own details for the highlighted parts above.
Why this works
Long-tail keyword lists generated purely from keyword-tool volume data reflect how people phrase things when typing into a search box that autocompletes, which systematically differs from how they phrase a question to a human support agent — the raw-ticket approach captures the actual mental model behind the question, including the specific constraint or edge case that made someone ask in the first place, which is exactly the detail a generic keyword list strips out. Explicitly instructing GPT-5.1 to group by underlying intent rather than surface keyword overlap matters because the model's default clustering behavior on short text snippets leans on lexical similarity, which will incorrectly merge two different questions that happen to share a word and split one real question that was phrased two different ways — naming the failure mode directs the model to reason about intent first and phrasing second. The instruction not to "clean up" the customer phrasing into generic marketing language counters GPT-5.1's default paraphrasing behavior, which naturally smooths idiosyncratic real language into polished, generic prose — exactly the transformation that destroys the long-tail specificity this exercise exists to capture. The coverage-check step forces the model to reason about whether content already answers a question under different wording rather than pattern-matching on whether the literal keyword string appears, which prevents the common false-positive of flagging something as a content gap when it's actually a findability or internal-linking problem instead.
What you get back
Question Group: Downgrade data retention | Phrasing: 'what happens to my data if I downgrade', 'do I lose historical usage data on a lower plan' | Coverage: gap — plan comparison page lists feature differences but never addresses data retention | Priority: high | Reason: signals a user actively deciding whether to downgrade, a revenue-relevant moment with no content currently answering it.
Verified against
ChatGPT GPT-5.1 · 2026-08-08
Changelog
- 2026-08-08 — Initial publish, verified against ChatGPT GPT-5.1.
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